

A balance arm, also known as a positioning force arm (alternatively called a positioning anti-torsion arm, reaction arm, positioning bracket arm, or positioning balance arm), is a tool designed based on ergonomics. It is primarily used in conjunction with tightening tools to achieve sequential screw tightening, prevent errors and omissions in the tightening process, collect and save tightening data, and reduce operator labor intensity. It improves safety, production efficiency, and the operator's working environment, while avoiding the adverse effects of repetitive and excessive labor on the operator's health.

The pick-to-light light grating is used to guide operator pick materials in sequence, achieving error prevention in production, saving time in searching for materials, and improving on-site production efficiency.

The pick-and-place unit, also known as a PPU (pick and place unit), is a pure cam-based transfer device. Driven by a motor, it operates along a predetermined path to achieve precise and high-speed picking and placing of workpieces. It features fast speed, high precision, maintenance-free operation, ease of use, and a compact size, making it ideal for high-speed handling of small items. It is widely used in automated assembly in industries such as electronics, packaging, 3C, automotive, plastics, hardware, and new energy, often integrated with cam indexers or circular production lines for rapid picking and placing of workpieces.
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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


Swap with Italian STUCCHI, FASTER, DNP, Japanese NITTO, American PARKER, HANSEN and other famous brands of quick connectors.

With American DME connector series. German HASCO. Z series. Japan NITTO series. France STAUBLI connector series. Taiwan SLT. WENLING connector series.


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Features: - Gantry-structure type makes better machine dynamic performance and accuracy retention - Equip with DD direct drive 5-axis rotary table - Moving component and machining area are fully isolated, machine cleaning is convenient - Reasonable and excellent human-machine interaction design, ensures the operation is comfortable and convenient - 5-axis rotary centers automatic setting of automatic wireless probe (optional) - Equip with full-closed loop control technology, more accurate and reliable machining performance - High-accuracy, high-speed and high-efficiency machining ability - Excellent human-machine interaction interface Machining materials: Aluminum alloy, copper and steel Application industries: Mold, precise component part, etc

Features: - High-speed tool change system, quick tool change time - DD direct drive high-speed rotary table, accurate and reliable positioning ensures machining performance - High moving speed, reduces non-cutting time - High-speed and high-efficiency machining ability, it is the extremely good choice of mass production - Advanced famous brand CNC system, powerful and reliable - Favorable human-machine interaction interface, simple operation Machining materials: Carbon steel, steel alloy, copper, aluminum alloy and composite material (plastic) Application industries: The component machining of the medium-and-small-size box, lid, plate, shell, disk, etc for the industries of 3C product, automotive, instruments and apparatus, light industry and textile, electric component, aviation and aerospace, machine manufacturing,etc

Equipment overview: JTDR-550 high-precision five-axis machining center is independently developed and manufactured by Kejie Company. It is used for small and medium-sized parts processing machine tools with five-axis turntable, which can complete one-time clamping multi-surface processing, high-speed and high-torque DD direct drive turntable, and rapid positioning processing. It can be widely used in small and medium-sized parts and various precision mold processing in the fields of automobile accessories, aerospace, 3C products, communications and so on. Equipment features: High rigidity main body structure, with higher precision and stability Equipped with high torque DD direct-drive turntable, high precision, fast positioning, short processing auxiliary time, high rigidity interface spindle, to achieve higher cutting performance and processing surface quality Fully enclosed compact external protection design, closer operating distance, greatly improve the convenience of operation, tool arm-type tool magazine, can load a large number of tools, tool change speed. Inclined surface design of processing cavity, more direct discharge of cutting waste chips, reduce accumulation, and reduce the frequency of cleaning and maintenance in the machine Excellent human-computer interaction interface, easy to operate Independent research and development of CNC system, powerful and reliable





German HALDER standardized industrial components, more than 13000 kinds of product lines can meet the application needs of various industrial occasions. At the same time, the diversity, innovation and high quality of products contribute to the convenience and stability of customers in the stage of product design and development. HALDER products are invisible but ubiquitous.

German HALDER soft hammer was born in 1938, which is the first professional hand tool made of non-metallic materials in the world. At the same time, the design concept of unique replaceable parts has also been patented in Germany. Today, HALDER soft hammer has developed a variety of materials and series of hammers for a variety of occasions and application scenarios, from high-end manufacturing to landscape engineering; from equipment maintenance to personal collection. HALDER Soft Face Hammer is the absolute leader in the field. It has a very wide range of users and advocates around the world. Small hammer, big difference "HALDER soft hammer will give you a unique use experience.".

HALDER Aviation Latches are aviation industry standard (MS/NAS) specialty products. It is widely used in aerospace equipment and ground support and maintenance equipment. Each product has a unique code name recognized in the aviation industry. It is commonly used in all major aviation manufacturing industries in the world.
