The shell of the fuselage is made of one-time molding composite material to ensure good thermal insulation performance and will not generate static electricity.
After an accidental power failure, the shaker will memorize the user's set parameters, and automatically start according to the set parameters after a power call. During work, users can open the hatch at any time, and the shaker will automatically suspend work.
The placement method is flexible, it can be used on the floor or on the table in a single layer, and it can also be used in double or triple layers.
Humanized design, integrated control mode, each layer of incubator after stacking can be controlled independently, and can also operate and control the three-layer shaker on any one of the layers at the same time.
Pull-down, load-bearing incubator door, the incubator door can carry a weight >35kg, and can be used directly as an operating table.
The parts sensitive to water or mist are placed outside the box, and the whole machine is waterproof and can be cleaned with water.
Adhesive pallet: Erlenmeyer flasks, test tube racks, etc. can be fixed directly on the pallet (no clamps required).
Excellent temperature control Temperature range: room temperature +5~60°C or 4~60°C; temperature stability is ±0.1°C; temperature field uniformity is ±0.2°C
Dynamically balanced drive system, the oscillation speed range is 20~400rpm, and the control accuracy is 1rpm.
Volume: 240l; Dimensions: 1070x860x550mm.
High loading capacity, can carry 48 250ml or 6 5000ml, saving laboratory space and improving the "unit space efficiency ratio".
It can be used in three layers, and can be controlled centrally, or it can be used independently in a single layer, which saves more experimental space.
Three-layer overlay size: 1070 x 860 x 1710 (including base).