ROBOT SANDING
Whether it is working with small objects or large surfaces, robotic sanding can complete a beautiful product with a variety of different materials, shapes, prior to painting, or a fixing stage in the development of production.
Additionally, sanding robots can be paired with advanced software that enables them to sense and see their environment and work pieces. This ability to see and feel with the new vision and force sensing software raises the technical capabilities of robots and improves the overall economics of their use. These superior capabilities also enable an easier adaptation to varying surfaces, part variations, dimensions, locations, and consistency of materials.
Robotic automation is constantly adapting and evolving at quick speeds to meet the desires of the customers. This makes integrating a robotic sanding system the perfect solution for your surface finishing needs.
Standard robotized welding cells consist of:
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one or two welding robots with stationary assembly or working on linear units,
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the dedicated set of welding fixtures,
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one or two welding positioners (single-axis, tilt-rotary, three-axis H-type or K-type),
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welding source for the chosen method MIG/MAG, TIG or other,
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welding torch cleaning station with wire cutting unit,
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wire feeder working with a wire spool or barrel ,
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welding safety fence with auxiliary safety devices (safety curtains, safety scanners, interlocking, e-stop buttons etc.),
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ventilation system with extraction and filter for high levels of smoke and fumes ,
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control panel, connected to the master control system.
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MIG/MAG welding
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High performance welding
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TIG welding
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Plasma welding
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Cold Metal Transfer CMT
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Spot welding
Welding positioners optimize the welding time and floor space, allowing production to flow more efficiently and reduce costs by decreasing floor space and increasing welding speed and quality. Not only do welding positioners financially help the company, but they also have an enormous effect on the end product quality.