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Description: A mold manufacturing factory can rely on a cloud-based intelligent management platform for molds to provide support for business decision-making and analysis to the ERP system at the upper level. At the lower level, it can be deeply integrated with mold design, programming, supply chain management, automated machining, Automated Guided Vehicles (AGV), Internet of Things (IoT), Warehouse Management System (WMS), etc. This integration enables seamless information flow and communication, and accumulates big data related to mold production. By leveraging technologies such as Industrial Internet and Artificial Intelligence (AI), the solution can achieve intelligent manufacturing of molds.

Description: Based on standardized data, using an information system as the platform, and taking intelligent robots as the core, this solution helps enterprises achieve interconnectivity of production equipment and establishes a high-precision, high-efficiency intelligent manufacturing model.

Description: The EMom Yee Mold Discrete Manufacturing Operations Management System is centered around product data, integrating design data, process data, manufacturing resource data, and logistics resource data. It enables the transfer and control of data across various departments, including design, process planning, scheduling, procurement, material management, warehousing and distribution, production manufacturing, and finance. This ensures data consistency and helps enterprises establish an enterprise information management platform based on design, process, and manufacturing logistics data. With IT support, the system constructs a production operation model driven by orders for small-batch, multi-variety production. It addresses the challenges of small-batch, multi-variety production and builds a collaborative supply chain that connects customers, factories, and suppliers




Create a basic automation unit that manages one or two machines and multiple tools. Managing 1 or 2 machines: the best start for production cells. 3 material racks: light, heavy and rotary, with customized capacity. Large door and sliding loading station for easy entry and exit. 80 kg payload for pallets, special clamps for light parts. Pneumatic control of jaws and machine chucks.

The MIKRON MILL P 500 VHP (Very High Precision) excels in ultraprecise micromachining, consistently delivering exceptional surface finishes and accuracy over long production runs. Designed for stable and repeatable performance, it is the ideal solution for producing flawless mold inserts, high-quality automotive reflector molds, intricate fuel cell dies, and complex cavities for medical technology. Its reliability makes it a top choice for manufacturers in the information and communications technology (ICT) and automotive segments, where meeting tight tolerances and achieving superior results are critical.

Revolutionize productivity with our advanced CUT F Wire EDM manufacturing solution – unmatched efficiency and precision in one compact and flexible solution. Elevate your operations with our easy-to-use interface!


The high-efficiency cooling system designed according to the African tropical 55 ℃ high temperature environment can fully adapt to different operating environments, and there will be no overheating or environment due to the operation of the unit. The patented separator: triple separation can make the oil content in the equipment ≤ 2ppm, and can reduce the number of coolant supply. Belgian main engine: 5:6 patented rotor line type ensures efficient operation, meets the European first-class energy efficiency standard and effectively reduces carbon emissions. Integrated transmission system: gearless transmission, 1:1 direct transmission, the most ideal transmission system, without any consumption. The most advanced intelligent control system in the world promotes the harmony between man and machine to the maximum extent. The unique cold and hot zone design ensures efficient intake efficiency, effectively improves the air displacement of the air compressor, and the efficient special motor for the air compressor ensures the user's 24-hour trouble-free operation.

Specializing in the design and manufacture of Class I and II pressure vessels, the main products are oil separation tanks, adsorption tanks, carbon steel, stainless steel gas storage tanks, vacuum tanks, steam, oxygen, nitrogen tanks, diaphragm pressure tanks, sandblasting tanks, sub-cylinders, warehouse pumps, reactors, storage tanks for food, medicine and chemical industries, water treatment equipment in all fields, and to undertake a variety of non-standard pressure vessel customization. Full digital production line, safe, efficient and stable. The company is equipped with laser cutting machine, welding robot, CNC, automatic bending machine, shot blasting machine, assembly machine and other modern equipment, as well as high-quality technical team and skilled technical industry workers, in strict accordance with the relevant national standards, regulations, design, manufacture and acceptance.

Oil-gas separator The oil-gas separator of the screw air compressor is the key component of the screw air compressor system. Its main function is to separate the oil and gas in the compressed air to ensure the quality of the compressed air and prevent the equipment from being polluted by the oil. Its basic working principle is to use filters and separation technology to remove the oil mist mixed in the compressed air to ensure that the output compressed air is clean and oil-free. Main functions and effects: Oil and gas separation: In the compression process, oil and air will enter the system together. The oil-gas separator effectively separates the oil mist from the air through a special filtering device, thereby reducing oil pollution and damage to downstream equipment. Protection of equipment: Clean air helps to protect downstream equipment (such as pneumatic tools, instruments, etc.) from failure or wear caused by oil contamination. Improved air quality: The oil and gas separator ensures that the oil content of the output air is kept at a very low level, thus improving the air quality and meeting the high air quality requirements of some industries, such as the food and medical industries.
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Six-axis crown block vertical deep hole drill is equipped with 40T large-capacity chain servo tool magazine (guide sleeve + tool) and high-rigidity five-axis cradle turntable, which can easily realize real automatic high-speed, high-efficiency polyhedron, multi-angle inclined hole, cross hole and deep hole processing, realize drilling, milling, tooth milling and other processes, save labor, improve processing efficiency, and provide strong support for diversified processing scenarios. It can also be switched arbitrarily in drilling, milling, boring and other processes. It solves the problems of difficult clamping of traditional deep hole processing workpieces and low processing efficiency of complex holes, and is the key basic equipment of high-end equipment manufacturing industry (such as new energy, automobile, aerospace). It is especially suitable for the processing of multi-angle five-side deep holes and oblique holes of automobile thermoforming molds, lamp molds and inserts.

