The Constant Temperature Microplate Shaker provided by MtoZ Biolabs operates through the coordinated integration of precise temperature control and adjustable shaking, enabling uniform mixing and consistent reaction control of microplate samples under constant temperature conditions.
Product Features
🔹 An integrated structure combining constant-temperature heating and a shaking module maintains temperature stability during agitation.
🔹 Compatible with multiple microplate formats and equipped with a quick-positioning plate holder design, allowing convenient batch loading and removal.
🔹 Shaking speed and operating time are adjustable, supporting both continuous operation and timed operation modes.
🔹 A digital interface is configured for parameter setting and status display, providing clear and intuitive operation steps.
🔹 The compact instrument footprint occupies minimal bench space, making it easy to deploy on standard laboratory benches or within incubation environments.
Product Specifications
|
Product |
Constant Temperature Microplate Shaker |
|
Temperature control range |
RT +5 ℃~80 ℃ |
|
Time Setting |
1 min~99 h 59 min |
|
Shaking Speed Range |
200~1600 rpm |
|
Shaking Amplitude |
3 mm |
|
Temperature Accuracy |
≤ ±0.5 ℃ |
|
Heating Time |
≤ 10 min （from room temperature to 80 ℃） |
|
Sample Capacity |
2 microplates or culture plates (for microplates only) |
|
Heating Method |
Heating film |
|
Input Power |
150 W |
Product Advantages
✅ More stable temperature control: Maintains the set temperature during shaking, reducing the impact of temperature drift on experimental results.
✅ More efficient mixing: Adjustable shaking speed and duration improve the uniformity of reaction systems within each well.
✅ Higher batch efficiency: Parallel processing of microplates reduces tube-by-tube handling and waiting time.
✅ Improved parameter reproducibility: Temperature, shaking speed, and duration can be standardized, facilitating method reproducibility and comparison.
✅ Ease of use: An intuitive interface and streamlined workflow reduce routine operation complexity and training requirements.
