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MIDASXII supercritical CO2 technology delivers unparalleled terpene extraction capabilities and user control, allowing our customers to produce full spectrum ultra-premium products with greater flavor, aroma and plant-based effects.

KEY FEATURES

Improves the yield and quality of your extraction cycle using a custom designed automated control logic

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HARMONIZED FLOW

Improves the yield and quality of your extraction cycle using a custom designed automated control logic

SENSE AWARE

A unique solution for opening and closing the extraction vessel that dramatically reduces time and labor while increasing overall system safety

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QUICK CLOSURE

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True, customizable process development can be achieved with using parameter inputs while using one of the broadest cycle ranges available in the industry

CYCLE PARAMETERS

TECHNICAL SPECIFICATIONS

​​​​​PHYSICAL

  1. MIDAS XII Dimensions: 53” x 30” x 75” (1590 square inches required)

  2. Weight: 840 Lbs Display: 17” projected capacitance

  3. Display: TFT / LCD touchscreen monitor

ELECTRICAL

  1. Device Input: 15Amps Max; 208-240VAC 1-Phase Compressor

  2. Input: 30Amps – 60Amps Max; 208 – 480VAC; 3P

EXTRACTION

  1. Loading/ Unloading: Fully automatic – handsfree quick closure system

  2. Loading Capacity: 9 Lbs. fine ground plant material

  3. ASME Certified Pressure: 3000 psi

  4. Max Programmable Pressure: 2700 psi

  5. Operational Temp. Range: 90 -145°F

SEPARATION

  1. Separation Vessels: Twin vessels in parallel or in phased sequence

  2. Collection Capacity: 2 x 1 .2 L

  3. Max Operating Pressure: 750 psi

PROCESSING POWER

  1. Adjustable Processing Time: 45 – 90 min / Lb

  2. Typical Flow Rate@ SCCO2: 14 oz/min

SAFETY

  1. ASME Validated Pressure Vessel: American Society of Mechanical Engineering pressure rated

  2. Redundant Pressure Safety: Three tiered system of mechanical and automated software safety features designed to protect the user, system and product. A unique solution for opening and closing the extraction vessel that dramatically reduces time and labor while increasing overall system safety.