Techne - Dri-block DB3 Heat Block

This listing is for a Techne Dri-block DB3 Heat Block .

The unit is in full working condition and is ready for immediate release.

The Techne Dri-Block Heater DB-3 is a highly efficient laboratory-grade heating device designed to offer precise temperature control for a variety of applications. Its robust features make it ideal for researchers and laboratory personnel seeking reliable heating solutions.

Key Features:

Temperature Range: The Dri-Block Heater DB-3 operates within a range from ambient temperature to 100°C (32°F to 212°F), accommodating a wide variety of heating needs.

Fast Heat-Up Rate: The device can heat from 30°C to 100°C in approximately 15 minutes, reducing waiting time and increasing efficiency in laboratory workflows.

Temperature Stability: It boasts impressive stability specifications, with a temperature accuracy of ±0.1°C at 40°C and ±0.15°C at 100°C. This precision is critical for experiments requiring exact temperature conditions.

Temperature Setting: The user-friendly interface consists of three push-button controls paired with a 4-digit LED display, allowing users to set temperatures with a 0.1°C resolution for fine-tuning.

Max Temperature Variation: Designed for uniform heating, the maximum temperature variation is limited to 0.2°C between blocks at 40°C, ensuring consistent results across different samples.

Number of Blocks: The Dri-Block Heater can accommodate up to three aluminium alloy insert blocks, enabling simultaneous heating of multiple samples or different types of samples.

Overall Size: The compact dimensions of the DB-3 are 279 x 260 x 105 mm (L x W x H), making it suitable for space-constrained laboratory environments while still providing ample heating capacity.

Applications:

The Techne Dri-Block Heater DB-3 is versatile and can be used for a range of laboratory and research applications, including:

Incubation: Ideal for incubating biological samples under controlled temperatures.

Boiling: Suitable for processes requiring boiling solutions efficiently.

Inactivation: Useful for inactivating enzymes or pathogens in samples.

Wet Ashing: A useful tool in sample preparation for elemental analysis.

Sample Concentration: Facilitates concentrating samples by gentle heating.

Enzyme Analysis: Maintains specific temperature conditions for enzyme studies.

Nucleic Acid Hybridizations: Supports temperature-controlled hybridization necessary for nucleic acid experiments.

Key Benefits:

Precise Temperature Control: The high degree of control and stability ensures reliable results.

Fast Heat-Up Rate: Saves time in laboratory procedures, enhancing productivity.

High Temperature Stability: Reduces variability in experimental conditions, leading to more accurate outcomes.

Lightweight and Compact Design: Fits conveniently in various lab settings, preserving valuable workspace.

Accepts Multiple Insert Blocks: Increases versatility by allowing customization based on specific protocols or sample types.