Produk & keunggulan
Linear Motor Module
Product Introduction:Direct-drive linear motion modules deliver linear thrust directly from the motor, eliminating intermediate transmission mechanisms such as ball screws and timing belts, thus avoiding backlash, mechanical wear and response lag caused by conventional transmission systems. We supply single-axis modules as well as complete multi-axis motion solutions for XY /XYZ/gantry configurations.Application Scenarios:Suitable for automated production lines and equipment requiring high-speed, high-frequency reciprocating motion and precision positioning, including semiconductor equipment, lithium-ion battery production equipment, precision inspection devices, vision-guided positioning stations, electronic assembly, laser processing, medical equipment and high-speed automated production lines. Ideal for new-project development and equipment retrofits where existing ball-screw/belt-driven modules suffer from wear, excessive clearance or slow dynamic response.Key Selling Points:1. Direct-drive without intermediate transmission, fewer failure sources over service life.Conventional ball-screw and timing-belt driven modules are prone to backlash, aging and wear. Our product transfers thrust directly to the moving platform without ball-screw or belt assemblies. It improves dynamic performance and reduces accuracy degradation and equipment faults originating from transmission components.2. High speed & high acceleration to shorten cycle time.Capable of high-speed reciprocation, frequent start-stop and fast positioning. It shortens single-cycle motion time and boosts overall equipment throughput.3. High precision & repeat positioning accuracy for demanding precision processes.Equipped with high-resolution position feedback systems to satisfy strict consistency requirements for precision assembly, vision inspection and high-accuracy positioning applications.4. Zero mechanical backlash with instant response.Eliminates clearance from conventional mechanisms for superior trajectory control, consistent positioning and minimal motion response lag.5. Low mechanical wear for long-duration continuous production.Removes high-wear consumable parts including ball screws and timing belts, reducing downtime for component replacement and lowering maintenance workload on production lines.6. Flexible specifications to match equipment envelope and load requirements.Multiple options for travel stroke, thrust, payload and accuracy. Configurable according to installation space and process requirements to reduce customers’ secondary modification costs.7. Support for multi-axis platform integration.In-house manufacturing enables custom assembly of XY, XYZ and gantry structures, easy integration for handling, dispensing, inspection and precision-positioning non-standard automation equipment.
Transformer Core Automatic Stacking Machine
Product Introduction：Gantry-type four-station automatic silicon-steel-lamination stacking machine. Directly interfaced with upstream cut-to-length lines for fully automatic transformer-core stacking. Four-station parallel operation enables 24-hour non-stop production. Hardware configuration: linear motors + 2-axis parallel manipulators + rotary axes. It adopts purely mechanical positioning consisting of belt reference markers plus end stop positioning pillars. Equipped with servo regenerative energy-recovery technology; capable of stacking 4 or more cores in one batch.Key Technical Parameters：Max. silicon-steel sheet dimension: 300 mm × 1500 mm;Max. single-unit core thickness: 500 mm;Stacking accuracy: ±0.1 mm;Cycle rate: 80 sheets / min;Stacking modes: full-mitre joint / half-mitre joint / direct stacking (selectable);Energy-saving performance: 10-30 % energy saving.Application Scenarios：Production of distribution transformers, dry-type transformers and small oil-immersed transformer cores. Connectable to existing cut-to-length lines as a replacement for manual or semi-automatic stacking equipment. Targeted at core-manufacturing plants requiring long-duration uninterrupted production and reduced frequency of cut-to-length line retooling. Reference pain-points of competing equipment: Many commercial stacking machines rely on vision-based positioning prone to malfunctions caused by workshop dust and variable lighting; most competitors handle only 1-2 cores per cycle, leading to frequent cut-to-length line re-setup and constrained overall line efficiency; competing units often lack energy-recovery functions, resulting in high power consumption for 24-hour operation.Key Selling Points：1. Four-station parallel operation delivers high overall line throughput.80 sheets per-minute stacking rate with high-speed handling by parallel manipulators. Four stations operate simultaneously to support round-the-clock 24-hour factory production.2. Pure mechanical hard-stop positioning, robust against harsh shop-floor conditions.Positioning via belt markers and end-face stop pillars delivers stable stacking accuracy of ±0.1 mm. Independent of vision systems; immune to interference from dust, lighting variation and surface reflection.3. Servo regenerative energy recovery reduces power costs for continuous operation.Servo drives share a common DC-bus. Regenerative energy generated during deceleration is reused by axes under acceleration; surplus energy is fed back to the mains grid. Achieves 10-30 % energy saving under 24-hour operation and reduces heat dissipation requirements for braking resistors, lowering long-run operational expenses.4. Vision-free design reduces equipment downtime risks.No cameras or vision-system calibration work required, eliminating failure points related to optical components. Product change-over only requires parameter modification for positioning markers with minimum maintenance workload.5. Flexible production compatible with multiple core variants.Linear-motor-driven manipulator positioning adjustment accommodates transformer cores of different sizes. Yoke-plate rotation angle adjustable, supporting switch-over among multiple stacking joint modes.6. Multi-core batch stacking unlocks full capacity of upstream cut-to-length lines.Stack 4 or more cores in a single batch, lowering retooling frequency for upstream cut-to-length lines and improving overall utilisation of the complete production line.
