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Shandong Eono Automation's C-Type Cylinderless Wax Injection Machine Helps the Precision Casting Industry Improve Quality and Efficiency  Shandong Eono Automation Equipment Co., Ltd.'s new generation C-type cylinderless wax injection machine has successfully completed overall debugging and officially entered mass production, providing high-precision mold-making equipment for the investment casting industry.  This C-type wax injection machine adopts an integrated C-type body structure, which is highly rigid and has minimal deformation, completely solving the problem of insufficient mold opening and closing precision in traditional equipment. The machine eliminates the external main hydraulic cylinder, adopting an internal hydraulic drive structure, resulting in a compact layout and saving factory space. The dual-station push-pull worktable design ensures that loading and unloading do not interfere with each other, significantly improving continuous production efficiency.  In terms of core performance, the machine is equipped with an intelligent PLC numerical control system, allowing for precise digital control of wax injection pressure, holding time, and temperature. This ensures stable wax mold formation, effectively eliminating defects such as shrinkage cavities and flash, and significantly improving the dimensional consistency of wax molds. It is particularly suitable for wax mold production of precision castings such as stainless steel and alloy steel. Equipped with a constant-temperature wax melting and storage system, the wax temperature is kept constant and controllable, ensuring stable wax performance and adaptability to various waxes, including medium-temperature and low-temperature molding materials.  The equipment's hydraulic system has been optimized and upgraded, resulting in smooth operation, lower noise, a durable and leak-proof sealing structure, and a low failure rate during long-term continuous operation. Safety guardrails, pneumatic safety locks, and other protective features are comprehensive, strictly meeting workshop safety production standards.  According to the technical manager, this model covers pressure specifications from 30 to 50 tons, suitable for both small-batch precision parts trial production and large-scale assembly line production. Since its launch, it has received orders from numerous precision casting companies.  In the future, Shandong EonoAutomation will continue to deepen its research and development in investment casting equipment, continuously iterating its complete set of equipment, including wax injection machines, shell-making lines, and baking furnaces, to promote the high-quality development of the precision casting industry through intelligent equipment.

Four-Column Wax Injection Machine  The new generation four-column dual-station wax injection machine has successfully completed its research and development and trial production, and is now officially being mass-produced for the lost-wax casting industry, providing stable and efficient core equipment for silica sol precision casting production lines.  This four-column wax injection machine adopts a four-column rigid frame structure, ensuring high machine strength and uniform and stable clamping force, effectively eliminating common problems such as mold misalignment and burrs on wax parts. The equipment is equipped with two independent workstations, allowing for simultaneous wax injection and mold preparation, with no interference between processes, nearly doubling production efficiency compared to single-unit models.  The entire machine is equipped with an intelligent PLC touch control system, allowing for precise digital adjustment of wax injection pressure, holding time, and injection speed. It can stably produce precision wax molds with thin walls and complex structures, ensuring dimensional consistency of each wax mold and significantly reducing dimensional deviations in subsequent castings. The overall design of the hopper facilitates the removal of residual wax, and the piping is insulated and temperature-controlled to prevent wax solidification and blockage, making it suitable for long-term continuous operation.  In investment casting workshops producing valve bodies, pipe fittings, hardware and machinery parts, and stainless steel precision castings, this equipment is perfectly suited for batch wax pattern production. Its compact and rational layout saves factory space, and the pneumatic booster drive ensures smooth operation and a low failure rate, effectively reducing manual rework and helping casting companies reduce costs, increase efficiency, and improve casting yield.  As the precision casting industry continues to demand higher precision and capacity from wax patterns, the four-column wax injection machine will become standard equipment in automated shell-making production lines. In the future, we will continue to optimize the model, launching horizontal, C-type, and vertical wax injection equipment to cover all scenarios of wax pattern forming for large, medium, and small parts, continuously empowering the intelligent upgrading of the domestic precision casting industry.  

Purifying Wax Quality | New Fully Automatic Wax Dewatering Tank Launched, Strengthening the First Line of Defense in Precision Casting Production  Shandong EonoAutomation has launched a new generation of stainless steel wax dewatering tanks, specifically developed for the recycling of wax in the investment casting industry. It efficiently separates water and impurities from the wax, ensuring the quality of wax mold forming from the source.  The entire machine uses a 304 stainless steel tank, which is corrosion-resistant and does not contaminate the wax. A double-layer insulation structure combined with an intelligent temperature control system can stably maintain a constant temperature for the wax. An internal low-speed stirring device ensures uniform heating of the mixed wax. Automatic stratification is achieved based on the density difference between oil and water. After settling, clear water is discharged from the bottom, while the purified wax remains in the tank. The high dewatering efficiency eliminates the need for repeated manual processing.  The equipment is equipped with an independent electrical control box, allowing for one-button control of temperature and stirring start/stop. Operation is simple; workers only need to pour in the recycled wax, and the entire process of heating, stirring, settling, and water separation is automatically completed, significantly reducing manual labor. The bottom drain valve is conveniently designed to thoroughly clean sediment and prevent long-term accumulation of impurities.   In actual production, the water content of the wax purified by the dewatering tank is significantly reduced, effectively solving defects such as porosity, bulging, and cracking that occur during wax injection molding. This significantly improves the yield rate of finished wax molds and extends the mold's lifespan. The equipment volume can be customized to meet specific needs, ranging from small-batch laboratory models to large-capacity industrial models, suitable for both small and medium-sized precision casting workshops and entire used wax recycling production lines.  Excessive moisture content has always been a core challenge hindering the recycling of used wax in precision casting companies. This dewatering tank, with its stable and reliable dewatering effect, significantly improves the waste wax recycling rate, reduces the cost of purchasing new wax, and achieves cost reduction and efficiency improvement.  Going forward, the company will continue to improve its complete investment casting supply chain equipment, providing the industry with a complete automated solution from wax injection and shell making to wax regeneration, contributing to the green and low-carbon development of the precision casting industry.

