Skip to main content
v2026.11,610 entries · CC-BY 4.0

Ask a research-administration question

Answers are drawn from CASRAI and the rest of the CASRAI corpus, with a link to every source.

Answers are AI-generated from CASRAI’s own published pages and can be wrong, so check the linked sources before relying on one; your question is logged without personal data — never sold, never used to train a third-party model — to show us what CASRAI is missing, so please do not type personal or confidential details. How we use this

CASRAI is the reference for research administration — bookmark it for the next question.

Beaker & Wrench 40L Decarb Reactor

SKU BW-40LDR

Beaker & Wrench

Beaker & Wrench 40L Decarb Reactor

in Reactors

$46,000.00

In stock

Decarboxylation reactor that processes 40 L of crude in three hours under vacuum, with a VFD overhead mixer, overflow protection and clean-in-place.

Buying through procurement?

Generate a formal quotation for 1 × this item, plus our W-9 — everything your finance department needs to raise a purchase order.

Ordering several items? Add them to your cart, then create one quote for the whole cart.

Description

Beaker & Wrench Decarboxylation Reactor
Beaker & Wrench’s Decarboxylation Reactor is designed for the complete decarboxylation of cannabis, efficiently processing 40l of crude in just 3 hours. This advanced system not only performs decarboxylation but also removes light and medium-weight terpenes under vacuum, significantly improving the terpene stripping portion of distillation.
Key Features and Benefits

Efficient Decarboxylation:

Completes the decarboxylation of 40L of crude in 3 hours, making it one of the fastest and most efficient reactors available.

Terpene Stripping:

Removes light and medium-weight terpenes under vacuum, enhancing the efficiency of the distillation process.

Advanced Mixing:

Includes an overhead mixer with a programmed VFD (Variable Frequency Drive) for precise stirring and foaming prevention, ensuring consistent processing.

Overflow Protection:

An overflow sensor and blow-off valve provide ‘set and forget’ convenience, protecting the system from overflows and maintaining safety.

Easy Loading and Unloading:

Material can be loaded and unloaded through ports utilizing a 5-way valve control, streamlining the process and reducing downtime.

Clean In Place (CIP):

Integrated CIP process allows for easy cleaning and maintenance, preserving the longevity and efficiency of the equipment.

Beaker & Wrench’s Decarboxylation Reactor is an essential tool for efficient and effective cannabis oil processing. Its ability to handle large volumes quickly and integrate seamlessly into your distillation process makes it an invaluable addition to any production facility. With features designed for ease of use, safety, and thorough processing, this reactor ensures high-quality output with minimal hassle.

40L Decarb Spec Sheet

Specification

Details

Total Capacity

56 Liters (40L recommended max fill for decarboxylation)

Power Requirements

Single NEMA 14-30 plug (30 amp, 230V circuit)

Heating Element

3 kW

Mixing Motor

3/4 HP

Vacuum Pump

2.3 CFM chemical duty vacuum pump, 25 torr ultimate vacuum

Frequently asked questions

How long does a decarboxylation run take?+

The manufacturer states complete decarboxylation of 40 L of crude in three hours.

Does it strip terpenes as well?+

Yes. It removes light and medium-weight terpenes under vacuum, which the manufacturer describes as improving the terpene stripping portion of distillation.

What is the total vessel capacity?+

The spec sheet gives a total capacity of 56 litres against a 40 L working charge.

How is mixing controlled?+

An overhead mixer on a programmed VFD (variable frequency drive), specified for precise stirring and foaming prevention.

What overflow protection is fitted?+

An overflow sensor and a blow-off valve, which the manufacturer describes as giving set-and-forget operation.

How is material loaded and cleaned?+

Material is loaded and unloaded through ports controlled by a 5-way valve, and the reactor has an integrated clean-in-place (CIP) process.

Referenced across the research world

University of Cambridge logoColumbia University logoCrossref logoUniversity of Edinburgh logoHarvard University logoUniversity of Oxford logoPrinceton University logoStanford School of Medicine logoUniversity College London logoORCID logoUniversity of Cambridge logoColumbia University logoCrossref logoUniversity of Edinburgh logoHarvard University logoUniversity of Oxford logoPrinceton University logoStanford School of Medicine logoUniversity College London logoORCID logo
  • University of Cambridge logo
  • Columbia University logo
  • Crossref logo
  • University of Edinburgh logo
  • Harvard University logo
  • University of Oxford logo
  • Princeton University logo
  • Stanford School of Medicine logo
  • University College London logo
  • ORCID logo

View CASRAI adoption →