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PSU-20i Multi-functional Circular Oscillating Shaker
PSU-20i Multi-functional Circular Oscillating Shaker
The PSU-20i Multi-function Circular Oscillating Shaker is a powerful, precise and digitally controlled shaker that meets all requirements for sample homogenization. The PSU-20i combines three different modes, including normal rotation mode, reciprocating mode, and vibration mode, to realize full homogenization of samples in flasks, beakers, and petri dishes. Removable platform and optional multi-layer platform are available for more efficient oscillation.
Oscillation rate: 25 ~ 250 rpm
Quiet operation and low energy consumption
Maximum load 8kg
Circumferential oscillation, set orbit, reciprocal,
Vibration mode in one
Rotation Angle for Repeat Mode: 0 ~ 360º, 30º/position;
Oscillation Mode Angle: 0 ~ 5º, 1º/file
2-line LCD display.
Clearly displays the set and actual values of oscillation time.
6 interchangeable platforms with optional multi-level platforms
Accommodates multiple microplates, petri dishes and culture bags
Programmable.
Multiple oscillation modes in the same program
Push-button operation, easy to activate, simple to operate.
- Technical Parameters
Dimensions (H x D x W) | 130 x 410 x 410 mm |
Temperature Range | 4 to 40°C |
Maximum Load | 8 kg |
Track Diameter | 20 mm |
Speed (depending on load) | 20 to 250 rpm |
Angle (Countdown Mode) | 0 to 360° |
Angle (Vibration Mode) | 0 to 5° |
showcase | 2-line 16-character LCD display |
Timer with auto shut-off function | 1 minute to 96 hours |
Sports timer (track/reciprocal mode) | 0 to 250 seconds |
Motion Timer (Vibration Mode) | 0 to 5 seconds |
External Power Supply | Input AC 120-230V, 50/60Hz Output DC 12V |
energy consumption | 40W (3.2A) |
Input Voltage | 12V DC |
weights | 11.7 kg |
Biomedical/Biopharmaceutical Laboratory
Cell culture, extraction and dissolution of slow reacting products, extraction of mineral oils from soil, tissue extraction for analytical diagnostics, deoxygenation of biodegradable materials and samples, shaking of closed containers for dialysis, bacterial growth