Strict Dust Emission Control to Meet Standards! Pulse Jet Cartridge Dust Collectors Support Green Production in Precision Casting Enterprises  Recently, Yineng Environmental Protection's new pulse jet cartridge dust collector successfully rolled off the production line. Specifically designed for dust pollution generated during shell making and sandblasting processes in investment casting workshops, it provides a reliable solution for environmental remediation in precision casting enterprises.  This equipment features a vertical, enclosed cabinet structure with built-in high-precision filter cartridges, offering high dust collection efficiency. It effectively captures dry particles such as quartz sand dust and mold shell ash. Equipped with an automatic pulse cleaning system, it periodically uses high-pressure air to clean accumulated dust from the filter cartridges, ensuring stable airflow over the long term and preventing clogging and efficiency degradation.  The entire machine features a modular design with a dust collection drawer at the bottom for easy and convenient cleaning. The cabinet is highly sealed, preventing dust leakage. Equipped with omnidirectional casters, it can be flexibly placed next to dust-generating equipment such as sandblasting machines, shot blasting machines, and sand-applying machines for point-to-point dust collection. The equipment operates with low noise and low energy consumption, easily meeting environmental emission standards.  Previously, sandblasting and sand-coating operations in precision casting workshops generated abundant dust, harming worker health and making it difficult to pass environmental inspections. This cartridge dust collector addresses dust at its source, directly discharging purified air on-site without the need for long external exhaust ducts, significantly reducing workshop renovation costs. The equipment can be used as a standalone unit or connected in parallel to form a centralized dust collection system, suitable for large, medium, and small foundries.  With increasingly stringent environmental regulations, dust control has become an essential condition for stable production in foundry enterprises. Yineng Environmental Protection continues to focus on the research and development of industrial dust collection equipment, constantly optimizing dust collection efficiency and equipment durability, using high-performance, cost-effective environmental protection equipment to help the precision casting industry achieve clean production and green development.  

Strict Dust Emission Control to Meet Standards! Pulse Jet Cartridge Dust Collectors Support Green Production in Precision Casting Enterprises  Recently, Yineng Environmental Protection's new pulse jet cartridge dust collector successfully rolled off the production line. Specifically designed for dust pollution generated during shell making and sandblasting processes in investment casting workshops, it provides a reliable solution for environmental remediation in precision casting enterprises.  This equipment features a vertical, enclosed cabinet structure with built-in high-precision filter cartridges, offering high dust collection efficiency. It effectively captures dry particles such as quartz sand dust and mold shell ash. Equipped with an automatic pulse cleaning system, it periodically uses high-pressure air to clean accumulated dust from the filter cartridges, ensuring stable airflow over the long term and preventing clogging and efficiency degradation.  The entire machine features a modular design with a dust collection drawer at the bottom for easy and convenient cleaning. The cabinet is highly sealed, preventing dust leakage. Equipped with omnidirectional casters, it can be flexibly placed next to dust-generating equipment such as sandblasting machines, shot blasting machines, and sand-applying machines for point-to-point dust collection. The equipment operates with low noise and low energy consumption, easily meeting environmental emission standards.  Previously, sandblasting and sand-coating operations in precision casting workshops generated abundant dust, harming worker health and making it difficult to pass environmental inspections. This cartridge dust collector addresses dust at its source, directly discharging purified air on-site without the need for long external exhaust ducts, significantly reducing workshop renovation costs. The equipment can be used as a standalone unit or connected in parallel to form a centralized dust collection system, suitable for large, medium, and small foundries.  With increasingly stringent environmental regulations, dust control has become an essential condition for stable production in foundry enterprises. Yineng Environmental Protection continues to focus on the research and development of industrial dust collection equipment, constantly optimizing dust collection efficiency and equipment durability, using high-performance, cost-effective environmental protection equipment to help the precision casting industry achieve clean production and green development.  

Automated Feeding Upgraded! New Generation Bucket Sand Feeders Completed in Batch, Boosting Efficiency and Speed ​​of Precision Casting Shell Production Lines  Recently, a batch of bucket sand feeders from Shandong EonoAutomation successfully completed assembly and debugging, ready to be shipped to precision casting companies across the country, providing stable and reliable sand conveying for silica sol shell production lines.  This bucket sand feeder is specifically designed for the investment casting shell production process. The machine features a robust welded frame, wear-resistant buckets, and a chain drive structure, providing strong lifting power and smooth conveying. It can continuously and uninterruptedly convey various refractory sands such as quartz sand and mullite sand, completely eliminating the heavy manual labor of carrying and emptying sand.  The equipment operates in a closed, dust-free environment, effectively reducing dust pollution in the workshop and meeting environmental protection production requirements. The bottom material box is equipped with casters for flexible relocation, allowing for easy integration with sand washing machines, floating sand machines, and other equipment into the entire shell production line. The transmission components are equipped with protective covers, featuring a simple and durable structure, low failure rate, and convenient daily maintenance, significantly reducing production and maintenance costs. In shell-making production lines, bucket elevators provide a continuous and stable supply of sand, ensuring uninterrupted sand application to the surface, transition, and back layers. This effectively improves shell-making efficiency, stabilizes shell quality, and reduces production delays caused by material shortages. The equipment supports various lifting heights and can be customized for everything from small stand-alone units to large fully automated production lines.  Currently, the precision casting industry is accelerating its automation and green transformation. This bucket elevator, with its low energy consumption, high efficiency, and low dust emissions, helps companies reduce labor costs and improve the workshop environment, making it a preferred accessory for automating the shell-making process.  Next, the company will continue to improve its complete range of shell-making, dewaxing, and baking equipment, and continue to launch more cost-effective automated equipment to continuously empower the intelligent upgrading of the investment casting industry.  

