Deprag Feed Module (DFM)
The DEPRAG Feed Module (DFM) is an advanced screwdriving system with automatic feed, designed for high-efficiency assembly tasks. Compact and lightweight, it supports both manual and stationary applications and is ideal for integration with lightweight robots.
Overview
The DEPRAG Feed Module (DFM) offers a fully integrated screwdriving solution that ensures ergonomic handling, optimized productivity, and process reliability. With automatic fastener feeding and a built-in bit stroke system, it provides constant pressure during operations, resulting in accurate screw connections. Its tool-free maintenance and compatibility with both electronic and pneumatic drives make it versatile and easy to operate. Suitable for horizontal or vertical applications, the DFM reduces operator fatigue while delivering fast cycle times—ideal for modern automated and semi-automated production environments.
Features
- Ergonomic Handling: Fatigue-free use through integrated bit stroke and lightweight design
- Integrated Screwfeeding: Automatic feeding of screws ensures seamless operations
- High Process Reliability: Constant pressure force and automatic data documentation
- Optimized Performance: Fast positioning and reduced cycle times for improved productivity
- Flexible Use: Compatible with electronic or pneumatic screwdrivers; suitable for both manual and robotic setups
- Integrated Controller: Built-in sequence control system—no external PLC required
- Maintenance Friendly: Quick tool-free change of bit and positioning sleeve
- Lightweight Robot Support: Compact, low-weight design ideal for collaborative robots
Specifications
- Application Type: Manual and stationary screwdriving
- Feed Type: Automatic screw feed
- Drive Compatibility: Works with electronic and pneumatic drives
- Controller: Integrated sequence controller via feeding system
- Mounting Orientation: Supports both horizontal and vertical screwdriving
- Stroke System: Integrated bit and lock stroke for optimal screw positioning
- Robot Compatibility: Suitable for use with lightweight/collaborative robots
- Maintenance: Quick-change system—no tools required
- Cycle Optimization: Reduced cycle time with efficient screw presentation