Microtube Block Thermostat BTD

Description

Microtube Block Thermostat BTD – LLG06223310

-Digital temperature control for optimum precision
-Heating block holds combinations of four microtube sizes simultaneously – up to a total of 49 tubes: 24 x 1.5/2.0 ml, 15 x 0.5 ml, 10 x 0.2 ml
-Flexible tube sizes and rapid heat-up time enables swift change of application
-Convenient integral timer for time-sensitive incubations
-Sturdy, durable, easy-to-clean plastic construction; compact design with small footprint
-2-line display for simple and precise setting of temperature/time and for monitoring current status during operation

Specifications
Temperature range: ambient +5 to 100°C
Stability at 37°C: ±0.1°C
Uniformity: ±0.1°C
Heat-up times: 25ºC to 100ºC in 15 min
25ºC to 37ºC in 4 min
Timer: 1 min to 96 h
Power supply: 230V, 50/60Hz

The Microtube Block Thermostat BTD is engineered to deliver precise and uniform temperature control for micro-scale laboratory applications where accuracy, stability, and reproducibility are critical. Designed for incubation, sample preservation, enzyme reactions, DNA amplification preparation, and various biochemical processes, this advanced heating unit provides consistent thermal performance across all microtube positions. Its high-quality aluminum heating block ensures excellent thermal conductivity, allowing rapid heat transfer and even distribution to eliminate cold spots and temperature gradients that could affect sensitive experiments. Equipped with intelligent microprocessor-based control, it enables accurate temperature setting and real-time monitoring through a clear digital display, giving laboratory professionals complete confidence in maintaining required conditions. The fast heating capability reduces waiting time and improves workflow efficiency, while stable temperature maintenance ensures dependable experimental outcomes over extended operation periods. Compact and space-saving in design, it fits seamlessly into crowded laboratory benches without compromising performance, making it ideal for research laboratories, clinical diagnostic centers, biotechnology firms, pharmaceutical facilities, and academic institutions. Interchangeable block options enhance versatility, accommodating various microtube sizes and allowing users to adapt the device to different protocols without investing in multiple systems. The intuitive interface simplifies programming, enabling technicians of all experience levels to operate it with ease and minimal training. Safety is a key focus, with built-in over-temperature protection and calibration features that safeguard both samples and equipment while ensuring compliance with laboratory quality standards. The durable outer casing resists wear, corrosion, and daily laboratory exposure, supporting long-term reliability even in high-throughput environments. Quiet operation contributes to a comfortable workspace, minimizing distractions during critical analytical procedures. Its stable structural design reduces vibration, helping preserve sample integrity during incubation processes. Energy-efficient performance lowers operational costs while maintaining powerful heating capability, making it a cost-effective solution for facilities managing multiple experiments simultaneously. Maintenance is straightforward, with smooth surfaces and accessible components that allow easy cleaning and reduce contamination risks. The precise thermal regulation supports applications such as sample digestion, serum preparation, coagulation studies, and molecular biology workflows that require exact and uniform temperature conditions. Rapid temperature recovery ensures minimal fluctuation when inserting or removing tubes, preserving consistent environmental stability throughout the process. Designed with reliability in mind, it maintains accuracy over long operational cycles, supporting laboratories that demand repeatable and validated results. The combination of advanced control systems, efficient heat transfer, and robust construction enhances productivity while reducing procedural errors. Its flexibility and dependable performance make it equally suitable for routine testing and advanced research applications, delivering consistent heating performance that professionals can trust. By integrating accuracy, safety, durability, and user-friendly functionality into a compact platform, this microtube heating solution streamlines laboratory workflows and contributes to higher operational efficiency, enabling scientists and technicians to focus on achieving precise, high-quality results without concern for temperature inconsistencies or equipment limitations.
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