Fully-automatic screwing unit eRAPID
electriccomputer-controlledfor screw assembly

Fully-automatic screwing unit - eRAPID - Desoutter Industrial Tools - electric / computer-controlled / for screw assembly
Fully-automatic screwing unit - eRAPID - Desoutter Industrial Tools - electric / computer-controlled / for screw assembly
Fully-automatic screwing unit - eRAPID - Desoutter Industrial Tools - electric / computer-controlled / for screw assembly - image - 2
Fully-automatic screwing unit - eRAPID - Desoutter Industrial Tools - electric / computer-controlled / for screw assembly - image - 3
Fully-automatic screwing unit - eRAPID - Desoutter Industrial Tools - electric / computer-controlled / for screw assembly - image - 4
Fully-automatic screwing unit - eRAPID - Desoutter Industrial Tools - electric / computer-controlled / for screw assembly - image - 5
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Characteristics

Operating mode
fully-automatic, electric, computer-controlled
Applications
for screw assembly
Power supply
electric
Other characteristics
with automatic feed, integrated module, programmable

Description

Overview
eRAPID is a fully electric screw-feeding and tightening module designed to replace pneumatic feeders in automated assembly. It combines a compact, integrated form factor with real-time data capture and selectable tightening modes to support precision assembly and Industry 4.0 integration.

Key benefits
  • Electric drive for simplified integration and reduced reliance on compressed air
  • Shorter cycle times and higher productivity compared with pneumatic solutions
  • Real-time data capture and tracking to support quality control and traceability
  • Energy-efficient operation (page claims indicate significant energy savings vs pneumatic solutions)
  • Easy setup and programming via an intuitive Web UI
  • Compatibility with robots, cobots and linear axes for automated lines


Main features
  • Compact integrated design with standardized modules and single-side connections
  • Smooth, ultra-precise motion: real-time depth measurement and smart thrust control
  • Smart Stroke with unlimited programmable tightening positions and multi-stage speed control
  • Patented ScrewManager for continuous screw handling (one screw ready while another is tightened)
  • Floating head to ensure alignment and protect product surfaces
  • Web-based UI for intuitive configuration and diagnostics


Key figures
  • Screw compatibility: M3 – M6
  • Maximum torque: 12 Nm
  • Typical cycle time: < 3 s
  • Weight (module, tool not included): 3.5 kg
  • Energy savings (page claims): ~50% vs traditional RAPID / up to 52% vs pneumatic systems (page sections also reference up to 70% in some claims)


Operational & integration notes
  • Designed for precision assembly tasks with selectable Speed and Thrust tightening modes
  • Captures process data to support ISO-compliant traceability and analytics
  • Single-face connections simplify installation, maintenance and integration
  • Compatible with common controllers and the Desoutter ecosystem (e.g., AXON controller)


Claims & environmental data
  • Estimated unit carbon footprint cited on the page: 2,661 kgCO₂e (page-provided figure)
  • Multiple energy-efficiency statements appear on the product page (approx. 50% / 52% / up to 70% lower energy versus pneumatic solutions depending on section)


Technical specifications
  • Model: eRAPID
  • Brand: Desoutter
  • Screw sizes: M3 – M6
  • Max. torque: 12 Nm
  • Cycle time: < 3 s (typical)
  • Module weight: 3.5 kg (without tool)
  • Drive: fully electric
  • Tightening modes: Speed and Thrust
  • Motion controls: real-time depth measurement, smart thrust control, multi-stage speed control
  • Workflow: ScrewManager for continuous operation
  • Interface: Web UI for setup and monitoring
  • Integration: robots, cobots, linear axes; single-side connections

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.