Refrigerated Linear Shaking Incubator HS-4022D

Refrigerated Linear Shaking Incubator HS-4022D

Main Features

1. Sophisticated 8-segment programming for complex experimental designs
2. High-precision environmental control with dual parameter display
3. Advanced data management through parameter storage and recall
4. Enhanced visibility with dual-lighting and large viewing area
5. Versatile shaking platform supports multiple sample formats
6. Reliable CFC-free refrigeration maintains stable temperatures
7. Intelligent motor control ensures consistent shaking performance
8. Comprehensive electrical protection safeguards equipment
9. Automatic safety responses to operational abnormalities
10. Flexible configuration through extensive optional accessories
11. Precision calibration maintains long-term accuracy
12. User access control through programmable interfaces
13. Energy-efficient operation reduces laboratory costs
14. Durable construction withstands demanding laboratory use
15. Scalable design accommodates future expansion needs

Technical Data

Introduction about laboratory shaker

As an instrument for automated mixing, the laboratory shaker (benchtop or floor-standing) performs the essential task of agitating samples in various containers. Through controlled orbital or linear motion, it creates homogeneous solutions, promotes gas exchange in liquid cultures, and keeps particulate matter evenly distributed. This function is indispensable for the accuracy and reproducibility of work across life sciences, chemistry, and clinical analysis.

The operational premise is the creation of consistent dynamic conditions. By automating agitation, the instrument removes human variability. Primary types include the orbital shaker for general use, the rocker for gentle processing of blots or slides, and the incubator shaker for combined thermal and mechanical control. The incorporation of microprocessor controls has been transformative, enabling precise digital setting, memory storage, and real-time monitoring of speed, time, and temperature parameters.

Its applications are diverse. It is used for fermenting yeast cultures in brewing research. It assists in the dissolution testing of pharmaceutical solid dosage forms. In immunoassay development, it ensures consistent antigen-antibody binding by providing gentle agitation. Salient characteristics frequently encompass a wide and stable speed range, a durable brushed or brushless motor designed for long service life, and an easy-to-clean design with minimal crevices where contaminants can accumulate.