User friendly menu and comprehensive display for easy unit operation and maintenance.

• Exposure Time Set 0.5-99999.9sec
• Shutter Activation open/close
• Filter position
• Light Intensity Adjustment

*All of those features can be controled remotely by using RS232C.

300W xenon lamp cartridge is assembled with the in-house coating reflector mirror, 300W xenon lamp and heat sink, which the most effective illumination is already considered by ASAHI SPECTRA optical team. Easy to replace the lamp as it is cartridge type.

You can select one mirror module from 2 types (UV or VIS). Both mirror modules are designed for high transmittance in the selected wavelength and long blocking range outside of it. ASAHI SPECTRA proprietary mirror module surely brings you the best solution for the heat problem.

Circular variable ND filter allows to adjust the light intensity from 100% to 5%. You can easily set the desirable percentage with the digital panel of the main unit just by pressing UP and DOWN buttons.

Filter wheel can hold 8 filters (25mm dia. & thickness less than 6mm). You can select the filters from our optical filters page to fit your special application.

The illuminated light is delivered to the illuminated area by the original light guide. We provide single legged light guides as well as multi-legged types for your various needs.

Fused Silica Guide
Core Dia:190µm dia.
Numerical Aperture:0.2
Operating Temp:<500°C
Hybrid Guide
Core Dia:50µm dia.
Numerical Aperture:0.57
Operating Temp:<350°C

Collimating lense reduces the divergence of light from the light guide and provide uniform light output. It is suitable for directional backlighting which requires clear silhouette of an object.

Asahi Spectra produces many varieties of precise optical filters to help modification of spectrul output. You can select the filters from our optical filters page to fit your special application.

Standard
260-900nm / FWHM 10nm
Wide
420-740nm / FWHM
Semi-Custom

Asahi Spectra bandpass filters are available for use with the MAX-302. They allow users to tailor the spectral through put of the system to suit wide variety of applications more precisely while eliminating unwanted energy.