The ACE GmbH SK-L360T Orbital Shaker is a high-performance laboratory mixing instrument designed for precise, stable, and continuous sample agitation. It is widely used in biological, chemical, pharmaceutical, and general laboratory applications where reliable orbital motion and controlled mixing are required.
This model features a maintenance-free DC brushless motor that ensures smooth, low-noise operation with high-speed accuracy and long service life. It supports both timed and continuous operating modes, providing flexibility for different experimental needs. The LCD display offers a clear, functional zoning interface for easy monitoring of speed and time settings.
The SK-L360T is designed with a high-capacity platform system supporting up to 10 kg load, making it suitable for larger sample volumes and multiple container setups. Anti-slip silicone pads ensure stable positioning of containers during operation, while multiple clamp options allow compatibility with various laboratory vessels.
Key Features
- High-precision speed control system
- Timed and continuous operation modes
- LCD display with clear functional zoning
- Maintenance-free DC brushless motor
- Low noise and smooth operation
- Anti-slip silicone platform pads
- Multiple clamp compatibility for different containers
- Stable orbital shaking motion
Specifications
| Parameter | Details |
| Model | SK-L360T |
| Motion Type | Orbital Shaker |
| Platform Type | Universal spring rack platform with adjustable rollers |
| Max Load Capacity | 10 kg (with platform) |
| Speed Range | 40–300 rpm |
| Amplitude | 20 mm |
| Display Mode | LCD |
| Timer Range | 1 min – 99 h 59 min |
| Motor Type | DC Brushless Motor |
| Power | 30 W |
| Power Supply | AC100–240V, 50/60Hz |
| Operation Modes | Timed / Continuous |
| Platform Accessories | Universal spring rack, adjustable rollers |
| Clamp Types | Four types of pallet clamps supported |
Applications
- Cell culture and microbiological studies
- Chemical reagent mixing
- Solubility and reaction studies
- Staining and destaining processes
- General laboratory mixing applications
