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| Volume: | 25L,50L | Temperature Adjustment: | RT-17-65℃ |
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| Cooling Method: | Peltier | Temperature Control Accuracy: | ±0.1℃ |
| Temperature Uniformity: | ≤±2℃ (measured At 25℃) | Observation Window: | Glass |
| Control System: | LCD Digital Display | Optional: | USB Storage |
| Chamber Material: | SUS 304 | Power Supply: | AC220V/50Hz |
| Highlight: | 25L stainless steel semiconductor incubator,50L low-temperature laboratory incubator,stainless steel low-temperature semiconductor incubator |
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The semiconductor low-temperature incubator utilizes Peltier cooling technology to achieve precise low-temperature control. It offers advantages such as energy efficiency, environmental friendliness, and high performance. Through the internal cavity preheating technology, it enables rapid temperature recovery. Equipped with both heating and cooling functions, it meets the experimental requirements for microbial culture (e.g., bacteria, molds) in low-temperature environments, as well as for sample storage, plant cultivation, and plant breeding .
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Parameter |
ST-BDT25 |
ST-BDT50 |
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Cooling Method |
Peltier |
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Temperature Control Range |
RT-17~65 ℃ |
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Temperature Control Accuracy |
±0.1℃ |
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Temperature Uniformity |
≤±2℃ (measured at 25℃) |
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Power Supply |
AC220V/50Hz |
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Shelves (Standard) |
2pieces |
3pieces |
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Chamber Volume |
25L |
50L |
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Power Consumption |
280W |
500W |
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Internal Dimensions (W x D x H) |
36x31x23 cm |
40x35x35 cm |
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External Dimensions (W x D x H) |
46x60x48 cm |
50x64x65 cm |
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Outer Casing
Constructed from premium cold-rolled steel plate with an electrostatic baked paint finish, the casing forms a dense, hard-wearing protective layer that ensures outstanding durability and rust resistance. Includes a standard 25 mm test port.
Working Chamber
Featuring a mirror-polished stainless steel interior. Shelf brackets are designed for quick detachment, allowing for easy assembly and disassembly.
Insulation Layer
An advanced insulation system between the outer casing and inner chamber delivers superior thermal retention. This ensures precise and stable internal temperatures while minimizing external environmental impact.
Sealing Technology
High-density synthetic heat-resistant silicone seals effectively prevent heat loss, supporting reliable long-term operation even under high-temperature conditions.
Cooling Technology
Equipped with energy-efficient semiconductor cooling technology, which reduces energy consumption by more than 85% compared to traditional compressor-based systems while maintaining high cooling performance.
Observation Window
A double-layer tempered glass window provides a clear view into the chamber without compromising thermal insulation.
Temperature Control
Automated cooling and heating control is supported by highly sensitive sensors, ensuring stability during continuous operation.
Air Duct System
A forced convection ventilation design accelerates temperature response, improves uniformity, and minimizes temperature fluctuations throughout the chamber.
Control Panel
User-friendly microcomputer-controlled LCD temperature controller offers high precision and prevents overshoot. Multiple data points are displayed simultaneously, and features include temperature calibration and timer functions.
Optional Accessories
Multi-segment programmable controller (enables automatic switching between preset temperature and time stages)
Dot matrix printer
USB storage interface
Application Scenarios of the Semiconductor Low-Temperature Incubator
The semiconductor low-temperature incubator is an advanced and versatile laboratory instrument, ideal for a wide range of applications that require precise and stable low-temperature environments. It is particularly well-suited for:
1. Microbiology Research & Cultivation
Ideal for culturing and incubating microorganisms such as bacteria, yeasts, and molds under controlled low-temperature conditions, supporting studies in genetics, environmental microbiology, and fermentation processes.
2. Sample Storage & Preservation
Provides a stable and reliable environment for the short- or medium-term storage of biological samples, reagents, enzymes, vaccines, and other temperature-sensitive materials.
3. Plant Studies & Breeding
Used for low-temperature germination experiments, plant cultivation under controlled climates, seed preservation, and research in plant physiology and breeding programs.
4. Biomedical & Pharmaceutical Labs
Supports cell culture, enzyme activity assays, and other experiments requiring accurate temperature control, making it valuable for drug development and diagnostic testing.
5. Food & Beverage Testing
Applicable for shelf-life studies, microbial quality control, and fermentation experiments within the food and beverage industry.
6. Environmental Simulation
Enables simulation of specific low-temperature conditions for ecological studies, climate impact research, and material testing.
Why Choose Us?
Direct Manufacturer Pricing: As the source factory, we eliminate middleman costs, providing global clients cost-effective sterilization solutions directly.
Efficient Direct Support: Our service team ensures rapid and efficient communication and support, handled entirely in-house from production to after-sales.
Flexible Custom Solutions: Leveraging strong technical expertise, we offer both standard models and fully customized equipment tailored to specific structural, functional, or control requirements.
Certified Quality & Safety: Every device undergoes strict quality control and holds international certifications (including CE, ISO 13485, ISO 9001), guaranteeing safety, stability, and long-term reliability.
FAQ
Contact Person: Miss. Kira Tang
Tel: 008615665436825