Moritex has chosen Vision 2006 exhibition in Stuttgart (7-9 November) for the international launch of a range of new illumination systems and lenses for machine vision and inspection applications
Technical specialists from Moritex will be on hand to discuss customers applications and to answer questions relating to the company's comprehensive range of light sources, LED illumination systems and ultra compact, high performance machine vision lens.
Vision 2006 will mark the international debut of several new ranges of illumination products.
Available in white, red, green and blue, the new MLNX high power LED system uses a special optical element, Fresnel condensing lens and forced cooling to produce unmatched bright and even line illumination.
For inspection of reflective surfaces, Moritex will launch the NPI series quartz rod line illumination system.
Several new additions to the MG-wave LED lighting range will also be on show.
The new products will include a new edge type backlit LED.
The thin, compact design of the MEBL series LED saves space while still producing even lighting by use of Moritex's proprietary light-guiding diffusion plate.
New high efficiency IR and UV-wavelength MG-wave LED's will be on display.
Moritex has selected Vision 2006 to also introduce several new micro machine lenses (MML).
Moritex says its MMLs are renowned for their high specification and performance.
Offering five times the spatial resolution (1.5-micron) of standard MMLs, high numerical aperture and a long working distance the new SOD-10X high mag telecentric lens provides the perfect machine vision lens for demanding applications such as semiconductor chip and wafer inspection applications.
Moritex will also introduce a new low distortion, high magnification telecentric lens for use with mega pixel cameras.
Moritex MMLs are telecentric lenses, which maintain a constant view angle to the subject.
This is achieved by keeping the optical ray paths parallel to each other.
Lens telecentricity is crucial in machine vision applications such as alignment or gauging where view angle and magnification errors need to be minimised.
