
Guyson offer a free, no obligation test and evaluation service to all prospective customers.
Comprehensive testing of actual customer products is the only way to truly establish the correct blasting and cleaning parameters and equipment that Guyson would recommend to our customers.
Prospective users of either Guyson manual or automated systems are encouraged to submit sample components for free feasibility testing in the company’s extensive development workshop at Skipton, England.
New Addition to Demonstration Room
Guyson has recently upgraded its advanced robotic capabilities in the demonstration and engineering centre to assist its customers with their process evaluation and precision blast simulation. With this fully integrated working robotic cell incorporated into the demonstration area of the factory, Guyson will be able to further demonstrate how adoption of these sophisticated new precision robotic blasting techniques can deliver investment cost savings over traditional multiple blast gun systems, which are often much larger and more complicated to validate and continuously maintain.
Fully automated robotic precision blast 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.
New ‘Precision Cleaning Facilities’ (PCF)
Guyson International, whose brands include the widely known ‘Kerry’ ranges of ultrasonic precision cleaning equipment, is investing for the future and has recently built a new ‘precision cleaning facility’ into its demonstration and showroom area at its Skipton manufacturing site.
In response to a strong industry demand the new precision cleaning facility allows customer component trials, demonstrations and precision cleaning development work to be undertaken in a controlled environment - an increasingly requested process requirement from high end medical implant, aerospace and electronic PCB manufacturers who are working hard, with Guyson’s assistance, to achieve validation for their cleanliness processes.
The new facility encompasses a representative variety of Guyson’s Kerry ultrasonic precision cleaning equipment, including Microclean multi-stage aqueous and Microsolve mono and co-solvent machines. The latter are fitted with an ‘Autotrans’ automated work transporter which reduces the problem of solvent ‘drag-out’, the unintentional loss of cleaning solution when components are transferred through the cleaning process, and also allows production throughput to be maximised while ensuring consistent cleaning quality from batch to batch. Cleanliness testing is also provided for with rigorous analytical equipment.
Richard Standing, Guyson’s Business Development Manager, stated “We have invested in this new facility to demonstrate to clients the many advantages of using Guyson’s precision cleaning equipment. Offering a similar, high quality, clean working environment to our customers’ is the only way forward. This latest customer facility, coupled with Guyson’s free component trials service, enables our clients to visit and prove that their intended process cleanliness requirements can be met and so remove any concerns before they invest in new capital equipment.”
To contact the UK - Finishing Equipment - Sales, Technical, Demonstration and Manufacturing division:
Tel: +44 (0)1756 799911
Fax: +44 (0)1756 790213
Email: info@guyson.co.uk
For other contact information please visit the contact page.
To contact the Hose & Couplings division:
Tel: +44 (0)1943 870044
Fax: +44 (0)1943 870066
Email: leeds@guyson.co.uk
For other contact information please visit the contact page.
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