Non-refrigerated Benchtop Orbital Shaking Incubator BS-3021

1. Space-saving benchtop design for laboratory flexibility.
2. Precise P.I.D. controller ensures accurate environmental control.
3. Easy-to-read LCD display with backlight for clear parameter visibility.
4. Durable SUS304 chamber with a large tempered glass viewing window.
5. Reliable single-shaft 5-dimensions drive technology.
6. Dual shaking modes: orbital and linear (select models).
7. Configurable with or without refrigeration to suit application needs.
8. High capacity, supporting up to 1L or 2L flasks.
9. Wide speed range (30-600 rpm) with adjustable orbit (Φ0-50mm).
10. Comprehensive multi-layer safety and alarm system.
11. Flexible 8-segment curve programming for complex protocols.
12. Eco-friendly R134a CFC-free refrigeration system (on select models).
13. Pneumatic spring for effortless and stable lid operation.
14. Smart power-failure recovery and parameter memory.
15. Reliable AC brushless motor with constant torque.
16. Gentle soft start and acceleration to protect samples.
17. Standard universal spring platform or flask shaking platform included.
18. Optional accessories for enhanced versatility (tube racks, sticky pads).
19. Independent temperature and speed calibration functions.
20. Low maintenance design for reliable long-term operation.

As a core component of sample processing, the laboratory shaker (benchtop/floor-standing) delivers uniform agitation. It accomplishes this by moving sample vessels in a controlled, repetitive manner—typically an orbital path. This mechanical action is crucial for blending components into a uniform mixture, enhancing gas-liquid transfer, and ensuring all portions of a sample experience identical conditions. Therefore, it is integral to standardized protocol execution.

The device works by automating the agitation process to ensure consistency. It eliminates variability from manual handling. Primary types include general-purpose orbital shakers, gentle-action rockers for membranes, and refrigerated incubator shakers for temperature-sensitive protocols. Digital control panels now offer precise setting and real-time monitoring of all critical variables, such as RPM and chamber temperature, directly contributing to experimental repeatability.

These instruments are used in a multitude of procedures. They are essential for bacterial culture expansion prior to plasmid isolation. They facilitate chemical reactions by improving reactant mixing. In histology, they are used for decalcification and staining processes. Salient characteristics frequently include a high-torque motor capable of handling unbalanced loads, an easy-to-clean stainless steel or coated platform, and compliance with international electrical safety standards (e.g., CE, UL).