Chemlab brings the ultra-high-tech Triple walled Microprocessor controlled, solid-state Orbital Shaking Incubator down to earth.Specially designed for Orbital Shaking under controlled Incubation / Temperature required for Tissue Cultures Fermentation Studies, & Ageing Tests., Life science applications & growth studies
- Robust construction outer chamber is made of Mild Steel duly pre treated & finished with powder coated paint for lasting finish. -Inner chamber made of STAINLESS STEEL SHEET (304 Grade). -Fitted with durable coaxial blower for forced air circulation at triple walled back to maintain temperature uniformity in the chamber. -Outer front double walled door is insulated and is fitted with magnetic tape for air tight closing for no temperature loss, provided with lock and key arrangement. -Fitted with Universal Platform to accommodate interchangeable clamps of assorted sizes for different capacity of flasks.. -Stationery shelves made of Stainless Steel (SS-304) for use of the unit as a standard B.O.D. Incubator, can be supplied at extra cost.. -Door operated illumination lamp is fitted inside the chamber for easy visibility. -A full view inner plexi-glass door enables inspection and monitoring of inner chamber specimens without disturbing the process temperature. -High grade PUF INSULATION between outer and inner chamber for minimal thermal losses. -Cooling is done by finned tube evaporator lie in the air circulation path by ISI marked Compressor/Condensing Units CFC free & R-134 a eco friendly refrigerant. -Heating elements are placed in the path of moving air duly insulated from the body. -Control panel having all controls and circuitry are housed at the top fitted with Temperature controller cum Indicator Microprocessor based with LED display for Set Value (SV) & Process Value --(PV) to select any desired temperature provided with Volt meter on the panel to read the incoming voltage. -Caster wheel mounted for easy portability
Usable Space in MM
600 X 600 X 600
8 cu. Ft(230lt. approx.)
5°C to 60°C (Resolution 0.1°C)
By Microprocessor Based PID Digital Temperature Indicator cum Controller.