A brand-new enclosed single-station vibrating shell machine has been launched, laying a solid foundation for the upgrading of precision casting shell removal processes.      Our independently developed enclosed single-station vibrating shell machine has completed performance testing and is officially launched to the investment casting industry. This equipment is optimized for post-casting shell removal and sand removal processes. With its fully enclosed noise-reducing structure, stable excitation system, and safety protection design, it effectively solves industry pain points such as dust pollution, excessive noise, and workpiece damage caused by collisions in traditional vibrating shell equipment, thus perfecting the intelligent equipment layout of the entire casting process.     The machine adopts an integrated thickened frame and is equipped with a high-strength hydraulic excitation mechanism. The vibration frequency and amplitude can be precisely adjusted, efficiently shaking off the outer shell of castings. It is suitable for shell removal operations of castings made of different materials such as stainless steel, carbon steel, and alloy steel. The equipment is equipped with an automatic sliding sealing protective door, ensuring fully enclosed operation throughout the process. An integrated dust removal interface on the top allows direct connection to industrial dust removal equipment, suppressing dust diffusion at the source and thoroughly improving the workshop working environment, meeting the requirements of green and environmentally friendly production. The internal cavity is equipped with a buffer protective pad, significantly reducing the probability of scratches and impacts on castings and improving the finished product integrity rate.    The equipment features an independent electronic control panel with one-button start/stop and adjustable delayed vibration functions, making it simple and easy to operate. The overall structure is compact and stable, with vibration-damping feet at the bottom, minimizing machine sway during operation and extending its service life. A yellow safety railing with a viewing window allows workers to monitor the internal working conditions in real time while avoiding accidental activation, meeting safety production standards.     This single-station vibrating screen machine is suitable for batch shell cleaning processing in small and medium-sized foundries. It can be used independently or integrated with baking and cooling processes to form a production line. The implementation of this equipment fills the gap in post-processing equipment for investment casting, helping manufacturing enterprises achieve environmentally friendly and standardized production, and promoting the green transformation of the traditional casting industry.

Craftsmanship and Intelligent Manufacturing Empower Precision Casting Upgrades | New Four-Column Dual-Station Wax Injection Machine Officially Put into Production, Reshaping the Standards of Wax Pattern Production Our company's independently developed and upgraded four-column dual-station wax injection machine has successfully completed overall debugging and entered mass production. This core forming equipment, designed for the investment casting industry, leverages three core advantages—a stable four-column load-bearing structure, dual-station alternating operation, and an intelligent digital control system—to solve industry pain points such as unstable precision, low production capacity, and high reliance on manual labor in traditional wax injection processes. It lays a solid foundation for the upstream processes in the production of high-end castings for aerospace, automotive parts, precision hardware, and medical devices. I. Rigid Four-Column Structure, Building a Solid Foundation for Long-Term Stable Operation The equipment adopts a thickened steel plate integrated welded body, combined with four high-strength precision guide columns and a vertical hydraulic drive unit, forming a balanced and stable four-column pressing structure. Compared to traditional single-column or C-frame machines, the four-column layout evenly distributes mold-closing pressure, preventing table tilting and mold misalignment even under prolonged high-pressure operation. This ensures consistently stable mold-closing accuracy, effectively eliminating defects such as flash, material shortages, and dimensional deviations in wax molds, significantly extending mold lifespan. It is suitable for large-tonnage, large-size wax mold pressing and molding applications. The machine integrates an independent dual-station operating platform. The two stations operate completely independently, enabling seamless production by simultaneously performing wax injection and pressure molding while demolding/molding replacement. This eliminates the time wasted waiting for cooling and downtime for mold changes associated with single-station machines, increasing overall production cycle time by over 40%. A single person can manage both stations in rotation, significantly optimizing labor costs. The integrated material storage and receiving trough at the bottom automatically recovers overflowing wax, reducing raw material waste and promoting both clean production and energy conservation.   II. Intelligent CNC Control for Micron-Level Precision Control of Wax Models This machine is equipped with a touch-screen PLC intelligent central control system, allowing for fully visualized parameter settings throughout the entire process. Two workstations can be independently configured with wax injection pressure, injection speed, holding time, and temperature control curves, accommodating waxes of varying hardness and various mold specifications. The equipment features independent temperature control modules, keeping wax temperature fluctuations within ±0.5℃. Combined with a uniform-speed, pressurized injection process, this ensures the molten wax evenly fills the mold cavity, preventing air bubbles, shrinkage cavities, and deformation defects within the wax model. Wax model dimensional consistency accuracy reaches ±0.05mm, perfectly matching the stringent pre-process requirements of high-end precision castings.   The entire hydraulic and pneumatic power system has undergone noise reduction optimization, resulting in low vibration and a low failure rate. It supports 24/7 continuous operation, adapting to large-scale assembly line production. Interfaces for automation upgrades are also reserved, allowing integration with robotic loading/unloading and automatic release agent spraying modules, helping companies gradually build fully automated, unmanned wax injection production lines.   III. Full-Scenario Adaptability, Boosting High-Quality Development of the Precision Casting Industry  This four-column, dual-station wax injection machine has quickly covered the manufacturing needs of multiple fields since its deployment: in the new energy vehicle sector, it is used for wax model making of turbine housings and precision gearbox components; in the aerospace sector, it meets the high-precision investment casting needs of small blades and structural parts; and it is also widely used in investment casting processes in industries such as stainless steel hardware, plumbing fittings, high-end handicrafts, and medical implants.   The equipment R&D leader stated that in the future, they will continue to focus on the R&D of equipment for the entire precision casting process, building complete intelligent production lines around upstream and downstream processes such as slurry application, sand application, firing, and smelting. They aim to use core equipment technology to help the domestic casting industry transform from traditional extensive processing to high-precision, automated, and green intelligent manufacturing, continuously providing equipment solutions for the localization and upgrading of the manufacturing industry.    

