Scanners

RAYLASE Products

2-Axis Laser Beam Deflection Units
RAYLASE provides a selection of 2-axis units suitable for various applications starting from the low cost, RL & RLAs to the precise TURBOSCAN, compact MINISCAN and extremely fast SUPERSCAN, SUPERSCAN-SC and the water tempered SUPERSCAN-LD. All these products set industry standards with low drift values and are sold with a combination of lenses.

3-Axis Laser Beam Subsystems
Indisputably the best solution by far for large field processing with small spot diameters. These robust units combine speed and flexibility with working fields of up to 1,500x1,500 mm². Available in individual modules, the AXIALSCAN and FOCUSSHIFTER are equipped with innovative RAYLASE technology.
 
Electronics
Control card interfaces, master/slave, MOTF
RAYLASE incorporates industry-leading know-how and R & D to deliver precise state of the art electronics focused on satisfying customers' application requirements. In addition to innovative electronic components built into the deflection units and power control devices, the RAYLASE electronics portfolio consists of intelligent control cards to drive the deflection units. These also function as an interface between software and mechanical systems with the capacity to control external machines.

RAYLASE Software

RAYLASE produces two software suites, the low cost RLScribe for simple job shop applications and the advanced weldMARK® professional package for more complex laser marking and material processing such as cutting, drilling, coding, perforating and many other laser scanning applications. All software licences are available for single or multiple users with a basic support package included. weldMARK® – Sophisticated marking & material processing software suite RLScribe – Cost effective software for simple job shop applications

Subsystems

Power control & laser power stabilisation devices for CO2 lasers RAYLASE developed its patented PCD technology to resolve the issues of power instabilities with CO2 lasers, which is a limiting factor for certain applications. External optical control and stabilisation of CO2 laser power using the patented PCD method enables precision laser processing of stationary or moving materials such as paper, cardboard, plastic films and other forms with CO2 lasers.
Previously these applications frequently failed due to laser power fluctuations or insufficient control of laser power in terms of the deflection unit's processing speed. Consequences included over processing of material and/or damage to the base material in the corners of the cutting geometry.