Digital Dry Bath Incubator, 100°C, Programmable Display

Name: Digital Dry Bath Incubator, 100°C, Programmable Display
Brand: ConductScience
SKU: BIO-0577
Price: 1849.99 USD
Availability: InStock

$1,849.99

Compact benchtop dry bath incubator with precise temperature control (RT+5°C to 100°C, ±0.3°C accuracy) for small volume sample incubation and thermal protocols in molecular biology applications.

Key Specifications

Automation Level

semi-automated

Temp. Range

RT+5°C~100°C

Timing Range

1min~99h

Temp. Accuracy

≤±0.3°C

Display Accuracy

0.1°C

Temp. Stability

±0.3°C

SKU:BIO-0577

Category:Benchtop Instruments

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Scientist guidance

Louise Corscadden, PhD

Neuroscience · ConductScience

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The ConductScience Dry Bath Incubator (BIO-0577) is a compact benchtop thermal incubation system designed for precise temperature control of small sample volumes. With a temperature range from RT+5°C to 100°C and accuracy of ±0.3°C, this unit provides stable thermal conditions for enzymatic reactions, sample preparation, and thermal denaturation protocols commonly required in molecular biology and biochemical research.

The system features digital temperature control with 0.1°C display resolution and timing capabilities from 1 minute to 99 hours, enabling both short-term incubations and extended overnight protocols. The compact footprint (145×113×110mm) and low power consumption (40W) make it suitable for space-constrained laboratory environments while maintaining temperature stability within ±0.3°C throughout the operating range.

How It Works

The dry bath incubator operates through direct thermal conduction using a precision-controlled heating block. The heating element maintains the block at the set temperature, with thermal energy transferred directly to sample vessels through metal-to-metal or metal-to-plastic contact. This conduction-based approach provides uniform heat distribution and eliminates the thermal gradients often associated with air-circulation systems.

Temperature regulation is achieved through a feedback control system that monitors block temperature via integrated sensors and adjusts heating power to maintain the setpoint within ±0.3°C. The system reaches operating temperature efficiently, heating from 40°C to 100°C in ≤20 minutes, while the digital controller provides real-time temperature display with 0.1°C resolution for precise monitoring.

The timing function operates independently of temperature control, allowing researchers to program incubation periods from 1 minute to 99 hours. This combination of thermal stability and programmable timing enables reproducible experimental conditions for temperature-sensitive protocols requiring consistent thermal profiles.

Features & Benefits

Temperature range RT+5°C to 100°C

Accommodates diverse protocols from gentle warming of temperature-sensitive enzymes to high-temperature denaturation reactions.

±0.3°C temperature accuracy and stability

Ensures reproducible experimental conditions critical for quantitative enzymatic assays and protein studies.

0.1°C display resolution

Provides precise temperature monitoring for protocols requiring tight thermal control and documentation.

Programmable timing 1min to 99h

Supports both rapid processing protocols and extended overnight incubations without user intervention.

Fast heating (≤20min from 40°C to 100°C)

Minimizes protocol delay and improves laboratory workflow efficiency during time-sensitive procedures.

Compact 145×113×110mm footprint

Maximizes bench space utilization in crowded laboratory environments while maintaining full functionality.

Low 40W power consumption

Reduces operational costs and heat generation in temperature-controlled laboratory spaces.

15×2.0ml sample capacity

Accommodates standard microcentrifuge tube formats for molecular biology and analytical chemistry applications.

Feature	This Product	Typical Alternative	Advantage
Temperature Range	RT+5°C to 100°C	Basic units often limited to 60-80°C maximum	Extended range supports high-temperature denaturation and sterilization protocols beyond standard enzymatic reactions.
Temperature Accuracy	±0.3°C accuracy and stability	Entry-level models typically offer ±0.5-1.0°C accuracy	Improved accuracy ensures reproducible results in temperature-sensitive enzymatic and protein studies.
Timing Range	1 minute to 99 hours	Many units limited to shorter timing cycles	Extended timing capability accommodates both rapid processing and overnight incubation protocols.
Display Resolution	0.1°C display accuracy	Standard units often show 1°C increments	Higher resolution enables precise temperature monitoring and protocol documentation requirements.
Heating Performance	≤20 minutes from 40°C to 100°C	Slower heating rates common in basic models	Rapid temperature achievement reduces protocol delay and improves laboratory workflow efficiency.
Power Consumption	40W operation	Higher wattage common in larger units	Lower power consumption reduces operational costs and heat generation in controlled environments.

This dry bath incubator combines precise temperature control (±0.3°C accuracy) with extended range capabilities (RT+5°C to 100°C) and efficient heating performance. The programmable timing system and compact footprint make it suitable for diverse protocols while maintaining low power consumption for cost-effective operation.