Kingdom advanced Multi-Spindle Pneumatic Robotic Screw Fastening system can improve your assembly productivity featuring dual spindles and dual workstations. Engineered for continuous workflow through seamless alternation between stations, this innovative robotic screw fastening system effectively doubles output compared to single-station machines. Deep learning screw quality control system delivers high-speed, reliable screw fastening using air-blown feeding technology, making it ideal for a wide range of compact electronics and consumer goods, including smartphones, wireless phones, calculators, GPS navigators, audio systems, digital cameras, laptops, tablets, educational devices, small household appliances, and toys.
| Work Envelope | 240*410*90mm （X*Y*Z） |
| Outline dimension | 900*870*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 | 1.0s-1.5s/screw |
| Program capacity | 100 Recipes |
| Power Consumption | 1050W |
| Power supply | 220VAC |
| Air Supply | 5-6KPa |
| Weight | 150Kg |
Pneumatic Screw Feeding. The robotic screw driving system features a pneumatic screw feeding mechanism, ensuring fast and reliable screw delivery for seamless assembly processes.
Smart Servo Driver. Equipped with a robotic screw fastening smart servo driver, the automated screwdriving process delivers precise control and adaptability for various screw types, enhancing operational efficiency.
Reinforced Sheet Metal Frame. The Energy-Efficient Vision Screw Workstation incorporates a reinforced sheet metal frame with a height-adjustable feeder, enabling universal compatibility for multi-height workpieces, ensuring flexibility in production.
Closed-Loop Stepper Motor. With a closed-loop stepper motor and micro-stepping precision, the Digital Twin Screw Process Simulation enables real-time position compensation, step-loss prevention, and minimized resonance for superior accuracy.
High-Performance Motion Control. The AR-Assisted Screw Assembly Interface integrates a high-performance motion control system with a one-touch programming interface, simplifying setup and operation for enhanced productivity.
Weinview® HMI Touchscreen. Integrated with a Weinview® HMI touchscreen, the Industry 4.0 Vision Screw Automation system provides dynamic visualization of the fastening process, enabling real-time monitoring of driver RPM and torque output for precise quality control.
Deep Learning Integration. The Deep Learning Screw Quality Control System ensures comprehensive defect detection and process optimization, making it ideal for high-precision applications in the Desktop Automatic Fastening Screwdriver.
Desktop Compatibility. Designed for versatility, the Desktop Screw Insertion air screwdriver manufacturers offer a compact yet powerful solution, perfect for integrating the desktop automatic screwdriver into various production environments.
