Controller |
PID (Microcomputer scans the micro-processing chip) |
Shaking mode |
Orbital |
Shaking speed |
50 to 300 rpm |
Shaking accuracy |
±1 rpm |
Amplitude |
Φ50 mm |
Shaking plate size (L×B) |
840×620 mm |
Program control |
8 segments (user-controlled programs) |
Working environment |
User-specific thermostatic indoor or environment |
Drive mode |
Balancing device with single shaft |
Convection mode |
Natural convection |
Display |
LCD display |
Timing range |
0 to 999.59 h |
Shaking plate quantity |
1 pc |
Security features |
Automatic operation, automatic stop, timing operation, clock display, call recovery, parameter memory |
Safety features |
Independent leakage and over-current protection |
Alarm system |
Overspeed sound/light alarm |
Surveillant timer |
Yes |
Circuit |
Slow-start circuit |
Power-off protection |
Automatic |
Material |
High-quality, high-tensile cold-rolled steel plate, medium plate, channel steel, angle steel, and cast iron |
Power |
150 W; 120 W inverter motor |
Power supply |
AC 200 to 240 V 50/60 Hz |
Dimension (W×D×H) |
900×650×480 mm |
Net weight |
200 kg |
Flask Configuration |
54 pcs of 250 ml flask, 35 pcs 500 ml flask, 24 pcs 1000 ml flask, 6 pcs 5000 ml flask |
- Compact, benchtop single layer orbital shaker
- Advanced high torque motor with unique high precision frequency control system
- PID micro-processing controller, 8 segment self-programming program
- Single-axis drive mechanism, quiet operation, durable
- Unique slow-start circuit and auto power-off protection
- LCD display with simple key operation and easy programming of time and speed
- Safety features: Independent leakage and over-current protection
- Alarm system: Overspeed sound/light alarm
- Surveillant timer, automatic operation, automatic stop, timing operation, clock display, call recovery, parameter memory
- Rust proof design with high-quality, high-tensile cold-rolled steel plate, medium plate, channel steel, angle steel, and cast iron
- Easy-to-use, highly efficient, stable and durable
Orbital shaker is widely used across chemistry, biochemistry, molecular biology, microbiology, environmental and food sciences, clinical diagnostics, and eukaryotic cell culture etc. to agitate and mix samples and solutions in tubes, plates, and flasks.