Industrial Automation-Grade Cables
Product Introduction：Designed for power and signal transmission in automated machinery, motion-control systems and robotic production lines. Our portfolio covers servo cables, encoder cables, drag-chain cables, control cables and complete pre-assembled wiring harnesses. We deliver end-to-end connection solutions tailored for reciprocating motion and harsh industrial operating conditions.Application Scenarios：Deployed in automated equipment, servo motion-control systems, robots and drag-chain-equipped production lines. Solve frequent conductor breakage and signal-triggered unplanned downtime for cables subjected to continuous flexing and heavy electromagnetic interference. Suitable for OEM equipment complete-machine supply and production-line retrofitting projects.Key Selling Points：1. Purpose-built for industrial automation operating conditions.Developed for the complex electromagnetic and mechanical environments of servo-driven machinery and automated lines, differentiated from general-purpose civil cables.2. Drag-chain compatible, resistant to high-frequency cyclic bending.Engineered for repeated movement and cyclic flexing in machinery. Lower risks of conductor breakage and jacket cracking that lead to unplanned production stops.3. Stable power & signal transmission under harsh plant-floor conditions.Custom-designed conductor and shielding structures mitigate electromagnetic interference from on-site frequency converters and motors, minimizing signal fluctuation and servo drive alarms.4. Comprehensive coverage of equipment connection requirements.Accommodates motor power supply, encoder feedback and control I/O signals, simplifying customers’ full-machine BOM wiring configuration.5. Compatible with multi-brand servos & controllers to cut modification costs.Matches interfaces of mainstream commercial servo motors, drives and controllers. Customers avoid extensive hardware redesign of their equipment.6. Custom pre-fabricated harnesses for plug-and-play installation.In-house production supports customization of cable length, connectors and finished harness assemblies to reduce customers’ in-house processing work.7. Bulk supply for OEM equipment manufacturers.Sustained volume procurement support for OEM machinery builders and system integrators to fulfil long-term project delivery demands.
Motor Core Slot Punching Machine
Product Introduction:Dedicated to slot stamping of silicon-steel laminations for motor stators and rotors. It performs continuous or index-based slot punching via coordinated tooling, precision feeding, positioning and stamping subsystems. Machine and tooling configurations can be adapted according to customer requirements for core dimensions, slot profiles and production capacity.Application Scenarios:For motor manufacturers and outsourced core-processing workshops. Supports stator-rotor core production for industrial motors, servo motors and permanent-magnet motors. Suitable for replacing manual positioning-driven stamping or general-purpose press equipment to improve consistency in mass-batch processing.Key Selling Points:1. Engineered specifically for motor-core manufacturing workflows.Compared with general-purpose stamping presses, it is highly adapted to stator-rotor slot-punching processes and eliminates extensive secondary adaptation work.2. Precision indexing & positioning guarantee batch-to-batch slot consistency.Accurate control of workpiece rotational angle and stamping position improves slot-position accuracy and secures processing consistency across production batches.3. Higher automation reduces manual dependency.Replaces repetitive manual loading and positioning operations, lowers human-induced errors and cuts labour input.4. Flexible compatibility for diverse core specifications.Machine parameters and tooling can be configured for varying stator-rotor outer diameters, slot counts, slot geometries and silicon-steel material grades, enabling production change-over for multiple product variants.5. Covers requirements for a wide range of motor types.Suited for manufacturing projects producing silicon-steel-lamination stator-rotor cores for industrial, servo and permanent-magnet motors.6. Machine-plus-process support lowers customer trial-production barriers.Beyond standalone machine supply, we propose selection and processing-technology schemes based on customer core drawings, material specifications and capacity targets.7. Stable performance for high-volume continuous manufacturing.Standardised automatic processing workflows ensure consistent output for mass-batch production, supporting long-hour non-stop factory operation.