Product Description
Jeio Tech CBS-350 Heating Block Shaker is a compact, high-performance unit that combines precise temperature control with efficient shaking for small-volume sample processing. Designed for use with interchangeable aluminum blocks, the CBS-350 accommodates a wide range of tube sizes, making it ideal for applications such as enzyme reactions, DNA/RNA extraction, protein denaturation, and sample incubation.
With a broad temperature range and uniform heat distribution, the CBS-350 ensures consistent and reliable results. Its orbital shaking function enhances mixing efficiency while maintaining gentle agitation to protect sensitive samples. The intuitive digital control panel allows easy programming of time, temperature, and shaking speed for optimized experimental conditions.
Compact, versatile, and user-friendly, the CBS-350 is an excellent choice for molecular biology, clinical diagnostics, and pharmaceutical laboratories requiring accurate and reproducible heating and mixing performance.
Features
Features 1
- Structural Functional Features
Features 2
- Three specialized interval mix programs are provided.
- (45/55/65°C & 1,000rpm, 1 minute operation/stop)
- 10-step temperature and shaking control set.
- Program can be set to 99 repetitions or infinite repetitions.
- Optimal heat transfer is achieved by the tight coupling design of the main body.
- Compact design makes it easy to move and use space.
- Polypropylene (PP) material with excellent chemical resistance.
- Improved durability with integrated shaking module.
- (registration: 10-1429256)
- Aluminum block with excellent thermal conductivity and block cover (option) made of polypropylene.
- Use Convenience Features
Features 3
- The temperature can be set accurately in units of 0.1°C.
- Feedback control enables precise temperature control.
- Calibration function minimizes temperature difference.
- Protecting the sample by starting with soft shaking.
- Easy to operate with clear VFD display, touch keys and control knobs.
- Provides operating elapsed time check.
- Count-down timer provided.
- (up to 99 hours and 59 minutes)
- Outstanding Safety
Features 4
- Structure with minimal inflow of reagent or sample.
- Convenient and safe operation by notifying the status of heating condition.
- Overheating temperature prevention function.
- (heating panel, control unit)
- Over-current prevention function.
Specifications
| Specification | Value |
|---|---|
| Temperature | |
| Range (°C / °F) | Amb. +5 ~ 100 / Amb. +41 ~ 212 |
| Fluctuation at 80°C (±°C / ±°F) | 0.3 / 32.54 |
| Variation at 80°C (±°C / ±°F) | 0.7 / 33.26 |
| Display | Up to 100°C, 0.1°C resolution |
| Control | Feedback control |
| Shaking System | |
| Motion type | Orbital |
| Speed range (rpm) | |
| 96-well tube block 150 to 1500 | |
| 0.5ml tube block 150 to 1000 | |
| 1.5ml/2.0ml tube block 150 to 1000 | |
| 15ml tube block 150 to 900 | |
| Ø12 tube block 150 to 850 | |
| Ø13 tube block 150 to 850 | |
| 50ml tube block 150 to 800 | |
| Amplitude, Orbital size (mm, dia.) | 2 |
| Timer 1min to 99hr 59min | |
| Safety device Over temperature protection, Over current protection | |
| Material | |
| Body PP, Powder coated steel | |
| Cover PP | |
| Block Black hard anodized Aluminum | |
| Dimensions | |
| Exterior (W x D x H, mm / inch) | 249 x 325 x 120 / 9.8 x 12.79 x 4.72 |
| Net weight (kg / lbs) | 8.25 / 18.19 |
| Electrical requirements (120V, 60Hz, A) | 3.4 |
Application
Heating block shakers are multifunctional instruments that combine precise temperature control with gentle to vigorous shaking, making them ideal for small-volume sample processing. Widely used in molecular biology, clinical diagnostics, and pharmaceutical labs, these devices support applications such as DNA/RNA extraction, enzyme reactions, sample incubation, protein denaturation, and cell lysis. Their interchangeable blocks accommodate various tube sizes—such as microcentrifuge tubes, PCR tubes, and vials—allowing flexible and efficient heating and mixing. Heating block shakers are particularly valued for their accuracy, compact footprint, and suitability for temperature-critical workflows.





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