A New Benchmark for Precision Molding! A New Generation of Vertical Single-Station Wax Injection Machine Launched, Empowering Precision Casting to Improve Quality and Efficiency A vertical four-column single-station wax injection machine, tailor-made for small and medium-sized precision casting enterprises, has undergone        optimized iterations and is officially launched to the market. This equipment focuses on the wax pattern forming process at the front end of investment casting. With its compact and stable vertical structure, precise temperature-controlled wax injection system, and intelligent electrical control configuration, it solves the pain points of traditional small wax injection equipment, such as unstable pressure, numerous wax pattern defects, and cumbersome operation. It has become the preferred solution for upgrading production equipment for hardware parts, valve fittings, precision mechanical parts, and craft casting enterprises. Stable Vertical Four-Column Structure Ensures High-Pressure Molding Stability The entire machine adopts a one-piece thickened cabinet body, equipped with four high-strength chrome-plated guide columns, and a central vertical booster cylinder, forming a symmetrical and balanced pressing structure. Compared with the old-fashioned C-type open press, the four-column guide can completely offset the lateral stress generated by high-pressure mold closing. The pressure plate descends vertically and stably throughout the entire process, without mold displacement or uneven force. The equipment's workbench features a wear-resistant stainless steel surface with pre-drilled mounting screw holes of various sizes, allowing for quick adaptation to multiple small and medium-sized wax molds. Its compact layout minimizes footprint, perfectly suited for small workshop remodeling. The hydraulic drive unit has been optimized for vibration reduction and noise reduction, resulting in minimal vibration and wear during long-term continuous operation, significantly extending the lifespan of both the machine and the molds. Integrated intelligent electronic control system ensures precise wax mold forming. The right side of the equipment features an integrated intelligent control cabinet equipped with a high-definition touchscreen display and an independent temperature controller. This allows for free setting of core process parameters such as wax injection pressure, injection speed, holding time, and barrel temperature. It supports storing and recalling process parameters, making changeovers and machine adjustments more convenient. An independent zoned constant temperature heating system minimizes wax melting temperature errors. Combined with a uniform, quantitative injection structure, this ensures that paraffin wax and low-temperature molding materials evenly fill the mold cavity, effectively reducing defects such as air bubbles, shrinkage, flash, and deformation, and consistently guaranteeing the dimensional accuracy of the casting blanks. The equipment is equipped with an emergency stop button, safety warning strips, and a two-hand start safety mode, comprehensively avoiding operational safety hazards and complying with safety production standards.  Lightweight and highly adaptable design, suitable for diverse precision casting scenarios This vertical single-station wax injection machine is positioned as a flexible and practical production equipment. It can be used for single-piece, small-batch customized wax mold production, as well as for integration with basic workstations on assembly lines. It is widely used in investment casting fields such as stainless steel fasteners, hydraulic components, plumbing valves, small automotive parts, jewelry and crafts, and precision small medical device parts.    The equipment has reserved automation expansion interfaces, allowing for the later addition of automatic wax feeding and release agent spraying mechanisms, easily achieving semi-automatic upgrades. The R&D team stated that they will continue to improve the full range of single-station, double-station, and rotary wax injection equipment to meet different production capacity needs. With high-performance, cost-effective intelligent manufacturing equipment, they aim to help small and medium-sized foundries transform from traditional manual molding to standardized precision production, promoting the refined and green development of the casting industry.      

Breakthrough in Horizontal Precision Wax Injection Technology! Horizontal Single-Station Side-Cylinder Wax Injector Enables Efficient Investment Casting Production       Recently, our newly developed and upgraded horizontal single-station side-pressure cylinder wax injection machine officially rolled off the production line and was delivered. This equipment is specifically optimized for solving the challenges of forming irregularly shaped wax molds and complex deep-cavity castings. With its horizontal mold-closing structure, precise side injection, and integrated intelligent control system, it overcomes the shortcomings of traditional vertical wax injection machines in the production of irregularly shaped workpieces, bringing a brand-new forming solution to the precision casting industry.   Horizontal Side-Pressure Structure Overcomes Complex Wax Mold Forming Challenges  Unlike traditional vertical downward-pressing structures, this machine adopts a classic horizontal split mold layout, equipped with an independent side-pressure wax injection cylinder. The injection direction is parallel to the mold parting surface, perfectly adapting to the filling of complex wax parts with deep holes, narrow shapes, and side grooves. Four high-strength optical shaft guide structures ensure smooth and stable mold opening and closing movements, with mold closing pressure evenly distributed on both sides of the mold, effectively preventing mold bulging, wax leakage, and flash overflow during high-pressure injection, significantly reducing material waste.  The machine body features a unibody, thickened sheet metal base, ensuring a stable and shock-resistant structure that resists deformation during long-term continuous operation. The tabletop has pre-installed standard T-slots for quick replacement of various non-standard customized molds. The compact footprint allows for independent standalone production or easy integration into automated production lines, adapting to the upgrade needs of small and medium-sized foundry workshops. A pressure gauge displays the injection oil pressure in real time, providing a visual representation of the pressure values ​​for easy adjustment of molding parameters by process engineers.   The intelligent integrated electrical control system ensures precise and controllable process control.  The right side of the machine features an integrated touch-screen PLC control cabinet equipped with a high-definition touchscreen and dual-channel temperature controllers. It allows independent setting of all process parameters, including injection pressure, injection flow rate, holding time, wax temperature, and mold opening/closing speed. Multiple formulas can be stored and retrieved with a single click, eliminating the need for repeated adjustments when changing production models and significantly reducing changeover time.  The segmented constant temperature heating system precisely controls the melting temperature of the mold material, ensuring stable wax flow and preventing defects such as air bubbles, shrinkage cavities, and cold shuts within the wax mold, thus guaranteeing dimensional consistency in batch production. The machine features a multi-layered safety protection design, including an emergency stop button, safety warning barriers, and safe start logic, mitigating safety risks such as hand pinching and hydraulic leakage from a hardware perspective, and complying with industrial safety production standards.   Adaptable to multiple application scenarios, promoting the refined upgrading of the casting industry.  This horizontal side-cylinder wax injection machine, with its unique side-injection advantage, excels in the production of narrow pipes, turbine blades, slender shafts, irregularly shaped valve bodies, irregularly shaped hardware components, small precision military parts, and artistic cast ornaments. It is widely used in stainless steel investment casting, automotive parts, hydraulic components, medical devices, plumbing valves, and many other industries.  The equipment has reserved automation expansion interfaces, allowing for the subsequent addition of automatic wax feeding, automatic release agent spraying, and robotic arm parts handling modules, easily upgrading to a semi-automatic unattended workstation. The R&D team stated that they will continue to improve the full range of wax injection molding equipment, including vertical, horizontal, dual-station, and rotary types, and leverage their customized equipment R&D capabilities to help the domestic precision casting industry break away from the extensive processing model and steadily move towards high-precision, automated, energy-saving, and intelligent manufacturing.      

