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Molecular Distillation Unit LMMDU-A105

Molecular Distillation Unit LMMDU-A105 is designed with feeding rate of 1.5 to 6 L/h. Its full jacket and insulation design ensure smooth material flow. Equipped with an automatic feeding and discharging pump, it optimizes production capacity. Incorporates magnetic coupling seal for stable vacuum conditions. Our Distiller purifies chemicals, medicines, food, beverages, and petroleum products.

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Specifications

Feeding Rate 1.5 to 6 L/h
Feeding Flask Volume 15 L
Operating Temperature Less than or equal to 350°C
Vacuum Level Less than or equal to 0.01 millibar
Material Stainless steel 316L
Evaporation Area 0.1 m²
Power Supply 220V/50Hz,1P
Dimensions 2350×900×1900 mm

Pricing

Product Price Unit Action
Molecular Distillation Unit LMMDU-A105

Features

Preheating feed tank

Blockage prevention

External condenser support

Polished inner wall

Fluororubber sealing

Sight glass monitoring

Continuous operation motor

Applications

Molecular Distillation Unit LMMDU-A105 ensures separation, purification, and concentration in chemical, pharmaceutical, food, beverage, and petroleum industries for polymers, medicines, dairy, juices, syrups, lubricants, and solvents.

Selection Guide

Molecular Distillation Unit LMMDU-A105 is best suited for research and industrial applications requiring high-throughput purification of thermally sensitive and high-boiling-point compounds. With a feeding rate of 1.5 to 6 L/h and a large 15 L feeding flask volume, it supports continuous processing of substantial sample quantities, making it suitable for pilot-scale or production-level distillation. Its ability to operate at temperatures up to 350°C and vacuum levels as low as 0.01 millibar ensures efficient separation of compounds with very low vapor pressures. This model is commonly used in pharmaceutical, nutraceutical, chemical, and cannabinoid industries for purifying essential oils, vitamins, fatty acids, and other heat-sensitive materials. When selecting this unit, researchers should consider its compatibility with their volume needs, process scalability, and compliance with GMP and CE certifications, which ensure quality and safety standards for research and regulated production environments.

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Frequently Asked Questions

1 What is a Molecular Distillation Unit?

A Molecular Distillation Unit is an apparatus designed to separate and purify heat-sensitive compounds at low temperatures.

2 How does Molecular Distillation Unit work?

It works by applying high vacuum and low temperature to separate compounds based on their molecular evaporation rates.

3 What types of materials can be processed using Molecular Distillation Unit?

It can process materials that are heat-sensitive and have high boiling points, such as fatty acids, vitamins, steroids, pharmaceutical drugs, chemicals and solvents.

4 Can Molecular Distillation Unit be used for large-scale production?

It can be scaled up for industrial applications, allowing for continuous and large-volume processing.

5 What kind of maintenance does Molecular Distillation Unit require?

Regular maintenance includes cleaning of the evaporator, condenser and vacuum system, checking for leaks, replacing seals and ensuring that the vacuum pump is operating efficiently.

6 Is Molecular Distillation Unit suitable for separating volatile compounds?

It is highly effective at separating volatile compounds from non-volatile impurities.

7 Can Molecular Distillation Unit handle both liquid and viscous materials?

It can process both liquid and viscous materials.

8 Can Molecular Distillation Unit be used to extract natural products?

It is commonly used in the extraction of natural products such as essential oils from plants, cannabinoids from cannabis and fatty acids from fish oils.

9 What role does evaporator play in Molecular Distillation Unit?

It is responsible for heating the material under a vacuum to its evaporation point, allowing for separation of volatile and non-volatile components.

10 Can Molecular Distillation Unit be used to purify waste materials?

It is used to purify waste streams by separating valuable compounds from impurities in chemical and environmental processing.