Chiller Machine LMC-103

Name: Chiller Machine LMC-103
Brand: Labotemp
SKU: LMC-103
Rating: 4.8 (929 reviews)

Labotemp Chiller Machiner LMC-103 is a high-performance mini chiller engineered for advanced laboratory applications requiring temperatures as low as -40°C. It is ideal for low-temperature reactions, material testing, and sensitive sample handling where precise and stable cooling is critical. The 5L circulation system ensures uniform cooling and consistent performance across extended operation.

This small chiller integrates a high-efficiency compressor with intelligent temperature control to deliver accurate and stable cooling. The air-cooled design ensures effective heat management, while built-in safety features protect equipment and samples during continuous use. As a reliable water chiller, it provides dependable performance for laboratories and industrial processes requiring deeper cooling and consistent thermal control.

Why Choose Labotemp Chiller Machine LMC-103?
✓ Accurate Temperature Control: Intelligent system ensures precise thermal regulation
✓ Reliable Continuous Operation: Designed for long-duration and demanding workflows
✓ Robust Chiller Design: Ensures durability and consistent performance over time

$2063

Model : LMC-103 Model	LMC-103
Volume : 5L Volume	5L
Temperature range : -40°C to RT Temperature range	-40°C to RT
Voltage : 220/380V Voltage	220/380V
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) : 680×650×780 Dimension (mm)	680×650×780

Compact 5L Design
➤ Compact 5L Design
Compact 5L low-temperature chiller designed for precise cooling in laboratory processes.
➤ Compact 5L low-temperature chiller designed for precise cooling in laboratory processes.
Provides a wide temperature range from –40°C to room temperature, ensuring stable thermal control for sensitive applications.
➤ Provides a wide temperature range from –40°C to room temperature, ensuring stable thermal control for sensitive applications.
Features a strong ≤0.4MPa pressure system with a consistent 20 L/min coolant flow.
➤ Features a strong ≤0.4MPa pressure system with a consistent 20 L/min coolant flow.
4–6 m lifting head supports efficient circulation across various laboratory equipment.
➤ 4–6 m lifting head supports efficient circulation across various laboratory equipment.
Operates on 220/380V, built with a durable structure and space-saving design (680×650×780 mm).
➤ Operates on 220/380V, built with a durable structure and space-saving design (680×650×780 mm).

LMC-103 controlled cooling for low-temperature chemical reactions, sample stabilization, and instrument thermal protection in research and QC labs
➤ LMC-103 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

Compact 5L Design
Compact 5L low-temperature chiller designed for precise cooling in laboratory processes.
Provides a wide temperature range from –40°C to room temperature, ensuring stable thermal control for sensitive applications.
Features a strong ≤0.4MPa pressure system with a consistent 20 L/min coolant flow.
4–6 m lifting head supports efficient circulation across various laboratory equipment.
Operates on 220/380V, built with a durable structure and space-saving design (680×650×780 mm).

LMC-103 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.