Guyson International says its Formula 1200 bench top blast cabinet is the ideal compact choice for laboratory and light industrial work.
A wide ranging usage includes: the deburring of precision parts, selective conformal coating removal from printed circuit boards, aircraft engine maintenance, repair and overhaul and decorative art glass etching.
The Formula 1200 is equipped as standard with the powerful Guyson 400 high performance suction fed blast gun.
Ideal for most blasting operations, particularly those involving intricate shapes or those requiring a greater degree of precision.
The cabinet itself is fitted with a full opening side loading door leading into a 495x600x460mm blast chamber, which is well illuminated with internal lighting.
The working environment is kept clean and free from dust and blast media by a combination of solid metal construction, close fitting fixtures allowed by good build design and accurate cutting, folding and welding and a powerful F21 dust collector, offered as standard with this size of cabinet.
These are some of the key elements developed over the last 68 years that differentiate Guyson blast cabinets from the cheaper, inferior quality alternatives available through catalogue-type suppliers.
Often this cabinet is used as the base unit for adding the Guyson Pencil Blaster ultra-fine micro-nozzle pressure fed system.
A compact unit, the Pencil Blaster measures only 200mm high by 200mm wide and 230mm deep and has been designed primarily as a retrofit pressure blast-finishing tool to complement most blast cabinet installations.
These units are available as either a single or twin micro nozzle system and are now being factory fitted by Guyson as an optional modification to any new blast cabinet purchased from their standard Formula or Euroblast range.
It can also be used as a freestanding blast unit providing all necessary protective measures are taken.
Dental laboratories and medical departments have found them most useful for surface preparation, cleaning and deburring of orthodontic devices and stents, surgical instruments and medical implants.
While many electronic repair and rework shops find these systems excellent for the removal of conformal coating from failed components; offering a safe, low cost, and quick way to clean off the coating from a specific localised area and then replace the failed component, returning the board back to use.
