Atlas Copco Launches Highefficiency Screw Feeders for Manufacturing

Manufacturers across industries face persistent challenges in achieving optimal production output. In handheld applications, operator ergonomic requirements have become increasingly critical to ensure worker health and safety. Simultaneously, maintaining high product quality standards remains fundamental to business success. For fully automated stations, equipment reliability issues often lead to extended downtime, significantly impacting overall productivity.

Modern assembly solutions address these challenges through several key approaches:

• Cycle Time Reduction: Optimizing fastening processes by eliminating unnecessary handling tasks and implementing advanced feeding technologies.
• System Reliability: Ensuring continuous high-volume output through robust equipment design and predictive maintenance capabilities.
• Ergonomic Optimization: Combining human factors engineering with productivity-enhancing tools for both semi-automatic and fully automatic operations.

The SF36 series stepper feeders represent a significant advancement in screw feeding technology. These systems feature:

• Patented vertical wall design that reduces vibration and component wear
• Plug-and-play sorting units for simplified maintenance
• 3-liter capacity hoppers holding approximately 7,000-8,000 M4x8 screws
• Smart sensor technology that alerts operators before material depletion

Compared to traditional vibratory bowls, these feeders demonstrate superior performance in noise reduction and screw surface protection.

Designed for high-speed production environments, the HTM32 series offers:

• Pneumatic dual-stroke mechanism for faster operation
• Omnidirectional tightening capability with adjustable intermediate stops
• Quick-change bit system for minimal downtime during maintenance

For fully automated applications requiring maximum speed, the FTM32 series provides:

• Rotary arm feeding concept for continuous operation
• Cycle times under 1.5 seconds per fastening
• Integrated pneumatic piston design for compact multi-spindle configurations

These feeding systems integrate seamlessly with modern manufacturing platforms, offering comprehensive data collection and analysis capabilities. The complete solution includes:

• Configurable controller settings
• Fastening data monitoring
• Quality assurance management
• Operator guidance systems

The technology represents a significant step toward truly connected smart assembly systems in industrial manufacturing environments.