Automated blast cleaning improves on all those areas that are weak in manual blasting and brings key process parameters under control and provides a high degree of repeatability, so long as the geometry of the components is relatively simple. However, due to the linear nature (x-y axis) of traditional automated process control, when the shapes and contours of the components are complex, and the blasted surface finish is critical, a conventional automated blast system may not be able to meet all the precision component manufacturer's quality requirements.

Fully automated robotic precision blasting systems are proven to deliver real daily running cost savings in both compressed air consumption and media usage. Far fewer blast guns are required than in the traditional blanket coverage approach with multiple guns. Additional regular cost savings from robotic blasting include greatly reduced blast media costs through less media breakdown and lower wastage. Furthermore, a smaller and cheaper dust collector can be specified, with reduced waste requiring disposal. Introduction of this type of precise robot blasting can also eliminate operator Health & Safety risks relating to both RSI and vibration white finger problems. For complex precision components and shot peening, robotically controlled blasting delivers an outstanding range of benefits. It delivers a precise blast stand off distance around the surface contour of the most complex shapes coupled with the minimum of overspray and the maximum of blast efficiency.

Bebefits Include:

• Precise blast profile
• Repeatable surface treatment
• Simplified blast validation capabilities
• Fast set-up and recall of blast profiles to match components
• Lower running costs compared to multiple blast gun systems
• Elimination of RSI and VWF operator injuries
• Lights out blast procedure possible
• Frees up operator personnel.