Continuous Pass-Through Wire Mesh Conveyor Style Machine Specifically
Designed for the Surface Treatment of Marble, Granite and Cement Products
Continuously Variable Blast Wheel Speed and Pass-Through Speed
Volume Air Abrasive Recovery and Cleaning System at Exit
Accommodates Work pieces up to 47.24” Wide x 11.8 “ High
Floor Installation – No Pits
The TRL series of
machines is a pass through wire mesh conveyor type machine specifically
designed for the surface treatment of marble, granite and cement products.
Entire surfaces of each work piece can be treated or decorative designs can
be etched into work pieces with the use of stencils. Work pieces with
overall dimensions and weight not exceeding the specifications can be
blasted in continuous operation. Work pieces are placed onto a steel wire
mesh conveyor and transported through the blast cabinet where overhead blast
wheels are positioned to ensure that the entire work piece surface is
exposed to the blast stream.
openings in the entry and exit vestibules are shrouded by wear resistant
rubber curtains to limit the escape of stray abrasive. The exit vestibule
is fitted with a high pressure fan powered blowing system for thorough
cleaning of the work pieces as well as for recovering any residual
abrasive. This machine is designed to allow for installation on a flat
floor, not requiring any pits or pockets.
All OMSG shot blast
machines include an integral abrasive recovery and cleaning system. After
passing through the blast wheel, the abrasive is collected, separated from
the resulting dust and other contaminants, and then stored in a hopper,
ready for reuse. Collected contaminants are stored in a separate hopper for
All machines utilize
replaceable highly wear resistant materials in critical locations. All
machine control systems are pre-piped and pre-wired. All machine dust
exhaust ports are pre-piped to a central collection point, ready to be
connected to an external dust collector or optionally, a fully integrated
dry cartridge type dust collector can be provided.