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CNC DIE SINKING EDM MACHINE A45
CNC450 MIRROR EDM MACHINE
CNC850 DIE SINKING EDM MACHINE
High precision, high finish, high efficiency and low loss CNC multi-axis linkage bullhead mirror spark machine
H45 CNC DIE SINKING EDM MACHINE WITH AUTO CONTROL FLUID LEVEL AND AUTO RISE AND DOWN WORKING FLUID SINK
High precision high finish high efficiency low loss automatic level control automatic lift oil tank CNC multi-axis linkage mirror EDM machine
Press Fitting Ecology
Haihou Press-Fitting Ecosystem The Haihou press-fitting ecosystem is designed for high-precision interference fit assembly between parts. It effectively controls the press-fitting depth (with a displacement precision of 0.01 mm) and press-fitting force (with a precision of 1%) while real-time data collection is performed. The system generates press-fitting process curves, which are used for monitoring and analyzing the press-fitting process.
Tightening Modules
Its stable and excellent structure effectively ensures the stability of screw feeding and tightening, and can effectively solve various complex working conditions for screw tightening. Modular Structure for quick installation Compatibility with intelligent electric screwdrivers from different brands Integrated Vacuum Suction for screw feeding, ensuring reliable blow-and-suction tightening for screws of various materials Suitable for Deep Holes and Tight Spaces, meeting assembly requirements in confined areas Ensures Perpendicular Assembly of screws Full Automation when used with a screw feeder, enabling fully automated tightening
Screw Feeder
By using a stepped pusher to feed the material, screws are pushed onto a linear track, then sorted and sequentially arranged before being separated by the feeding mechanism and finally blown to the gun head. This is a prerequisite for fully automated tightening, with simple operation and maintenance that can improve work efficiency and quality management. Performance Data: Stepped Pushing Feeding: Reduces tiny particles adhering to the screws. Reduced Vibration Source: Relatively less friction between screws. Expandable Large Capacity Hopper: Reduces the frequency of refilling. 0.01% Screw Jamming Rate: Zero failures in 5 million blow-feeding cycles. Vibration-Free Storage Unit: Effectively reduces noise. Suitable for Longer Screws: Good adaptability for longer screws. Wide Screw Size Range: Suitable for screws ranging from M2 to M16, up to 70 mm in length. Multi-Channel Feeding Capability: Can support up to six feeding channels for tightening. Primary Application Areas: This system can be applied to the automatic tightening processes in the automotive, mechanical, home appliance, and electronics industries.
U400 5-Axis Machining Center
1. Self-developed high-strength castings are used to ensure processing rigidity and precision stability. 2. It is suitable for automatic processing tooling and production line, and can be easily accessed and assisted in the construction of automatic production line. 3. Support the tool life management, effectively reduce the defective rate of products and improve the output efficiency.
2216 machining center
1. Adopt self-developed high-strength casting and imported/Taiwan screw rod wire rail to ensure processing rigidity, precision and stability. 2. It is suitable for automatic processing tooling and production line, and can quickly access and help to build automatic production line. 3. Support the tool life management, effectively reduce the defective rate of products and improve the output efficiency. 4. The side milling head and probe can be installed according to the customer's requirements to realize the five-side processing of single clamping and further improve the processing efficiency.
856 machining center
1. Yuchai high-strength castings are used to ensure the rigidity and accuracy stability of the machine tool during processing. 2, can adapt to automatic processing tooling, to achieve convenient and efficient processing, processing positioning accuracy can reach 0.003 mm. 3. Be able to cooperate with the automatic production line, quickly access the production line and help build the automatic production line. 4. Tool life management can be realized, defective rate of products can be reduced, and output efficiency can be improved.
sTrak-C0 Compact Intelligent Linear Conveyor System
Scenario: Suitable for high-speed, small-spacing, and small-load applications. Features: High speed, high precision, small load capacity; Precise control, capable of coordinating multiple moving parts High-precision multi-mover coordinated control: By adjusting the thrust, speed, and position of multiple movers, high-precision coordinated control is achieved, enabling complex functions such as precise clamping and accurate synchronization.
sTrak-X5 Following Desktop Demo
Scenario: Suitable for high-speed, small-pitch, and light-load applications. Feature: Magnetic-driven axis linked with external axes to achieve planar interpolation motion; applicable for precision dispensing, spraying, loading/unloading, screw tightening, etc.
sTrak-L1 Light-Load Lifting Logistics Line
Mag-Drive Segment: High precision, highspeed, high intelligence, high flexibility.Belt Segment: Low precision, low speed,basic intelligence, low cost. The hybrid model combines the advantagesof both, offering customizable combinationsto provide customers with cost-effectivemag-drive solutions.
NC Boring and Milling Machine (3 Axis)
General-purpose two-way horizontal CNC drilling and milling machine, for a variety of industries with a combination of multi-axis machine tools, improve efficiency and reduce costs, to provide the best processing program, a most belong to your processing tool.
NC boring and milling machine (Z-axis)
Single-axis machine adopts modular design, with high rigidity structure and precision transmission system, which can be independently configured or integrated into the automatic production line according to the processing requirements. It is suitable for one-way processing procedures with high repeatability and strict precision requirements, effectively improving processing efficiency and positioning stability, and has good expansion flexibility.
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positioning balance arm
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.
pick-to-light light grating
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.
Smart Pick & Place Unit (PPU)
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.
