Details

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DLAB H100-Pro Magnetic Thermo Control
The DLAB H100-Pro is an advanced programmable heating system featuring magnetic block mounting and customizable multi-step protocols. With precise temperature control up to 100°C and interchangeable blocks, it offers unparalleled versatility for demanding heating applications in molecular biology and diagnostic workflows.

Key Features & Advantages:

• Advanced Programmability: Customizable 6-step sequential programs with 9 memory slots for complex thermal protocols.

• Magnetic Block System: Tool-free magnetic heat block mounting enables quick changes and easy cleaning.

• Precise Temperature Control: Maintains ±0.5°C accuracy and uniformity across the entire 15-100°C range.

• Versatile Block Compatibility: Interchangeable sample blocks accommodate various tube formats for multiple applications.

• Efficient Heating Design: Integrated lids minimize heat loss while achieving rapid 5.5°C/min heating rates.

• User Calibration: Built-in temperature calibration function ensures long-term accuracy and compliance.

Technical Specifications:

• Catalog No.: 5062101111

• Temperature Range: Ambient +5°C to 100°C

• Temperature Control Accuracy: ±0.5°C

• Temperature Uniformity: ±0.5°C

• Time Setting Range: 0 min to 99 h 59 min

• Heating Rate: 5.5°C/min

• Program Memory: 9 programs (6 steps each)

• Overheat Protection: 150°C safety cutoff

• Power: 200W

• Display: TFT

• Voltage/Frequency: 110/220V, 50/60Hz

• Dimensions (W x D x H): 200 x 235 x 120 mm

• Weight: 7.3 kg

Ideal For:
Molecular biology applications, diagnostic testing, research protocols, and any procedure requiring precise, programmable heating with flexible block configurations.

Why Choose H100-Pro Magnetic Thermo Control?
Because it combines sophisticated programmability with user-friendly magnetic block technology, delivering professional-grade heating performance for the most demanding laboratory applications.

Tags:
#ProgrammableHeater #MagneticThermoControl #LabHeating #DLABEquipment #MolecularBiology