LIMO shapes light and makes it usable for industry and science with precision optical components, optical systems and industrial laser systems. Waferbased production of optical components on various substrate sizes up to 300 mm x 300 mm.
LIMO lasers are used for welding of plastics as well as in many other manufacturing processes (e.g. annealing, tempering or soldering).Benefits of LIMO's industrial laser systems...
With over 15 years of experience, LIMO is well-versed in building compact and efficient high-performance diode lasers for following applications: - for welding applications of...
The Activation Line IR systems allow processing of surfaces and materials so that the electrical, mechanical and/or optical properties of functional layers can be activated, optimized...
LIMO produces high-precision microlens arrays and beam shaping systems including integrated and adjusted multiple optical components. These systems can be easily combined with...
LIMO's portfolio of optical components:- waferbased production of micro-optics for all laser and light sources (e.g., for high-power diode lasers: single emitters, bars and stacks...
Laser technology enables surface functionalization that greatly improves material properties and enables new applications, and the laser systems developed for such applications...
Laser diodes are efficient, narrowband, bright, and long-life, making them the ideal laser-pump source, and can be made to produce extremely high optical powers.
A high-power beam transformation system (BTS) is produced from fused silica with minimal oxygen-hydrogen bonds for use in high-performance laser systems.
A high-power beam transformation system (BTS) is produced from fused silica with minimal oxygen-hydrogen bonds for use in high-performance laser systems with outputs over 10 kW...
A new diffractive beamsplitter has a continuous profile and avoids the appearance of undesirable ghost beam effects, resulting in a diffractive efficiency of 95–97%.
The FQ-Series medical laser from LIMO with a 1470 nm wavelength offers a parallel wavelength of 980, 940 or 810 nm, making higher absorption possible in water and hemoglobin.
The LIMO120-F400-SL808-103 120 W fiber-coupled industrial laser system, combined with the IOS00019x-series processing head, generates a homogeneously illuminated field under a...
L3 LIMO Line Lasers are based on process-optimized beam shapes and allow the selection of an optimum process window for scaling the system to the industrial production level.
Simple techniques for efficiently matching laser beams to optical fibers and waveguides are key to the development of optoelectronic and laser products.
