Variable Speed DC Rod Dryer

Take complete control of your rod finishing process with the Flex Coat Variable Speed DC Gearmotor (VSM). Designed for custom rod builders who demand precision, this advanced finishing motor combines smooth variable speed control with the power and reliability Flex Coat is known for.

Whether you're applying epoxy at a slow, controlled pace or increasing speed for inspection and setup, the VSM gives you the flexibility to work exactly the way you want. The integrated variable speed controller features a convenient on/off switch, while the precision slip clutch allows you to stop the rod instantly without shutting off the motor. A self-adjusting chuck securely grips a wide range of blank diameters, making rod changes quick and effortless.

The latest VSM features a heavy-duty slotted aluminum motor mount, allowing you to easily adjust the rod center height from 5-1/4" to 7-3/8" for better alignment with your wrapper or drying setup. It also includes an updated 3D-printed base that provides a lightweight yet stable platform for years of dependable performance.

Proudly made in the USA, the Flex Coat VSM delivers the precision, durability, and craftsmanship that custom rod builders have trusted for decades.

Features & Benefits

• Variable speed DC gearmotor provides precise finishing control
• Integrated variable speed controller with convenient on/off switch
• Precision slip clutch allows instant rod stops without powering down
• Self-adjusting chuck accommodates a wide range of rod blank diameters
• Heavy-duty slotted aluminum motor mount for easy height adjustment
• Adjustable rod center height from 5-1/4" to 7-3/8"
• Updated lightweight 3D-printed base
• Smooth, quiet operation for applying flawless finishes
• Built for both hobbyists and professional production shops
• Proudly made in the USA

Important Note

Care Tip: The VSM features a durable 3D-printed base. To help maintain its shape and performance, avoid storing or operating the motor in direct sunlight or other high-heat environments for extended periods, as excessive heat may cause the plastic components to warp.