The ACE GmbH SK-L270T Linear Shaker is a high-precision laboratory mixing instrument designed for stable, uniform, and low-energy sample agitation. It is widely used in biological, chemical, and general laboratory applications where controlled linear motion mixing is required.
This model features a maintenance-free DC brushless motor that ensures smooth, quiet, and reliable operation with high speed accuracy. The shaker supports both timed and continuous operating modes, providing flexibility for different experimental requirements. The LCD display offers a clear and intuitive interface with functional zoning for easy parameter monitoring and adjustment.
The SK-L270T is equipped with a stable platform system and anti-slip silicone pads to prevent container movement during operation. It supports multiple clamp types and is compatible with common laboratory containers such as culture dishes, flasks, beakers, and conical flasks.
Key Features
- Linear shaking motion with stable performance
- LCD display with intuitive functional layout
- Timed and continuous operation modes
- Maintenance-free DC brushless motor
- Low noise and high-speed precision operation
- Anti-slip silicone platform pads
- Compatible with multiple clamp accessories
- Suitable for various laboratory containers
Specifications
| Parameter | Details |
| Model | SK-L270T |
| Motion Type | Linear Shaker |
| Platform Type | 270-type platform with adjustable rollers |
| Max Load Capacity | 2 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 platform, adjustable rollers |
| Clamp Types | Four types of pallet clamps supported |
Applications
- Cell culture and microbiology
- Mixing reagents and buffers
- Culture dishes and flask agitation
- Chemical and biological sample preparation
- General laboratory research
