benchtop shaker with orbital reciprocating motion optional

benchtop shaker

Main Features

1. Multiple oscillation modes: Choose from orbital gyratory, warping, or reciprocating to suit varied experimental needs.
2. LCD display: Backlit screen shows set and real-time parameters for easy monitoring and adjustment.
3. Power failure recovery: Automatically resumes operation after power loss, protecting ongoing experiments.
4. Parameter encryption lock: Secure operating parameters to prevent accidental changes and ensure data accuracy.
5. Parameter storage: Save multiple operating profiles for quick repeat use—streamlines workflow.
6. Timer function: Up to 500 hours, with automatic stop and sound/light alarm at end of run.
7. DC brushless motor: Long life, low noise, and high efficiency for stable, durable performance.
8. Smooth start: Controlled acceleration prevents sample shock at startup—improves safety.
9. Versatile fixtures: Multiple attachment options for various container types and sample fixation.

Advantages

1. Strong stability: Precise control ensures steady operation, minimizing sample disturbance—ideal for high-frequency, long-term use.
2. High efficiency: Brushless motor and design deliver low-noise, uniform amplitude—boosts lab productivity.
3. User-friendly: LCD, timer, and alarms offer intuitive operation and real-time feedback—prevents loss from errors.
4. High reliability: Power failure recovery and encryption locking safeguard experimental data integrity.

Working Principle

The benchtop oscillator uses an internal motor to drive containers in chosen vibration modes. Orbital gyratory for uniform liquid mixing, warping for strong up-down agitation (ideal for dye/decolorization), and reciprocating for precise back-and-forth motion (cell culture, hybridization). These modes ensure consistent sample processing for optimal results.

• Orbital gyratory: Circular mixing—uniform liquid handling.
• Warp plate: Swinging, strong vertical vibration—dyeing/decolorization.
• Reciprocating: Linear oscillation—for precise sample treatment.

Application Fields

1. Electrophoresis gel processing: Fixation, staining, decolorization, developing in molecular biology/cytology.
2. Radioactive developing: Developing/fixing X-ray negatives for clear, even imaging.
3. Cell culture: Uniform shaking for optimal cell growth.
4. Molecular hybridization: Stable environment for repeatable, accurate results.
5. Antigen-antibody reactions: Efficient mixing for immunology.
6. Chemical experiments: Solution mixing, reaction solution treatment, uniform chemical sample processing.