Industrial Conveyor Belts & Engineered Material Handling Systems
High-incline conveyors, proprietary one-piece molded sidewall belting, and portable railcar transloaders engineered to move more material with fewer transfers, less downtime, and lower operating costs.
Every ton matters.
From the first pound moved to the last, throughput lost is money lost. That's why the incline, the footprint, and the belt itself are engineered — not assumed.
Not ready to talk? Find out whether your belt has the right molecules.
No glue. No separation. No compromise.
Our sidewalls and cleats are molded into the belt as one piece — never glued or mechanically attached — eliminating the glued-joint delamination that fails conventional sidewall belts.
One belt. Fewer transfers.
Move material directly from inlet to discharge with fewer conveyor transfers, reducing dust, spillage, maintenance, and system complexity.
Built to last.
Our proprietary one-piece molded conveyor belting has no glued-on sidewalls or cleats, eliminating glued-joint delamination and providing superior durability.
More tons. Less space.
Our high-incline conveyor technology moves bulk material through steep elevation changes while minimizing the equipment footprint.
Engineered for your application.
Custom-engineered conveyor solutions designed around your material, required throughput, elevation changes, and operating conditions.
Who we work with.
OEM Conveyor Belting
One-piece molded sidewall and cleated belting for your equipment.
Explore belting→Engineered Conveyor Systems
High-incline systems built around your material and site.
View systems→Scorpion Transloaders
Portable railcar transloaders — rent, try, or buy.
See the models→Belting Distributors
Carry belting with no glued joints to fail.
Become a partner→Transloader Dealers
Sell and rent the Scorpion line in your territory.
Dealer program→
We don't name names. We do have receipts.
“An oil and gas service provider moved from bottleneck to pace-setter through the same footprint.”
Tell us what you're moving and where it needs to go. We'll engineer a solution to get it there.