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Digital Dry Bath (HB60-S) Amaris Medical
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Digital Dry Bath (HB60-S)

The Digital Dry Bath (HB60-S) (LED Digital Dry Bath) is a compact, low-profile benchtop dry thermostat designed for precise temperature-controlled incubation in clinical diagnostic, molecular biology, and research laboratories . With a temperature range from room temperature +5°C to 60°C and five discrete temperature settings (25°C, 30°C, 37°C, 45°C, 60°C), this dry bath provides control accuracy of ±0.5°C and excellent temperature uniformity of ±0.3°C at 37°C .
The dual-purpose heating block accommodates up to 30 × 1.5/2.0 mL tubes or 8 × 5-10 mL tubes, offering flexibility for different sample volumes and tube formats . The LED display provides real-time monitoring of temperature and time, while the intuitive control knob allows easy operation without complex menus . The microprocessor-controlled unit supports both timing mode (0 to 99 hours 59 minutes) and continuous operation mode .
For the clinical laboratory scientist and medical technologist, the HB60-S supports enzyme-substrate reactions for biochemical tests and clinical chemistry, serum inactivation (56°C) for immunoassays and serological testing, DNA/RNA preparation for molecular diagnostics and PCR workflows, and sample warming and reagent thawing for diagnostic testing .
Safety features include over-temperature protection (80°C safety cut-off) and an insulated lid that prevents heat loss and contamination . The low-profile, space-saving design (175 × 290 × 85 mm) and lightweight construction (2.5 kg) minimize benchtop footprint while delivering reliable heating performance .
For the patient undergoing diagnostic testing for infectious diseases, autoimmune disorders, or genetic conditions, the HB60-S's precise temperature control ensures reliable enzyme reaction conditions, consistent DNA denaturation, and accurate sample preparation—supporting reliable test results that guide appropriate treatment decisions across clinical chemistry, molecular diagnostics, and research applications .
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Digital Dry Bath Dual Block (HB105-S2) Amaris Medial
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Digital Dry Bath Dual Block (HB105-S2)

The Digital Dry Bath Dual Block (HB105-S2) is a dual-block benchtop dry thermostat designed for high-throughput, precise temperature-controlled incubation in clinical diagnostic, molecular biology, and research laboratories . With a temperature range from room temperature +5°C to 105°C and temperature control accuracy of ±0.5°C, this dry bath provides consistent, uniform heating across two independently controlled blocks .
The HB105-S2 features a microprocessor-controlled system with independent LED displays and control knobs for each block, allowing simultaneous processing of protocols requiring different incubation temperatures (e.g., 37°C for enzyme reactions on block one, 56°C for serum inactivation on block two, 95°C for DNA denaturation on either block as needed) . The dual-block design saves valuable bench space while doubling throughput compared to single-block units .
For the clinical laboratory scientist and medical technologist, the HB105-S2 supports enzyme-substrate reactions for biochemical tests and clinical chemistry, serum inactivation (56°C) for immunoassays and serological testing, DNA denaturation for nucleic acid amplification and PCR preparation, and sample warming and reagent thawing for diagnostic testing . The independent block operation allows concurrent processing of different assay types without cross-contamination or temperature interference .
Safety features include independent over-temperature protection for each block and insulated lids that prevent heat loss and contamination . Built-in temperature self-calibration ensures long-term accuracy for both blocks . For the patient undergoing diagnostic testing for infectious diseases, autoimmune disorders, or genetic conditions, the HB105-S2's high-throughput, precise temperature control ensures reliable enzyme reaction conditions, consistent DNA denaturation, and accurate sample preparation—supporting reliable test results that guide appropriate treatment decisions across clinical chemistry, molecular diagnostics, and research applications .
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Digital Dry Bath Single Block(HB105-S1) Amaris Medical
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Digital Dry Bath Single Block(HB105-S1)

The Digital Dry Bath Single Block(HB105-S1) is a compact, single-block benchtop dry thermostat designed for precise temperature-controlled incubation in clinical diagnostic, molecular biology, and research laboratories . With a temperature range from room temperature +5°C to 105°C and temperature control accuracy of ±0.5°C, this dry bath provides consistent, uniform heating for a wide range of diagnostic and research applications .
The HB105-S1 features a microprocessor-controlled system with LED display for real-time temperature and time monitoring, an intuitive control knob for simple operation without complex menus, and interchangeable aluminum heating blocks compatible with various tube formats and sizes . The unit supports both timing mode (0 to 99 hours 59 minutes) and continuous operation mode, with built-in temperature self-calibration function for long-term accuracy .
For the clinical laboratory scientist and medical technologist, the HB105-S1 supports enzyme-substrate reactions for biochemical tests and clinical chemistry, serum inactivation (56°C) for immunoassays and serological testing, DNA denaturation for nucleic acid amplification and PCR preparation, and sample warming and reagent thawing for diagnostic testing . The compact, single-block design is ideal for space-constrained laboratories while delivering reliable heating performance .
Safety features include over-temperature protection and an insulated lid that prevents heat loss and contamination . For the patient undergoing diagnostic testing for infectious diseases, autoimmune disorders, or genetic conditions, the HB105-S1's precise temperature control ensures reliable enzyme reaction conditions, consistent DNA denaturation, and accurate sample preparation—supporting reliable test results that guide appropriate treatment decisions across clinical chemistry, molecular diagnostics, and research applications .
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