Company Profile | Who we are | Where we are

LaserTech Group Inc. (LTG) is a high technology company with a unique technology base. Our Company's past and present business is the manufacture and marketing of quality laser components and laser systems, CO2 lasers, and trace detection instrumentation. Our customer base is prestigious and international. LTG has also maintained its business in designing custom instrumentation for remote sensing using state of the art diode laser spectroscopy. Over 70% of our staff are dedicated scientists, engineers and technicians with decades of R&D, advanced product development and manufacturing experience. We offer the highest quality components at competitive prices.

LTG has recently announced a family of specialized modules that can easily be incorporated in laser and photo-detector systems. These modules, used as system building blocks, allow the system designers to quickly and cost effectively prototype and deliver, highly reliable products using proven technology. Furthermore, each system can be reconfigured for other applications by "swapping" modules. These modules are used internally by LTG in the design of our state of the art diode laser spectroscopy systems and have applicability in any system that utilizes diode laser and photo-detector circuits. These applications include telecommunications systems, fibre test equipment, spectroscopy systems, measurement systems and biomedical devices.

The LTG sealed CO2 laser models are designed for applications where TEMoo mode beam quality and stability of performance are stringent requirements. These lasers are exceptionally long life, DC excited and of modular design for add-now or later features. The lasers are wavelength tunable and easily convertible to a range of isotopic versions. Isotopic CO2 is available for wavelength coverage from 9.3 to 12.1 micrometers - a unique feature of LTG's CO2 laser products. Guaranteed output powers up to 50 watts are standard. These CO2 lasers are most suitable for precision applications in optical Doppler radar, communications, heterodyne receivers, crystal growing, film deposition, spectroscopy, photo-acoustics, process control, environmental, atmospheric and feasibility research.