Electric Handling Modules

Festo Electric Handling Modules

Electric handling modules are ready-to-install motion systems that integrate motor drive, linear or rotary mechanics, guides and control interfaces into a compact module. They are designed to address handling tasks with high precision, fast cycle times, reduced wiring, and straightforward system integration.

These modules enable machine builders to implement handling motions—such as linear traverse, swivel, pick-and-place or rotary lift—with minimal setup and simplified commissioning. They support motion control interfaces, servo compatibility and are ideal where standardized pneumatic modules no longer meet the demand for precision or automation flexibility.

⭐ Important: These modules offer complete motion units, combining drive, guidance and mechanics into one package—giving faster installation, higher repeatability, and reduced engineering effort.

Design & Functionality

• Each module integrates: a servo or stepper motor; high-rigidity guide or linear profile; motion conversion mechanism (belt, screw, rack-and-pinion); and mounting interface for end-effector or tooling.
• Core design features include:
  • Plug-and-play mechanics: Built-in drive and guide reduce component count and simplify installation.
  • High repeatability and rigidity, e.g., position accuracy down to ±0.02 mm in some modules. 
  • Flexible motion types: linear, swivel, rotary lift or combination.
  • Compact installation and modular mounting for different axes and configurations.
• Because the unit is pre-assembled and tested, commissioning is faster and engineering time is reduced significantly.

Total Crossed Beams

(Adapted concept: full motion coverage and integrated mechanics)

• The module mechanically covers the full motion axis (linear or rotary) with built-in guide system, ensuring complete motion range and supporting the full dynamic load.
• This results in reliable motion coverage, high cycle capability, and consistency across the travel path.

Beam Pitch Options

(Translated as module size series, stroke/diver-motion range, and mounting variants)

• Size classes vary (e.g., size 10, size 12) with different motion ranges and load capacities. 
• Typical motion ranges: linear strokes (e.g., ~90–175 mm), swivel angles (~80–100°) in some handling modules. 
• Load capacities and torque ratings depend on module size and motion type — engineers can select module size based on payload, cycle speed and axis layout.
  ⭐ Important: The modular sizing and motion variants provide flexibility for configurations from small high-speed axes to larger linear gantry systems.

Intrinsic Synchronism

• The drive motor and guide system are factory-fitted and synchronised mechanically, eliminating mismatch between drive and carriage.
• This ensures consistent cycle performance, minimal calibration, and reliable long-term service in dynamic automation environments.

Operational Advantages

• Pre-assembled, ready-to-install units reduce assembly time and engineering cost.
• High precision motion control suitable for automated handling, assembly, packaging tasks.
• Reduced cabling and integration overhead compared with bespoke motion solutions.
• Modular design allows standardization across machine lines and simplified maintenance.
• Applications: Pick-and-place axes, transfer systems, gantries, rotary indexing, parts handling in packaging and assembly lines.