RXS-400 system has a small footprint and offers simultaneous dual operation. The front enclosure serves as a device that controls media egress by capturing and returning any dust and residual media back to the machine hopper. It aids in noise reduction by surrounding the sliding vertical doors through which the parts enter and exit the blast chamber. Incorporated is a twin spindle feature allows for two part flow.
RXS-400 system has a small footprint and offers simultaneous dual operation. The front enclosure serves as a device that controls media egress by capturing and returning any dust and residual media back to the machine hopper. It aids in noise reduction by surrounding the sliding vertical doors through which the parts enter and exit the blast chamber. Incorporated is a twin spindle feature allows for two part flow.
RXS-400 system has a small footprint and offers simultaneous dual operation. The front enclosure serves as a device that controls media egress by capturing and returning any dust and residual media back to the machine hopper. It aids in noise reduction by surrounding the sliding vertical doors through which the parts enter and exit the blast chamber. Incorporated is a twin spindle feature allows for two part flow.
RXS-400 system has a small footprint and offers simultaneous dual operation. The front enclosure serves as a device that controls media egress by capturing and returning any dust and residual media back to the machine hopper. It aids in noise reduction by surrounding the sliding vertical doors through which the parts enter and exit the blast chamber. Incorporated is a twin spindle feature allows for two part flow.
RXS-400 system has a small footprint and offers simultaneous dual operation. The front enclosure serves as a device that controls media egress by capturing and returning any dust and residual media back to the machine hopper. It aids in noise reduction by surrounding the sliding vertical doors through which the parts enter and exit the blast chamber. Incorporated is a twin spindle feature allows for two part flow.

Indexing Spindle-Blast System

July 16, 2017
Precision grit-blasting machine designed and built for surface treatment of medical implant devices

The GUYSON CORP. dual-expanded, two-station RXS-400 system has a small footprint and offers simultaneous dual operation. The front enclosure serves as a device that controls media egress by capturing and returning any dust and residual media back to the machine hopper. It aids in noise reduction by surrounding the sliding vertical doors through which the parts enter and exit the blast chamber. Incorporated is a twin spindle feature allows for two part flow.

For reclamation, a Model 75/12 cyclone was used. The suction of the reclaim system constantly draws all spent and reusable media and the air from the finishing chamber. 

Once in the cyclone body, the reusable media is centrifugally separated from the fractured media and debris, which is removed from the system by the dust collector. The reusable media remains in the system and is recirculated through the gun.

To balance the reclaim system and ensure negative pressure in the finishing enclosure, a D-1000 dust collection unit was selected. The continuous cleaning feature incorporated in the Guyson collector ensures efficient operation.
Learn more at www.guyson.com