Strong, versatile and cost effective

Torbo's line of products were developed to effectively do any cleaning/blasting job. We have products for large industrial jobs as well as delicate preservation projects.

The "big boys" of the Torbo product family were designed for heavy commercial and industrial work, where high production rates are required.

The tank capacities run from 7 cu.ft. to 19 cu.ft. (200 to 540 ltrs.), with larger sizes available as custom designs. Trailer mounted models are custom designed to meet customer specific needs i.e., compressors, water tanks, work boxes, hose winches, goose neck, bumper pull, etc. These units will handle all kinds of commercial and industrial applications i.e., removal of concrete or paint by the layer, removal of rust, simple cleaning, taking metal to any degree of blast cleanliness, etc. Torbo is the choice of many coatings manufactures for pretreatment of the surfaces to be coated.

Have a look at the advantages:

High coverage
Consumption of blasting media reduced by 60%
Very low consumption of water
Multiple use of blasting media is possible
Minimized or no containment required
Dry blasting media not required (saves storage costs)
Long service life of all parts subject to wear
Adjustment possibilities for every job scenario
Rust inhibitor injection available
Can blast up to 800 ft. in height
Lead Abatement
Asbestos Abatement

The smallest machines in the Torbo product line were developed to fill the specific needs that larger, heavier equipment could not fulfill. Designed for the gentle/sensitive blasting market, these machines have no equal.

The tank capacities run from 2.6 to 4.2 cu.ft. (80 to 120 ltrs.), which allows for maximum mobility, as needed. Whether faced with cleaning sandstone monuments, preservation or restoration work, cutting designs into glass, or removal of graffiti, these machines will do the job. Torbo's ability to use any media heavier than water, which includes all of the "natural" abrasives, eliminates the concerns about efflorescence or time-delayed chemical reactions. The infinitely variable adjustments of the systems allow for job specific risk control.