World Leader in
Hemp Processing & Manufacturing Technologies
HempTrain Advanced Processing System and NForce-Fiber Manufacturing System
HempTrain™
Engineering the FUTURE of hemp processing.
The HempTrain™ Advanced Processing System is a state-of-the-art, automated technology that non-destructively processes baled hemp straw into high-value outputs, including long, strong fiber and spec-sized hurd fractions. Since it’s launch in 2018, HempTrain™ enables access to multi-billion-dollar industrial markets while significantly reducing capital and operating costs across the hemp processing value chain.
HIGH FIBER FEEDSTOCK PROCESSING
HempTrain™ utilizes a unique, non-destructive processing technology with anti-jamming controls to preserve long, intact fibers up to 36” (1000 mm), maximizing fiber strength and overall material value.
FIBER CLEANING & SEPARATION
Integrated cleaning modules enable efficient hurd-fiber separation, producing cleaner, higher-quality fiber while increasing hurd production
HURD REFINING & SIZING PRECISION
The patented Hurd Refiner & Sizer is engineered to process decorticated hemp hurd into clean, consistently sized fractions. This controlled sizing capability improves material uniformity, enhances downstream performance, and maximizes the value of processed hurd for industrial applications.
HIGH THROUGHPUT CAPACITY
Designed for industrial-scale production, HempTrain™ processes up to 3,000 lbs per hour (feedstock dependent), supporting continuous, high-volume operations.
NForce-Fiber™
An Engineered Fiber That REINFORCES Concrete Systems.
High-performance natural fiber reinforcement for concrete and shotcrete systems, engineered to improve durability, workability, and crack resistance while replacing conventional synthetic technologies.
CRACK CONTROL & STRUCTURAL PERFORMANCE
Reduces plastic shrinkage cracking while improving flexural strength, crack control, and overall volumetric stability in cementitious systems.
SUPERIOR MIX INTEGRATION
Exceptional dispersibility in concrete and shotcrete mixes, improving uniformity, cohesion, and reducing segregation, rebound, and material loss.
ENHANCED FINISH & WORKABILITY
Improves surface finish quality with non-protruding fiber performance while increasing workability, placement efficiency, and reducing sag and sloughing in shotcrete applications.
SAFER, SUSTAINABLE & COST-EFFECTIVE
Eliminates the need for blow torch treatments, enhances job site safety, and provides a sustainable, cost-effective alternative to conventional synthetic reinforcement technologies.