Extraction Equipment
Terpene Extraction for Botanicals: Processes, Pitfalls, and Performance at Scale
Terpene extraction is often described as the pursuit of aroma, but in a production environment it is also the pursuit of control. Terpenes are volatile, reactive, and easily lost to heat, oxygen, light, and time. They can evaporate during drying, degrade during processing, and disappear during aggressive solvent removal. When an operation treats terpenes as…
Read MoreDesigning for GMP Extraction: Equipment, Documentation, and Controls That Scale
GMP extraction is not a single checklist item. It is a way of running a botanical extraction operation so that quality, safety, and consistency are built into every step. When a facility adopts Good Manufacturing Practice standards, it commits to controlled processes, defined responsibilities, validated equipment, and documentation that proves the work was done correctly.…
Read MorePreparing for NFPA 420: Ventilation, Detection, and Extraction System Design That Stands Up to Inspection
NFPA 420 is reshaping how the industry talks about fire and life safety in botanical growing, processing, and extraction facilities. Whether you are building a new operation or modernizing an existing site, NFPA 420 compliance is becoming a practical benchmark for what safe and approvable looks like. At MACH Technologies, we build extraction systems for…
Read MoreWhy Automation Is the Competitive Edge in Botanical Extraction
In an industry where margins are tighthat tightening and regulatory demands continue to intensify, botanical extraction operators are discovering that operational efficiency is no longer optional—it is the defining factor that separates market leaders from those struggling to compete. The integration of automation into extraction workflows represents one of the most significant opportunities for operators…
Read MoreUnderstanding Extraction System Throughput: How to Measure, Improve, and Scale Production
In industrial botanical processing, extraction system throughput is one of the most important — and most misunderstood — performance metrics. While many facilities focus on yield or solvent choice, throughput ultimately determines how much material can be processed efficiently over time. Understanding how extraction system throughput works — and how to improve it — is critical for…
Read MoreBatch vs. Continuous Extraction Systems: How to Choose the Right Approach
Choosing between batch extraction systems and continuous extraction systems is one of the most important decisions a processing facility can make. Each approach offers unique advantages depending on production goals, throughput requirements, and long-term scalability. Understanding how these systems differ will help operators design an extraction workflow that maximizes efficiency, quality, and return on investment. What Are Batch Extraction…
Read MoreUnderstanding C1D1 and C1D2 Environments in Botanical Extraction Facilities
When designing a botanical extraction facility, one of the most common questions our engineering team receives is about environmental classifications—specifically, the difference between Class 1 Division 1 (C1D1) and Class 1 Division 2 (C1D2) rooms, including the important focus on c1d1 and c1d2. These classifications are defined by the National Electric Code (NEC) and play a crucial role in determining what type…
Read MoreBenefits of Automated Solvent Recovery
Solvent Recovery Improves Solvent Reuse Ensures Consistency & Control Reduces Loss Allows for Rapid Processing Minimizes Environmental Impact Enhances Safety for End-Users ASR Series Automated Solvent Recovery System Improve Process Efficiency Automated solvent recovery systems are becoming essential to enhancing efficiency and environmental sustainability in botanical operations. These systems are designed to recover and recycle…
Read MoreImprove Efficiency & Safety With Automated Commercial Botanical Equipment
Learn more about why automated commercial botanical extraction equipment can reduce costs, ensure consistent quality, and improve consumer safety.
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