Precision X10 MSE – Multi-Solvent Extraction System Overview

Precision Extraction Solutions' Founder and CTO, Nick Tennant, walks you around the The X10 MSE, Multi-Solvent Extraction System. The X10 MSE is Precision Extraction’s flagship extraction system. Utilizing hydrocarbon or ethanol solvents, the X10 processes more than 10 lbs of material per run with

By |2019-05-29T17:16:20-04:00April 1st, 2019|

Precision X40 MSE – Multi-Solvent Extraction System Overview

Precision Extraction Solutions' Founder and CTO, Nick Tennant, walks you around the X40 MSE. This Multi-Solvent Extraction System is our company’s mid-size batch extraction system. Utilizing hydrocarbon or ethanol solvents, the X40 MSE processes up to 40lbs of material per run* making it ideal

By |2019-05-29T17:17:58-04:00March 18th, 2019|

Precision is Breaking Ground on Europe’s Largest Hemp Extraction Facility

Precision Extraction Solutions Named Exclusive Equipment Supplier of Canapar S.r.L. DETROIT, MI USA, February 12, 2019 – Precision Extraction Solutions (“Precision”), a market leader in cannabis and hemp extraction technology, has been named the exclusive equipment supplier of Canapar S.r.L. (“Canapar”) for the development and

By |2019-05-29T17:21:16-04:00February 13th, 2019|

MPX Enters Into Extraction Agreement With Southern California’s Largest Cannabis Processing Facility, Case Farms Collective

Relationship will provide a full scale operation of services to MPX’s proprietary specifications and guidelines, establishing the Company’s footprint in California TORONTO, July 19, 2018 (GLOBE NEWSWIRE) -- MPX Bioceutical Corporation (“MPX” or the “Company”) (CSE:MPX) (OTC:MPXEF) today announced an agreement with Case Farms Collective

By |2019-03-14T00:08:28-04:00July 19th, 2018|

Understanding & Maximizing Production Capacity

Input Material & Operator Experience One of the most common questions that we’re asked at Precision® is, “How much material will my lab be able to process per shift?” While the question may seem simple on the surface, the answer is much more complicated

By |2019-05-29T17:01:57-04:00October 24th, 2017|