The upgraded C-type single-station wax injection machine unlocks a new solution for flexible production in precision casting. Recently, the company's newly optimized and upgraded C-type single-station wax injection machine successfully completed its overall debugging and was officially launched into the investment casting market. This equipment is specifically designed for wax pattern forming scenarios involving multiple specifications, small batches, and irregularly shaped parts. With its open-frame structure and stable forming performance, it has become the preferred equipment for small and medium-sized casting enterprises to upgrade their production capacity.  The equipment adopts a thickened steel plate one-piece forged C-type gantry frame, equipped with four high-precision chrome-plated guide columns. While ensuring balanced and stable mold closing pressure, the open structure significantly expands the operating space for mold disassembly, assembly, maintenance, and debugging, greatly shortening mold changeover time. The independent vertical hydraulic power unit operates smoothly, and the vibration reduction and noise reduction design can meet the needs of uninterrupted production in all weather conditions. The base has a pre-reserved standard T-shaped mounting slot to adapt to various customized molds.  The machine is equipped with an intelligent temperature control and PLC pressure control system, allowing for precise setting of wax injection pressure, injection speed, holding time, and material temperature. Temperature control error is minimal, effectively avoiding defects such as wax mold shrinkage, flash, and deformation, ensuring dimensional consistency in batches of products. It features comprehensive safety protection components, including limit switches, anti-collision devices, and emergency stop power-off protection, complying with workshop safety production standards. This compact machine occupies little space and is widely adaptable to investment casting processes in hardware fasteners, plumbing valves, precision automotive parts, and handicrafts. It also has pre-installed interfaces for automation upgrades, allowing integration with robotic arms and automatic feeding devices. Leveraging its high cost-effectiveness and flexible adaptability, this C-type wax injection machine will help traditional foundries achieve intelligent transformation, driving the industry towards high-precision, low-cost, and flexible manufacturing.      

Enon Automation's New Rotary Wax Injection Machine Commences Production, Ushering in a New Era of High-Efficiency Automation for Precision Casting Wax Making  Recently, Shandong Enon Automation Technology Co., Ltd.'s self-developed and upgraded rotary multi-station wax injection machine successfully completed its overall debugging and was put into operation. This marks a significant addition to the precision casting wax mold forming equipment industry, contributing to improved quality, reduced costs, and refined production in the precision casting sector.  This rotary wax injection machine is a major new product from the company's deep expertise in investment casting equipment. Utilizing a multi-station rotary table structure and multiple independent hydraulic wax injection cylinders, it enables continuous wax injection operations for multiple molds. The equipment employs a PLC touch-screen intelligent control system, allowing for intuitive control of key parameters such as wax injection pressure, holding time, and injection rate via a human-machine interface. This precise control of wax mold forming accuracy effectively addresses industry pain points such as long mold change waiting times, low production efficiency, and large dimensional errors in wax parts associated with traditional single-station wax injection machines.  The machine body is constructed from thickened carbon steel with a baked-on paint finish and a stainless steel worktable, offering wear resistance and rust prevention suitable for humid workshop conditions. Emergency stop and start/stop zoned safety buttons, coupled with a hydraulic pressure-stabilizing protection structure, strictly adhere to production safety regulations. In a multi-station synchronous rotation operation mode, the processes of mold application, wax injection, cooling, and part removal operate independently, increasing capacity by over 40% compared to traditional models. It is particularly suitable for mass production of wax molds for precision castings of various specifications, such as valves, small hardware parts, and automotive components.  According to the company's technical director, the equipment's hydraulic circuit layout, rotary table indexing accuracy, and electrical control program are all independently optimized. The number of workstations and wax injection tonnage can be customized to meet the flexible production and large-scale mass production needs of small and medium-sized precision casting plants. Enon Automation continues to focus on the research and development of equipment for the entire investment casting process. Going forward, it will leverage this rotary wax injection machine to continuously empower the automation transformation of domestic precision casting enterprises, accelerating the intelligent upgrading of the precision casting industry.

