Description
Mattson-Garvin Model 200 Agar Vacuum Air Sampler with Rotating Media Platform This sampler may have small cracks in the clear cover but still produces a vacuum. All other function tests USED - GOOD. Please contact us with any questions! 60 Minute Rotation Cycle Indoor Air Quality Testing Pharmaceutical Manufacturing Food Processing Plants Filter & Clean Room Efficiency Studies Animal Care Laboratories Specialty Laboratory Testing Environmental Testing Built-in vacuum pump On/Off toggle switch with lighted On indicator. Transparent Lexan leak tight sample chamber Digital display programmable timer 120 Volt AC, 60 Hz
This Mattson-Garvin Model 220 Microbiological Rotating Media Slit to Agar Air Sampler has motor setup for 60 minute cycles. The design philosophy of the M/G Sampler is based upon drawing air through a 0.152mm slit at 1-cubic foot/minute and impinging the particles contained therein upon an agar surface 2-3mm below the slit. The agar is contained in a commercially available 150mm x 15mm disposable culture plate which is rotated by a synchronous drive motor. The rate of rotation can be varied by the interchangeable drive motors. After sampling, the plate is incubated and the colonies counted. This count reflects the number of airborne particles carrying viable organisms. No dilution or plating steps are required. Results are expressed as viable particles per unit of air and a time-concentration relationship may be determined.
View AllClose
This Mattson-Garvin Model 220 Microbiological Rotating Media Slit to Agar Air Sampler has motor setup for 60 minute cycles. The design philosophy of the M/G Sampler is based upon drawing air through a 0.152mm slit at 1-cubic foot/minute and impinging the particles contained therein upon an agar surface 2-3mm below the slit. The agar is contained in a commercially available 150mm x 15mm disposable culture plate which is rotated by a synchronous drive motor. The rate of rotation can be varied by the interchangeable drive motors. After sampling, the plate is incubated and the colonies counted. This count reflects the number of airborne particles carrying viable organisms. No dilution or plating steps are required. Results are expressed as viable particles per unit of air and a time-concentration relationship may be determined.
