Laserpoint has accumulated over the years a great expertise in developing innovative processes in the field of laser micromachining, born from the close cooperation with customers in a broad spectrum of industrial sectors. Microdrilling, microcutting, microwelding of metals, semiconductors, dielectrics, glass, plastic materials.

Fiber-coupled modules provide access  to all sensoric options. Based on conduction-cooled, single bar fiber-coupled or conduction-cooled, multi-bar fiber-coupled diode laser modules, the compact, cost-effective packaging design and steady fiber attachments are available in a wide range of output powers and wavelengths.

Jenoptik offers a variety of horizontal diode laser modules from two through thirteen bars in a horizontal line with wavelengths in CW or QCW operations. These extremely powerful arrays can be arranged in either a side-by-side arrangement or any other custom pattern in order to deliver maximum power   density needed for side pumping of solid-state laser applications.

Operating conditions can be CW  or QCW for the water-cooled, uncollimated (EN) and water-cooled, fast-axis collimated (EY) types and CW for the both axis collimated (EB) type.

Jenoptik is now delivering a new conduction-cooled, multi-bar module with a homogeneous top hat optical beam profile, capable of handling up to 500W output in standard wavelengths.

Jenoptik offers the widest range of conduction-cooled single bar configurations in the market. Choose CW  or QCW operations in a range of beam heights, sealed and compact housings with wavelengths from 630nm to 2200nm.

JDSU is leading the commercial laser industry's transition to "telecom-grade" diode laser products. Our diverse portfolio of near-infrared diode lasers offers predictable reliability with at least 100,000 hours mean time before failure (MTBF) while delivering high brightness at competitive price points.

JDSU direct-diode laser products provide up to 180 watts output with 400 µm or 600 µm fiber delivery. The multi-mode output offers a top-hat beam profile of unprecedented quality—ideal for plastics welding, selective soldering, and heat-treating applications.

ALIO’s XY monolithic True Nano™ motion systems performance is unequaled for 6-D Nano Precision™. With nanometer straightness and flatness you can be assured that your point precision is True Nano™.

ALIO Industries offers significant value added by customizing our core technology to fit our OEM customer’s needs as well as pushing the envelope for new world nano-precision applications. ALIO’s on-going focus on exceeding OEM requirements helps our customers become leaders in their industry.

ALIO Industries has developed TRUE NANO™ precision rotary stages to meet and exceed today’s demand for high precision rotary motion. Our line of rotary stages continues to expand as we are willing to work with our customers to provide solutions that meet all their needs.

ALIO Industries’ Z-Lift motion platforms were created to replace the inaccuracies of the ever present Z-Wedge vertical stages as well as reduce the footprint and improve performance of linear stages mounted in the vertical orientation. Every component in a motion stage adds to the total error. Since Z-wedges have a minimum of three machined components with complex angles, three sets of bearings, a motor via a coupling and an encoder, the result is a very inaccurate stage. ALIO answers this with a family of very high accuracy, high repeatable vertical stages.

The PLECTER industrial picosecond laser is a 80MHz quasi-CW laser offering a high level of power and beam pointing stability. The laser offers more than 10W of TEM00 power at 1064nm or 5W at 532nm; partial conversion to SHG can be specified.

Laserpoint produces systems for laser power and energy measurement, based on thermopile technology; Laserpoint holds several important patents on the topic. The products developed in this area are oriented to the industrial sector, being frequently the result of specific cooperative developments with industrial partners.

Laser Scanhead building blocks: Smart Detectors. Inspired by the flexible use of servos in radio controlled model aeroplanes, Newson designed an adaptable scan solution for laser beam steering. The keystone is the Smart Deflector.