High-Efficiency Cabinet-Style Sandblasting Machine: Delivering Refined Solutions for Workpiece Surface Treatment  A new generation of high-efficiency, manual cabinet-style sandblasting machines has undergone technical optimization and is now available on the market. This equipment integrates a multitude of functions—including rust removal, descaling, surface matting, texture enhancement, and deburring—into a single unit. Leveraging advantages such as uniform blasting coverage, controllable dust levels, ease of operation, and robust durability, it offers a new solution for automated, efficient, and eco-friendly surface treatment processes across industries such as hardware processing, precision casting, mold manufacturing, and component finishing.  The newly launched enclosed cabinet-style sandblasting machine features a modular design, pairing a main blasting chamber with an independent abrasive recovery and dust collection unit. The fully enclosed working chamber effectively prevents sandblasting dust from escaping at the source, thereby significantly improving the workshop environment and ensuring full compliance with safety and environmental production regulations. The front of the machine is equipped with a thickened viewing window and dual glove ports, allowing operators to remain outside the chamber while manually manipulating the spray gun to perform comprehensive, multi-angle sandblasting on workpieces. This design ensures a clear field of view and flexible hand movements, enabling the seamless, "dead-angle-free" treatment of complex or irregularly shaped workpieces—including grooves, corners, and interior surfaces. The machine body incorporates air pressure regulation and start/stop control components, allowing the blasting pressure to be precisely adjusted on demand to accommodate the specific treatment requirements of various workpiece materials; it is capable of performing both high-intensity, rapid rust and paint removal, as well as low-pressure, precision surface effects such as matting and wire drawing.  The equipment utilizes a bottom-funnel abrasive recovery structure, allowing the abrasive media to automatically recirculate and be reused during operation. This significantly reduces abrasive consumption—a key consumable—and lowers production costs. Furthermore, the accompanying independent dust collection cabinet separates dust from reusable abrasives in real-time, preventing dust accumulation and clogging during prolonged operation while ensuring that maintenance and inspection procedures remain simple and convenient. Compared to open-style sandblasting operations, this enclosed machine generates lower noise levels and produces minimal dust emissions, resulting in vastly improved working conditions for operators. Simultaneously, the uniform and controllable blasting intensity ensures high consistency in the surface texture of the workpieces, effectively enhancing adhesion for subsequent processes—such as painting, electroplating, and bonding—and ultimately delivering a significant improvement in the overall quality of the finished product. In practical field tests involving precision casting, mechanical components, molds, hardware accessories, and similar applications, this equipment demonstrates the ability to rapidly remove casting gate burrs and heat-treatment scale. It effectively eliminates rust and oil stains from workpieces while optimizing surface roughness. Operational efficiency is boosted several-fold compared to traditional manual grinding methods, significantly reducing the physical labor intensity for grinding personnel and minimizing the consumption of grinding tools and consumables. The unit features a robust and durable construction, with a sheet metal chassis designed to withstand impact and abrasion. A foot-pedal switch allows for hands-free operation, ensuring stable performance during prolonged, continuous use—making it ideally suited for standardized, high-volume factory production environments.  Workpiece surface treatment constitutes a critical preliminary stage within the manufacturing processing chain; consequently, precision, eco-friendliness, and cost-efficiency have become essential requirements for industry development. The practical implementation of this high-efficiency, enclosed sandblasting machine addresses the equipment gaps often found in the surface treatment processes of small and medium-sized manufacturing enterprises. Through its combination of high cost-effectiveness, versatility, and ease of maintenance, it empowers factories to achieve multiple benefits: enhanced product quality, reduced operational costs, and improved environmental compliance. Moving forward, the R&D team will continue to refine the equipment's dust collection system and sandblasting mechanism. They plan to introduce a range of derivative models—including turntable and automatic reciprocating variants—to comprehensively meet the sandblasting requirements for workpieces of varying sizes and production volumes, thereby leveraging specialized surface treatment equipment to drive the technological upgrading of manufacturing processes.  

Deeply Rooted in Precision Casting, Acclaimed Overseas ??? Shandong Enon Makes a Striking Debut at the International Metallurgy and Foundry Exhibition in Russia, Securing Top Honors in the Foundry Industry ??? Distinguishing itself within the foundry sector through formidable technical prowess, equipment of unwavering reliability, and comprehensive overseas service solutions, the company proudly took home a prestigious trophy ??? #SpecializedManufacturerOfHighQualityInvestmentCastingEquipment  

Smart Manufacturing Upgrade: An In-Depth Look Title: KUKA 6-Axis Robotic Arms Fully Deployed in Production, Boosting Quality and Efficiency in Smart Manufacturing Lines    Recently, the company’s smart manufacturing transformation project was successfully completed. Multiple KUKA 6-axis robotic arms have officially been fully integrated into the production lines, and a brand-new automated assembly line has been formally commissioned. Consequently, the workshop's production model has entered a new phase of intelligent manufacturing characterized by human-machine collaboration.   Stepping into the production workshop, one is greeted by a clean, wear-resistant green floor paired with neatly arranged conveyor rollers. Multiple KUKA 6-axis robots are orderly positioned on both sides of the production line; their mechanical arms flexibly execute standardized operations—such as loading and unloading, precision positioning and assembly, and inter-process transfer—with movements that are both precise and stable, and a production rhythm that is highly efficient and consistent. Compared to traditional manual operation modes, these 6-axis robotic arms leverage their multi-degree-of-freedom motion capabilities to precisely adapt to the operational requirements of complex workstations. They maintain minimal error margins in repetitive tasks, operate stably and continuously around the clock, and significantly reduce the processing time required at each individual workstation. On-site technical personnel are currently debugging and calibrating equipment parameters, optimizing the robots' movement trajectories to ensure they synchronize perfectly with the production rhythm of the entire assembly line.   The introduction of these KUKA 6-axis robotic arms represents a pivotal strategic move in the company's ongoing digital and intelligent transformation. The complete automated production line seamlessly integrates the entire workflow—from material conveyance and precision assembly to the circulation of semi-finished products. On one hand, this effectively reduces the physical strain of repetitive manual labor and mitigates quality fluctuations inherent in human operations, resulting in a significant improvement in product consistency and yield rates. On the other hand, it optimizes workshop personnel allocation; frontline workers are transitioning to more technical roles—such as equipment maintenance, process debugging, and quality control—thereby fully unlocking the value of the company's human resources.     Leveraging the mature and stable control systems of KUKA robots, the production line possesses exceptional flexibility. It can rapidly switch between production programs for different product specifications, thereby enabling flexible scheduling to accommodate a diverse range of orders. Moving forward, the company will continue to explore the full potential of its automated equipment, integrating it with the MES (Manufacturing Execution System) to construct a fully digitized, end-to-end smart factory. By harnessing high-end intelligent equipment to empower industrial upgrading, the company aims to continuously solidify its core manufacturing competitiveness.    

