Guyson International Ltd - Guyson International

Guyson International Limited is a privately owned family company with a world-wide reputation for excellence in the design and manufacture of blast finishing, spray wash and ultrasonic cleaning equipment - as well as being the UK supplier for all your hose and coupling requirements. Formed over 70 years ago, the company is registered to BS EN ISO 9001: 2008 and our head office is located at Skipton, North Yorkshire, in the north of England.

The Guyson ‘Kerry’ branded ultrasonic cleaning equipment includes both aqueous and solvent systems and a range of ultrasonic generators to power them.

The Kerry Pulsatron, aqueous ultrasonic KC & MKC baths, KS tanks and UCR & CRD 2-3 stage systems, are normally used for lower volume cleaning with manual handling; Microsolve and Microclean systems are designed for higher throughputs and often automated. Kerry KST submersible transducers can be supplied with tank or retro-fitted to an existing process.

Guyson also manufactures aqueous spray washing equipment for a wide variety of washing, precision cleaning, degreasing, rinsing and drying applications.

Available is a comprehensive range of aqueous spray wash equipment including Marr-Line conveyorised tunnel washers, Orbit rotary basket washers, Formula 950 rotary drum washer for small parts, a SC1000 PCB stencil cleaner and a Formula 750 compact high impact hot aqueous spray washer designed for the workshop.

When the shapes and contours of 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. For complex precision components and shot peening, Guyson 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.

Guyson robotic blasting and advanced motion programming is having a dramatic impact on surface quality. Even when blasting components of the most complex shape, the correct angle, offset and surface speed are constantly maintained. Operator errors in blast gun and part manipulation can be eliminated, and the limitations of conventional automatic blast machines can be overcome, resulting in a major improvement in the degree of consistency in quality.