This is a 4-Axis Automatic Screw Fastening Machine, combine proven reliability with application-specific adaptability. Engineered on a standardized platform, each system features customized drive heads and adjustable feeding mechanisms precisely configured for your fastener requirements. This screwdriving systems deliver rapid cycling performance alongside simplified maintenance protocols, making them indispensable for automated production lines.
If you have any enquiry, welcome to contact our specialists for further information. We are able to supply customize service.
| Work Envelope | 210*410*90mm （X*Y*Z） |
| Outline dimension | 710*730*780mm（W*L*H） |
| Drive System | Closed-loop stepper motor |
| Positioning Accuracy | ±0.02 mm |
| Control System | Touchscreen + Motion control card |
| Driver System | Smart servo driver with programmable torque and RPM presets |
| Cycle Time | 1.5s-1.8s/screw |
| Program capacity | 100 Recipes |
| Power Consumption | 750W |
| Power supply | 220VAC |
| Air Supply | 5-6KPa |
| Weight | 100Kg |
Two modes of screw feeding: Vacuum/Magnetic absorption
Multi-surface compatibility: Deep/angled holes, curved surfaces, height-varied planes (magnetic mode)An
An auto screwing machine enables dual-screw fastening on a single workpiece with an intelligent servo driver supporting three independent torque presets
Reinforced sheet metal frame with height-adjustable feeder enables universal compatibility for multi-height workpieces
Closed-loop stepper motor with micro-stepping precision enables real-time position compensation, step-loss prevention, and minimized resonance
Integrates a high-performance motion control system with one-touch programming interface
Integrated with Weinview®HMI touchscreen for dynamic visualization of fastening process, enabling real-time monitoring of driver RPM and torque output
Quad-Axis Twin-Station Configuration
Four precision-controlled axes operating on dual workstations
A pneumatic screw tightening machine can independently coordinate positioning for complex fastening tasks
Continuous Alternating Operation
Simultaneous loading/unloading while fastening
Zero idle time between production cycles
Optimized Production Efficiency
40-60% higher throughput vs. single-station systems
Cycle time reduction through parallel processing
