Orbital Shaker LBN-SH152 is a Brushless DC motor-driven device integrated with over speed detection and protection system. It is designed with two LCD screens for individual display of time and speed. It is compact in design so that it can be used at the low workspace, having a wide range of platforms it can be used with a variety of vessels.
| Speed Range | 100 to 350 rpm |
| Time Settings Range | 1 min to 19 h 59 min |
| Maximum Load Capacity (With Platform) | 3 kg |
| Orbital Diameter | 20 mm |
| Speed Display | LCD |
| Timer Display | LCD |
| Motor Type | Brushless DC motor |
| Permissible Ambient Temperature and Humidity | 5 to 40 °C, 80 %RH |
| Data Connector | RS232 |
| Power | 20 W |
| Motor Input Power | 16 W |
| Motor Output Power | 10 W |
| Voltage | 100 to 240 V, 50/60 Hz |
| Dimension [W × D × H] | 370×330×110 mm |
| Weight | 8.1 g |
Orbital Shakers are ideal for culturing microbes and can be used for a variety of general-purpose shaking applications in cell culture, bacterial growth, suspension, staining, and washing procedures etc.
Orbital Shakers are ideal for culturing microbes and can be used for a variety of general-purpose shaking applications in cell culture, bacterial growth, suspension, staining, and washing procedures etc.
Orbital Shaker LBN-SH152 is a Brushless DC motor-driven device integrated with over speed detection and protection system. It is designed with two LCD screens for individual display of time and speed. It is compact in design so that it can be used at the low workspace, having a wide range of platforms it can be used with a variety of vessels.
Labnic Rocking Rotating Shaker operates within a speed ranging from 0 to 30 rpm. They combine rocking and rolling actions to deliver efficient mixing of sample solutions. These shakers are equipped with a maintenance-free brushless DC motor, ensuring long-lasting performance. They offer continuous operation for extended experiments requiring consistent and reliable mixing. Our Rocking Rotating Shaker is suitable for a wide range of mixing applications in biochemistry, molecular biology, and histochemistry.
