Chiller Machine LMC-101

Name: Chiller Machine LMC-101
Brand: Labotemp
SKU: LMC-101
Rating: 4.9 (631 reviews)

Labotemp Chiller Machine LMC-101 is a compact mini chiller designed for reliable low-temperature liquid circulation in laboratory and light industrial applications. With a cooling range down to -10°C, it is ideal for maintaining stable temperatures in routine processes such as sample cooling, instrument protection, and reaction control. The 5L reservoir combined with steady flow ensures consistent thermal performance for small-scale laboratory setups.

This small chiller features a high-quality closed compressor system with microcomputer-based temperature control for accurate regulation and easy operation. Its air-cooled design enhances heat dissipation, while built-in protection components ensure safe, continuous use. As a dependable water chiller, it supports stable operation under varying conditions, making it suitable for research labs and analytical environments requiring precise and efficient cooling.

Why Choose Labotemp Chiller Machiner LMC-101?
✓ Stable Cooling Performance: Maintains consistent low-temperature circulation for reliable laboratory processes
✓ Precision Temperature Control: Microcomputer-based system ensures accurate and responsive temperature regulation
✓ Trusted Chiller Engineering: Built for durability, safety, and long-term laboratory use with dependable performance

$1524

Model : LMC-101 Model	LMC-101
Temperature range : -10°C to RT Temperature range	-10°C to RT
Volume : 5L Volume	5L
Voltage : 220V Voltage	220V
Pressure : ≤0.4MPa Pressure	≤0.4MPa
Flow : 20 L/min Flow	20 L/min
Lifting head : 4–6 m Lifting head	4–6 m
Dimension (mm) : 500×370×540 Dimension (mm)	500×370×540

Stable Cooling Output
➤ Stable Cooling Output
Compact 5L water chiller designed for precise and stable cooling performance.
➤ Compact 5L water chiller designed for precise and stable cooling performance.
Offers a temperature range of –10°C to room temperature, suitable for routine lab cooling tasks.
➤ Offers a temperature range of –10°C to room temperature, suitable for routine lab cooling tasks.
Equipped with a reliable ≤0.4MPa pressure system, delivering a steady 20 L/min coolant flow.
➤ Equipped with a reliable ≤0.4MPa pressure system, delivering a steady 20 L/min coolant flow.
4–6 m lifting head ensures efficient circulation even across equipment with height differences.
➤ 4–6 m lifting head ensures efficient circulation even across equipment with height differences.
Runs on 220V, with a small footprint (500×370×540 mm) ideal for limited lab space.
➤ Runs on 220V, with a small footprint (500×370×540 mm) ideal for limited lab space.

LMC-101 supports precise low-temperature circulation for cooling reaction vessels, condensers, and analytical instruments in chemical and biological labs
➤ LMC-101 supports precise low-temperature circulation for cooling reaction vessels, condensers, and analytical instruments in chemical and biological labs
Suitable for rotary evaporators, vacuum systems, and small-scale process cooling, as well as protecting heat-sensitive equipment in research, QC labs, and pilot-scale setups under controlled conditions
➤ Suitable for rotary evaporators, vacuum systems, and small-scale process cooling, as well as protecting heat-sensitive equipment in research, QC labs, and pilot-scale setups under controlled conditions

Stable Cooling Output
Compact 5L water chiller designed for precise and stable cooling performance.
Offers a temperature range of –10°C to room temperature, suitable for routine lab cooling tasks.
Equipped with a reliable ≤0.4MPa pressure system, delivering a steady 20 L/min coolant flow.
4–6 m lifting head ensures efficient circulation even across equipment with height differences.
Runs on 220V, with a small footprint (500×370×540 mm) ideal for limited lab space.

LMC-101 supports precise low-temperature circulation for cooling reaction vessels, condensers, and analytical instruments in chemical and biological labs. Suitable for rotary evaporators, vacuum systems, and small-scale process cooling, as well as protecting heat-sensitive equipment in research, QC labs, and pilot-scale setups under controlled conditions.