Double tool magazine vertical deep hole drill D-850 model is specially developed for the drilling and processing of medium and small mold thimble holes, guide post holes and various medium and small precision metal fittings. It is a multi-functional integrated equipment with gun drill, U drill, boring, milling and tapping. The processing range of the gun drill of the equipment is from φ1.5mm-φ20.0mm, the processing range of the U drill is from φ15mm-φ50mm, and the maximum processing depth is 300mm, so that the hole diameter is accurate, the hole wall is smooth, and secondary die saving is not needed. Equipped with automatic tool change and guide sleeve change system, free hands, save labor, greatly improve the processing efficiency and save ineffective time, can load gun drill, U drill, tap, twist drill, milling cutter, boring cutter and other tools, provide strong support for diversified processing, can switch freely in drilling, milling, boring and other processes, and realize intelligent processing. High-efficiency and high-precision drilling process is widely used in mold manufacturing, mold thimble hole, water hole, cylinder hole, pin hole, precision parts, toy mold, 5G communication, automobile manufacturing, medical industry, 3C electronics industry, aerospace and other fields!



Super rigid structure design; high speed, high precision, high efficiency, the whole machine structure adopts all castings in the box, which resists temperature and improves shock resistance; the center of the main shaft passes through the center of gravity of the whole machine, which improves the dynamic and static rigidity and stability; the center of the main shaft is close to the column track, which can stabilize the counterweight to meet various processing rigidities; for the size and processing specifications of the machine, the three-axis track is combined with different line tracks; Aim at different processing requirement of part processing or mold processing, different main shaft transmission systems are match; that crossbeam adopts double servo synchronous positioning at any position;
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Super rigid structure design; high speed, high precision, high efficiency, the whole machine structure adopts all castings in the box, which resists temperature and improves shock resistance; the center of the main shaft passes through the center of gravity of the whole machine, which improves the dynamic and static rigidity and stability; the center of the main shaft is close to the column track, which can stabilize the counterweight to meet various processing rigidities; for the size and processing specifications of the machine, the three-axis track is combined with different line tracks; Aim at different processing requirement of part processing or mold processing, different main shaft transmission systems are match; that crossbeam adopts double servo synchronous positioning at any position;

Super rigid structure design; high speed, high precision, high efficiency, the whole machine structure adopts all castings in the box, which resists temperature and improves shock resistance; the center of the main shaft passes through the center of gravity of the whole machine, which improves the dynamic and static rigidity and stability; the center of the main shaft is close to the column track, which can stabilize the counterweight to meet various processing rigidities; for the size and processing specifications of the machine, the three-axis track is combined with different line tracks; Aim at different processing requirement of part processing or mold processing, different main shaft transmission systems are match; that crossbeam adopts double servo synchronous positioning at any position;



Product features: beautiful appearance, exquisite structure, low noise, high efficiency, closed cooling duct, optimized energy-saving design Standard spindle control functions: low-speed high-torque cutting, zero-speed spindle locking, C-axis function, high-speed constant power cutting, quasi-stop control, rigid tapping Industry application: CNC lathe, turning and milling machine tool, vertical lathe, heavy horizontal lathe, CNC milling machine, vertical machining center, horizontal machining center, CNC boring machine, gantry planer, gantry milling machine, CNC grinder, vertical grinder, floor boring and milling machine, drilling and tapping center, engraving and milling machine, gear hobbing machine, gear shaper, gear milling machine

Built-in high-precision absolute encoder improves positioning accuracy and low-speed operation stability. And can be control with high precision and high dynamic response. The motor is designed with low cogging force to achieve smooth operation. The torque ripple of the motor is reduced by using a new magnetic field analysis design and motor processing technology, thus improving the speed stability and reducing the torque ripple of the servo system. The stator of the servo motor adopts a new lamination and splicing process, which reduces the temperature rise of the motor, improves the electromagnetic characteristics of the motor, and improves the efficiency and reliability.

It is driven by a high-efficiency asynchronous built-in motor, and the rotor is made of cast copper, with high power, low heat and high efficiency. Ceramic angular contact ball bearings are used, with low heat, low thermal expansion coefficient and high speed. The pre-tightening mode mainly adopts positioning pre-tightening and constant pressure pre-tightening. Positioning pre-tightening can meet the requirements of high rigidity and large torque, and constant pressure pre-tightening can meet the requirements of ultra-high speed. Dynamic balance correction is within G1. Low noise and small thermal deformation. And that dynamic rotation precision is high. Tool internal cooling, temperature sensor and vibration sensor are optional.