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AELAB HC110-Pro Heating & Cooling System | Precision Thermoelectric Temperature Control

The AELAB HC110-Pro Heating & Cooling System provides precise thermoelectric temperature control from below room temperature to 110 °C for molecular biology, enzymatic reaction workflows, and general laboratory thermal processing. Its TFT interface, programmable parameters, and stable ±0.5 °C temperature uniformity ensure accurate and reproducible results across sensitive DNA, RNA, and protein-based applications.
Modles : HC110-Pro
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The AELAB Thermo Control HC110-Pro system provides high-precision thermoelectric heating and cooling control for laboratory workflows requiring tight temperature stability across a broad -5 °C to 110 °C operating range. With programmable parameters, secure overheating protection, and interchangeable blocks, it supports DNA extraction, enzymatic reactions, reagent preparation, and other temperature-sensitive procedures.

The HC110-Pro integrates a high-efficiency thermoelectric module with precision sensors to maintain uniformity and accuracy of ±0.5 °C. Its design ensures optimal heat transfer through interchangeable Aluminum blocks, delivering reliable performance for biological, chemical, and analytical samples handled at or below room temperature.

 

⚙️ Design & Construction

The AELAB HC110-Pro features a compact thermoelectric architecture combining a robust Aluminum block interface with a forced-convection control system to regulate temperature transition precisely. The instrument incorporates a TFT display for clear visualization of setpoints, time, and safety parameters. Its frame is engineered for long-term stability with efficient heat dissipation and a sealed electronic compartment that enhances durability in laboratory environments.

 

🔬 Working Principle / Testing Method

The HC110-Pro operates via controlled thermoelectric heating and cooling, enabling rapid transfer of thermal energy to the selected block module. Integrated sensors continuously measure block surface temperature, while the control algorithm adjusts output power to maintain the programmed setpoint with high uniformity. This stable thermal environment supports workflows such as DNA/RNA extraction, protein incubation, enzymatic reactions, PCR preparation, and reagent conditioning.

 

💡 Key Advantages

  • Thermoelectric control enables precise transitions between sub-ambient and elevated temperatures
  • Stable ±0.5 °C uniformity ensures reproducibility for sensitive biological assays
  • Programmable time and temperature functions support automated heating/cooling cycles
  • Interchangeable Aluminum blocks allow processing of tubes, vials, microplates, and PCR formats
  • TFT interface improves operational clarity and reduces handling errors
  • Integrated overheating protection (150 °C) enhances operational safety
  • Robust 200 W heating/cooling performance suitable for extended incubation workflows

 

🔗 Connectivity & Integration

The HC110-Pro incorporates digital control electronics designed for compatibility with GLP-aligned laboratory information workflows. It supports structured program storage (nine user programs) and stable runtime monitoring. USB or data-export ports are not referenced in the catalog and therefore not included.

 

🧠 Model Insight (Responsive Table)

Model Specifications
HCM100-Pro Heating, cooling & mixing; 15–100 °C; mixing 200–1500 rpm; 7.3 kg
HM100-Pro Heating & mixing; room temp–100 °C; mixing 200–1500 rpm; 7.0 kg
HC110-Pro Heating & cooling; -5–110 °C; no mixing; cooling 2.5 °C/min (100 °C–RT); 7.3 kg

 

🧪 Testing Applications

The AELAB HC110-Pro supports critical workflows including DNA/RNA extraction, enzymatic reactions, protein incubation, PCR preparation, reagent warming or cooling, chromatography sample conditioning, and cell-lysis workflows. It is ideal for biotechnology, clinical research, pharmaceutical QC laboratories, environmental testing labs, and molecular biology workstations requiring precise thermal stability.

 

Compliance & Quality Assurance

All AELAB Thermo Control systems follow ISO-aligned manufacturing, CE-certified electrical safety, and GLP-oriented calibration practices. Each unit undergoes temperature accuracy testing and performance verification to ensure reliable operation across its full -5 °C to 110 °C range.

