Lasermech Articulated Arms

Laser Mechanisms Articulated Arms are engineered to provide controlled and flexible laser beam delivery where precise routing and freedom of movement are required.

The articulated structure allows the arm to follow complex machine geometries and provide access to areas that can be difficult to reach with conventional fixed beam delivery arrangements. The beam remains enclosed within the arm, supporting a controlled internal environment and helping protect the optical path from external contamination.

A constant beam path distance helps maintain a consistent beam size at the output as the arm is repositioned. This can be particularly valuable in applications where maintaining predictable beam characteristics throughout the working area is important.

The arm can also act as a flexible link between the laser source and a moving processing system. This reduces the mechanical constraints associated with rigid beam delivery and can simplify integration with robots, cutters and other motion systems.

Laser Mechanisms offers configurations with different arm lengths, joint arrangements and apertures to match individual application requirements. Depending on the selected model, the range supports laser power ratings up to 8 kW, clear apertures from 15 to 50 mm, optional water cooling and wavelengths across the laser spectrum

Laser accessories

Specification Details
Product type Articulated laser beam delivery arm
Power rating Up to 8 kW*
Clear apertures 15, 19, 35 and 50 mm
Wavelengths All*
Water cooling Optional*
Maximum tube length Up to 2.5 m*
Angular bias <0.7 mrad*
Beam centre deviation <0.5 mm*
Operating temperature -50°C to +55°C
Configuration Length, joints and aperture configurable
*Note Specifications depend on model selected and do not apply to all arms.

Laser Mechanisms Articulated Arms can be integrated into systems where flexible beam delivery and access to complex processing areas are required.

  • Laser cutting systems
  • Robotic laser processing
  • Flatbed laser cutting systems
  • Industrial material processing
  • Laser welding and joining systems
  • Laser drilling and machining
  • Laser marking and surface processing
  • Medical laser systems
  • Military and defence laser systems
  • Applications requiring access to complex or difficult-to-reach areas