Chapter on Technological Application and Development Hardcore" Intelligent Manufacturing Unleashes Production Capacity: KUKA 6-Axis Robots Set a Benchmark for Modern Flexible Production   Powered by advanced industrial robotics technology, the company’s automated production system—built around KUKA 6-axis robotic arms—operates with exceptional stability. With "hardcore" performance characterized by high precision, high flexibility, and high reliability, this system establishes a robust hardware foundation for precision manufacturing, serving as a model demonstration for intelligent manufacturing transformation within the region.    Thanks to their flexible 6-degrees-of-freedom motion structure, KUKA 6-axis industrial robots are capable of performing multi-angle operations even within confined workspaces. They precisely interface with various process nodes along the conveyor line, executing a sequence of tasks including workpiece gripping, positioning and assembly, and inter-station transfer. The entire production line features a symmetrical layout design; this dual-line parallel production mode significantly boosts material flow efficiency. Furthermore, the equipment is integrated with intelligent sensing and visual control systems, allowing operators to monitor the robots' operational status and performance data in real-time via terminal interfaces. This enables timely parameter adjustments and predictive fault detection, thereby vastly improving the convenience and efficiency of equipment operation and maintenance.   In practical production applications, the KUKA robotic arms demonstrate a dual advantage of both stability and flexibility. On one hand, they can sustain high-intensity, repetitive tasks over extended periods, ensuring the reliable delivery of large-volume orders. On the other hand, their programming can be rapidly reconfigured to accommodate the prototyping of new products and the production of small-batch customized orders, thereby breaking through the limitations of traditional production lines that are restricted to single-product manufacturing. Since the deployment of this equipment, the workshop's overall production capacity has steadily increased, while the defect rate has continuously declined. The standardization and regulation of the production environment have undergone a comprehensive upgrade; the resulting clean, orderly, and intelligent operational landscape has completely transformed the traditional appearance of the manufacturing workshop.    Intelligent manufacturing serves as the pivotal lever for driving high-quality development within the manufacturing sector. The large-scale deployment of KUKA 6-axis robots in this instance has not only achieved a hardware upgrade at the production front but has also catalyzed an innovation in the company's production management model. Moving forward, the company will continue to deepen its efforts across three key pillars: intelligent equipment, digital management and control, and process optimization. By continuously refining its automated production system and leveraging the advantages of high-end industrial equipment, the company aims to further solidify its position in the precision manufacturing arena, utilizing intelligent transformation to seize market opportunities and contribute to the high-quality development of the entire industry.

A New Type of Box-Type Roasting Furnace Empowers Improved Quality and Efficiency in Precision Casting Heat Treatment  The fully automatic box-type roasting furnace has been developed and debugged, successfully completing factory testing and is about to be delivered to major precision casting and hardware heat treatment companies for use. With its stable temperature control system, intelligent control system, and optimized furnace structure design, this equipment will significantly promote the intelligent upgrading of processes such as casting roasting, workpiece annealing, and dewaxing, helping to reduce costs and increase efficiency in the manufacturing industry's heat treatment processes.  The newly launched box-type roasting furnace adopts a frame-type gantry electric lifting furnace door structure, coupled with a pulley opening and closing mechanism. The furnace door opens and closes smoothly and tightly, effectively preventing heat loss from the furnace chamber and significantly reducing energy consumption. The furnace interior is constructed with high-temperature resistant refractory insulation materials, offering excellent heat storage performance, high-temperature resistance, and impact resistance. It can maintain a stable high-temperature environment for extended periods, suitable for various processing scenarios such as wax mold firing, metal workpiece tempering, ceramic blank firing, and casting heat treatment. The uniform temperature field within the furnace ensures consistent heating of the entire batch of products, effectively reducing defects such as cracking, deformation, and uneven firing.  The equipment is equipped with an independent integrated electrical control cabinet, incorporating intelligent temperature controllers, digital display monitoring modules, a touch-screen operating system, and multiple safety protection devices. Operators can set the heating curve, constant temperature duration, and cooling program with a single button. The system automatically completes the entire temperature control adjustment, monitoring the furnace temperature and heating load status in real time. The cabinet is equipped with high-pressure warning signs, an emergency stop button, overload protection, and an over-temperature power-off interlock device, avoiding electrical safety hazards during high-temperature operations, significantly reducing manual supervision, and achieving standardized and unmanned management of the heat treatment process. Modular heating components are integrated on both sides of the furnace body, facilitating easy disassembly and maintenance, reducing maintenance costs, and adapting to continuous mass production operations in factories.  According to R&D personnel, this roasting furnace has undergone comprehensive optimization and upgrades to address the pain points of traditional old-style furnaces, such as high energy consumption, large temperature control deviations, poor furnace door sealing, and cumbersome operation. The optimized insulation structure significantly improves heat utilization, reducing energy consumption by more than 15% compared to traditional equipment. Precise zone temperature control technology results in a smaller temperature difference control range, greatly improving the finished product qualification rate. The equipment can be used for high-temperature roasting and dewaxing of mold shells in the precision investment casting industry, as well as for quenching and annealing of mechanical parts, aging treatment of hardware, and sintering of refractory materials, demonstrating its high versatility.  Currently, the precision casting and heat treatment industry is increasingly transforming towards refinement, greening, and intelligence, making high-performance industrial heat treatment equipment a key hardware support for industrial upgrading. The application of this box-type roasting furnace will not only help small and medium-sized processing enterprises optimize production processes, reduce production costs, and improve product quality, but also inject new momentum into the localization and upgrading of equipment in the high-end casting industry chain. Next, the R&D team will continue to iterate and optimize furnace volume, temperature control range, and automation configuration schemes according to the customized needs of different industries, and launch a number of non-standard customized models to provide complete heat treatment solutions for industries such as metallurgy, casting, and new material processing.