 

 Blocks

AELAB HCM100-Pro heating cooling mixing block system with TFT display

Specifications :

Thermo Control Model Comparison

Specifications HCM100-Pro HM100-Pro HC110-Pro
Functions Heating, cooling & mixing Heating & mixing Heating & cooling
Temperature range (°C) Below room temp 15- 100 Room temp – 100 Below room temp  25 - 110
Temperature setting range (°C) 0–100 5–110 -5–110
Temperature control accuracy (20–45°C) (°C) ±0.5 ±0.5 ±0.5
Temperature uniformity (20–45°C) (°C) ±0.5 ±0.5 ±0.5
Power (W) 200 200 200
Time setting range 0 min–99 h 30 min 0 min–99 h 30 min 0 min–99 h 30 min
Max heating speed 5.5°C/min 5.5°C/min 5.5°C/min
Max cooling speed 5°C/min (100°C-room temp), 0.5°C/min (below room temp) 2.5°C/min (100°C-room temp), 0.5°C/min (below room temp)
Mixing speed (rpm) 200–1500 200–1500
Mixing orbit (mm) 3 3
Display TFT TFT TFT
Program 9 9 9
Overheating protection (°C) 150 150 150
Voltage/Frequency 110/220 V, 50/60 Hz 110/220 V, 50/60 Hz 110/220 V, 50/60 Hz
Dimensions (mm) 200 × 235 × 120 200 × 235 × 120 200 × 235 × 120
Weight (kg) 7.3 7.0 7.3
Operating temperature (°C) 10–40 10–40 10–40
Operating humidity (% RH]) < 80 < 80 < 80

Thermo Control Model Comparison

Specifications HCM100-Pro HM100-Pro HC110-Pro
Functions Heating, cooling & mixing Heating & mixing Heating & cooling
Temperature range (°C) Below room temp 15- 100 Room temp – 100 Below room temp  25 - 110
Temperature setting range (°C) 0–100 5–110 -5–110
Temperature control accuracy (20–45°C) (°C) ±0.5 ±0.5 ±0.5
Temperature uniformity (20–45°C) (°C) ±0.5 ±0.5 ±0.5
Power (W) 200 200 200
Time setting range 0 min–99 h 30 min 0 min–99 h 30 min 0 min–99 h 30 min
Max heating speed 5.5°C/min 5.5°C/min 5.5°C/min
Max cooling speed 5°C/min (100°C-room temp), 0.5°C/min (below room temp) 2.5°C/min (100°C-room temp), 0.5°C/min (below room temp)
Mixing speed (rpm) 200–1500 200–1500
Mixing orbit (mm) 3 3
Display TFT TFT TFT
Program 9 9 9
Overheating protection (°C) 150 150 150
Voltage/Frequency 110/220 V, 50/60 Hz 110/220 V, 50/60 Hz 110/220 V, 50/60 Hz
Dimensions (mm) 200 × 235 × 120 200 × 235 × 120 200 × 235 × 120
Weight (kg) 7.3 7.0 7.3
Operating temperature (°C) 10–40 10–40 10–40
Operating humidity (% RH]) < 80 < 80 < 80

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Frequently Asked Questions

1How does the AELAB Thermo Control system achieve precise temperature uniformity?
It uses high-precision sensors and a closed-loop control system that constantly adjusts the thermoelectric module to maintain ±0.5°C uniformity.
2Can the mixing models handle viscous samples?
Yes. With orbital motion up to 1500 rpm, the HM100-Pro and HCM100-Pro can process moderately viscous reagents.
3How does the device maintain consistent temperature during long operations?
The system uses an integrated microprocessor that stabilizes block temperature, preventing fluctuation over extended cycles.
4What safety features are included?
The system includes overheating protection, automatic error alerts, and accurate temperature monitoring for sample safety.

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