top of page

Wischfilm-/Kurzweg-Destillationsanlagen

Wischfilm-Destillation.png

Kurzweg-Destillationseinheit

short-path-distillation.png

- SPD-Serie

  • Siedekolben: 2L bis 20L

  • Vakuum: ca. 5 Pa (optional Diffusionspumpe bis 0,1 Pa)

  • Gefäßmaterial: 3.3 Borosilikatglas

  • Kühlfalle: 3.3 Borosilikatglas oder SS316L Edelstahl

  • Isoliermantel: inklusive

  • Schlüsselfertiges Projekt: ausgestattet

Glass Wiped Film Distillation Unit

glass-molecular-distillation.png

- GMD-Serie

  • Feed rate: 0.5 - 17.5 kgs/h

  • Material: 3.3 high borosilicate glass

  • Turnkey project: equipped

  • Customization: cascade design

  • Optional: stainless steel cooling coil  cold trap + -80℃ chiller + extra terpene condenser

  • Continuous feeding & discharging

Hybrid-Wischfilm-Destillationseinheit

hybride-molekulare-destillation.png

HMD-Serie

  • Förderleistung: 1,25 - 17,5 kg/h

  • Material: 3.3 Borosilikatglas + SS316L Nassteile

  • Schlüsselfertiges Projekt: ausgestattet

  • Anpassung: Kaskadendesign + Zwei- und Dreistufensystem

  • Optional: Kühlschlangen-Kühlfalle aus Edelstahl + -80℃-Kühler + ein zusätzlicher Terpenkondensator + ein Rückstandsheizer für die ummantelte Rohrleitung

  • Kontinuierliche Zufuhr und Entladung

Edelstahl-Wischfolie
Destillationseinheit

Edelstahl-Molekulardestillation.png

-SMD-Serie

  • Feed rate: 2 - 500 kgs/h

  • Material: entire SS316L stainless steel

  • Turnkey project: equipped

  • Customization: cascade design + dual & three stages system

  • Optional: mainly according to your requirements

  • Continuous feeding & discharging

Optionales Upgrade auf ein mehrstufiges System

Profitieren Sie von unseren starken F&E-Kapazitäten und unserer umfassenden praktischen Erfahrung. Lab1st bietet anpassbare Designs für Pflanzenöl-Destillationssysteme und die schlüsselfertige Lösung für die Pflanzenölextraktion, von Biomasse bis hin zu hochreinem Pflanzenöl.

双级混合.37_副本.jpg

Zweistufiges Design

混合三级_副本.jpg

Dreistufiges Design

Wiped film/molecular distillation is a special liquid-liquid separation technology, which is different from the traditional distillation by the boiling point difference separation principle, but by different substances molecular movement of the average free path difference to achieve separation. 

It is the best thermal separation method for heat-sensitive material because it is the gentlest type, causing the least amount of thermal degradation of the product.

 

Our wiped film evaporation and distillation system are widely used for plant oil, garlic oil, cod liver oil, and chemical and pharmaceutical industries.

 

Shorter residence time, lower separation temperature, the capability of continuous and unattended operation makes LAB1ST wiped film molecular (short path) evaporation and distillation system stand out.

What is the difference between wiped film molecular distillation and a short-path distillation kit or a fractional still?


  • Molecular distillation is the same as short path distillation. Both imply the use of a high vacuum and a condensing surface close to a heated evaporating surface. 

  • However, "short path distillation kit" usually refer to with a basic glassware setup consisting of a basic boiling flask with a neck leading to a condenser and receiving flask. The kit usually includes glassware, vacuum pump, chiller, heating mantle and all accessories.

  • A molecular still is not a fractionating still. Fractionating still equipment implies the use of a vertical packed column providing multiple equilibrium stages or "theoretical plates", which requires the condenser to be located far from the boiling flask and only accessible after a sometimes quite long obstruction of the packed column, which is a problem for heat sensitive materials such as cannabinoids. A single theoretical plate of a molecular still is sufficient for most cannabinoid work with minimal product degradation.

Anchor 1

Erhalten Sie sofort ein Angebot

Need to speak to a LAB1ST expert?

Please complete the form below for your general request, product or service inquiry.

Thanks for submitting!

bottom of page