Shandong Enon Automation Launches New C-Type Wax Injection Machine, Empowering the Precision Casting Industry to Improve Quality and Efficiency  Recently, Shandong Enon Automation Technology Co., Ltd. (brand: Enon) officially released its new generation C-type wax injection machine. With stable performance, intelligent control, and user-friendly design, it provides the precision casting industry with an efficient and precise wax mold preparation solution, helping enterprises achieve a dual upgrade in production efficiency and product quality. Crafted with Ingenuity, the Advantages of the C-Type Structure are Fully Demonstrated     The newly launched C-type wax injection machine adopts a classic C-type frame structure design, featuring high overall rigidity and stability. This ensures uniform stress during mold clamping and provides ample space for mold operation, facilitating mold installation, debugging, and replacement, significantly improving production flexibility. The machine's worktable is manufactured with high-precision machining, ensuring high flatness and adaptability to various mold specifications, meeting the production needs of wax molds of different sizes. Simultaneously, the machine is equipped with safety protection devices, providing multiple layers of safety for operators and making the production process safer. Intelligent Control, Precise Management of Every Process  This equipment is equipped with a PLC intelligent control system and a touchscreen interface, enabling convenient human-machine interaction and visualization of the production process. Operators can intuitively set key parameters such as mold closing pressure, wax injection pressure, wax injection time, and holding time through the interface. The system responds quickly and controls precisely, effectively avoiding human error and ensuring high consistency in dimensional accuracy and surface quality for each wax mold. Furthermore, the equipment supports parameter storage and recall, allowing for quick switching of process schemes for different products, reducing debugging time and significantly improving production efficiency. Superior Performance, Adaptable to Diverse Production Scenarios  In terms of core performance, this C-type wax injection machine excels. Its wax injection system pressure is adjustable, allowing for flexible control of wax injection speed and flow rate based on wax characteristics and mold structure. Combined with a constant temperature control module, it achieves stable control of wax temperature, effectively reducing wax mold shrinkage and deformation, laying a solid foundation for the quality of subsequent castings. Whether for complex precision castings in high-end fields such as aerospace and automotive parts, or for mass production of conventional products such as hardware and handicrafts, this equipment can efficiently adapt, demonstrating strong industry versatility. Shandong Yineng Automation has always focused on the research and development and manufacturing of precision casting equipment. The launch of this new C-type wax injection machine is the result of a deep integration of the company's technological strength and market demand. In the future, the company will continue to deepen its expertise in the field of automation, continuously optimize product performance, provide more casting enterprises with more competitive equipment and services, and drive the industry towards intelligence and efficiency.

Introducing a New Integrated Multi-Head Rotary Table Solution for Intelligent Manufacturing: A Four-Head, Eight-Arm Manipulator Sets a New Benchmark for Integrated Multi-Process Production    Leveraging independent structural innovation and R&D, a new generation of rotary-table-based, multi-axis manipulators—featuring a four-head, eight-arm configuration—has officially been launched. With its formidable capabilities in multi-station synchronous operation, high-precision control across the entire workspace, and broad scenario adaptability, this system effectively resolves critical industry pain points associated with multi-process production lines—specifically, their large footprint, slow cycle times, and heavy reliance on manual labor. Consequently, it has emerged as the preferred choice for automation upgrades in small and medium-sized manufacturing facilities.   This device innovatively integrates a rotary indexing table with four sets of multi-axis robotic execution units; the eight motion axes work in concert to establish a four-station synchronous operation system. The circular rotary table performs precise indexing and positioning to cycle workpieces through the process, while the four robotic heads simultaneously execute processing tasks on workpieces at different stations. With seamless transitions between loading, forming, trimming, and unloading stages, a single unit can complete the entire manufacturing workflow, thereby drastically reducing the required production line footprint and optimizing workshop space utilization. The entire machine features a modular layout—integrating the material hopper, main control console, and processing unit into a single cohesive structure—resulting in a compact and tidy design that is ideally suited for retrofitting into small and medium-sized factory environments.   In practical production applications, the collaborative four-head, eight-arm operating mode effectively eliminates production bottlenecks. Thanks to independent programming control for each arm, the system offers exceptional flexibility: it can engage all four stations simultaneously to boost mass production efficiency, or activate individual heads independently to handle sample trials or small-batch prototyping, thereby flexibly adapting to diverse order requirements. Supported by a high-precision servo control system, the manipulator ensures precise control over motion trajectories and clamping forces, effectively minimizing raw material waste and reducing the output of defective products. Furthermore, the equipment features an integrated, independent hopper-based feeding mechanism that automatically replenishes raw materials, thereby reducing the need for frequent manual reloading and further freeing up human labor resources.   The equipment boasts a wide range of application scenarios, making it suitable for diverse fields such as metal forging and stamping, plastic molding, and precision investment casting; it offers a perfect blend of versatility and practicality. Finally, a comprehensive hardware and software safety protection system is in place to fully mitigate production risks stemming from operational errors or equipment overload, thereby ensuring long-term, stable, and safe production operations. At the core of smart manufacturing lies the optimization of production models through equipment innovation. Leveraging an integrated design, the "Four-Head, Eight-Arm" rotary manipulator achieves higher production output with fewer machines and less manpower. Moving forward, the company will continue to deepen its expertise in multi-axis linkage control technology, iteratively upgrading its intelligent control systems. By integrating smart data acquisition modules, the company will enable real-time statistical analysis of production data and continuously optimize equipment operational logic—thereby empowering production upgrades across diverse industries with domestically developed intelligent equipment, and fostering the efficient growth of the real economy.

The Russian International Exhibition, 2026, focuses on the production, materials, processes, and products of metals, aluminum, and non-ferrous metals.  May 26-28, 2026 Booth: 4E20  Shandong Enon  Automation Technology Co., Ltd.