Chiller Machine LMC-102

Name: Chiller Machine LMC-102
Brand: Labotemp
SKU: LMC-102
Rating: 4.4 (901 reviews)

Labotemp Chiller Machine LMC-102 is a compact and efficient mini chiller designed for precise low-temperature liquid circulation in laboratory and research environments. With cooling capability down to -25°C, it supports applications such as chemical reactions, sample conditioning, and equipment cooling where stable thermal control is essential. The 5L circulation system ensures consistent flow and uniform temperature distribution, making it suitable for routine and moderately demanding laboratory processes.

Engineered for reliability, this small chiller features a sealed compressor system with microcomputer-based temperature control for accurate regulation and easy operation. Its air-cooled structure enhances heat dissipation, while integrated safety components protect against operational fluctuations. Designed as a dependable water chiller, it delivers stable performance and energy efficiency for laboratories requiring controlled and repeatable cooling conditions.

Why Choose Labotemp Chiller Machine LMC-102?
✓ Precision Temperature Control: Microcomputer system ensures accurate and responsive regulation
✓ Efficient Cooling System: Air-cooled design supports continuous and energy-efficient operation
✓ Trusted Chiller Engineering: Built for durability, safety, and long-term laboratory use

$1724

Model : LMC-102 Model	LMC-102
Temperature Range : -25°C to RT Temperature Range	-25°C to RT
Volume : 5 L Volume	5 L
Voltage : 220 V Voltage	220 V
Pressure : < 0.4 MPa Pressure	< 0.4 MPa
Flow Rate : 20 L/min Flow Rate	20 L/min
Lifting Head : 4 – 6 m Lifting Head	4 – 6 m
Dimensions (mm) : 500 × 370 × 640 mm Dimensions (mm)	500 × 370 × 640 mm

Micro Temp Control
➤ Micro Temp Control
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-102 controlled cooling for low-temperature chemical reactions, sample stabilization, and instrument thermal protection in research and QC labs
➤ LMC-102 controlled cooling for low-temperature chemical reactions, sample stabilization, and instrument thermal protection in research and QC labs
Suitable for rotary evaporators, condensers, and vacuum systems, as well as small-scale pharmaceutical and biochemical processes requiring stable −25°C circulation and consistent flow conditions
➤ Suitable for rotary evaporators, condensers, and vacuum systems, as well as small-scale pharmaceutical and biochemical processes requiring stable −25°C circulation and consistent flow conditions

Micro Temp Control
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-102 controlled cooling for low-temperature chemical reactions, sample stabilization, and instrument thermal protection in research and QC labs. Suitable for rotary evaporators, condensers, and vacuum systems, as well as small-scale pharmaceutical and biochemical processes requiring stable −25°C circulation and consistent flow conditions.