

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.


DMU-400 X/Y/Z stroke: 586/370/350mm Distance from spindle face to table: +110 to -5 (-20 tool Angle) /360 infinity Table size: 400mm Maximum load: 100kg X/Y/Z fast displacement: 40/40/40m/min Maximum cutting feed rate: 20m/min Machine size: 3010X2040X2800

1. K7 is of moving-column structure and equipped with high dynamic response drive lightweight design. X/Y/Z axes are of high response ball screw drive. The left and right feed acceleration of X axis is 1G, the upper and lower feed acceleration of Y axis is 1G, and the ram feed acceleration of Z axis is 1.5g. The workpiece is clamped at one time to realize multi-sided milling, which greatly shortens the in-process time. It is especially suitable for multi-face and five-axis high-speed and high-efficiency processing of complex parts of die-cast aluminum automobiles. II. Technical parameters: 2. Accuracy performance: X/Y/Z axis positioning accuracy is 0.008/0.008/0.008 mm, and repeated positioning accuracy is 0.006/0.006/0.006 mm; A/C axis positioning accuracy is 12 arc seconds, and repeated positioning accuracy is 8 arc seconds, which meets the processing requirements of precision parts. 3. Speed performance: rapid displacement of X/Y/Z axis reaches 75/75/75m/min. The maximum cutting feed rate is 50m/min, and the fast feed speed of A/B axis is 50/75rpm. Combined with the efficient tool change system, the processing efficiency is greatly improved.

GMU-900T 5-axis milling and turning center: 1. High rigidity: It is equipped with a crown block gantry frame, and the ribs are arranged reasonably to ensure that there is no vibration during milling and turning. The C-axis uses a high-torque automotive torque motor to ensure the smooth and powerful rotation of the workpiece in the turning mode. 2, high precision: A/C cradle table with patented gear backlash technology, no reverse clearance during processing, angle control to 0.001 °. Milling as the main, synchronous auxiliary turning process of the same clamping continuous processing, to avoid multiple positioning errors, precision life can reach several years. 3, high efficiency: equipped with 15000 rpm turn-milling composite electric spindle, standard 48 T tool magazine 12 seconds fast tool change, with automatic chip removal system, reduce non-processing time. Technical parameters: 1. Accuracy performance: X/Y/Z axis positioning accuracy: 0.008/0.008/0.007mm, repeated positioning accuracy: 0.005/0.005/0.004mm; A/C axis positioning accuracy: 8 arc seconds, repeated positioning accuracy: 5 arc seconds. 2. Speed performance: X/Y/Z axis fast displacement up to 40/40/40m/min, maximum cutting feed rate 20m/min, A/C axis fast feed speed 20/600rpm.


Modular design, fast and precise positioning, three-axis, four-axis and five-axis switching clamping, 100% interchangeable compatibility, can improve clamping efficiency, reduce the cost of repeated production of fixtures, and achieve high-precision positioning production and processing.

Modular design, fast and precise positioning, three-axis, four-axis and five-axis switching clamping, 100% interchangeable compatibility, can improve clamping efficiency, reduce the cost of repeated production of fixtures, and achieve high-precision positioning production and processing.

Modular design, fast and precise positioning, three-axis, four-axis and five-axis switching clamping, 100% interchangeable compatibility, can improve clamping efficiency, reduce the cost of repeated production of fixtures, and achieve high-precision positioning production and processing.
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The high-precision and high-efficiency compound processing machine TM series realizes the design of reducing thermal deformation and occupies a small area. It is the best choice for the processing of small precision parts such as medical instruments and measuring instruments that pursue high-precision and high-efficiency processing of workpieces with complex shapes. The machine tool structure adopts the turn-milling compound technology to realize high-precision one-time clamping processing.

LU620 five-axis processing machine adopts high-rigidity base to support the rotation of B and C axes of single swing, and X/Y axis adopts the design of cross sliding table to ensure the best stability required by processing accuracy and surface quality, so as to provide customers with the highest production efficiency.

TX series improves the value of BT-30 drilling center. The improvement of structure, shaft guide rod and transmission system, the improvement of spindle structure and performance, the improvement of chip removal system and the fast tool change mechanism greatly improve and optimize the new generation of drilling and tapping center. In pursuit of high production efficiency, it shortens the starting and stopping time of the spindle, adopts high-speed feed and acceleration, shortens the non-processing time, high-speed ATC tool exchange mode, and adopts a new generation of control system.





Material > Made of high quality steel of Great Wall Special Steel + heat treatment + grinding Process > Machining process of turning and milling machine roughing-heat treatment-finish turning-inner and outer diameter grinding Accuracy > Repeated installation runout ≤ 0.005 mm Use > Thin-walled parts processing essential to ensure product roundness and concentricity

It has the advantages of compact size, storage and playback of music. It retains the mobility of the original X, Z axis and tailstock. It has 120MB of song memory, which can store about 50 songs.

Widely used in a variety of modular machine tools, machining centers Roller cam structure, small wear, fast indexing speed, positive and negative rotation, zero backlash, high positioning accuracy, long service life Through the rotation, the product can be processed on multiple surfaces, thereby greatly improving the processing efficiency and reducing the clamping times Parts with complex or more complex designs can be produced