Ayce Systems is proud to be THE leading UK supplier of SMART Repair Systems, consumables and after-care support to the automotive refinish industry. This unrivalled service is supported by our state-of-the-art practical training programmes, covering all aspects of the SMART repair industry.
Our dedication to maintaining our position at the forefront of SMART Repair Research & Development ensures that we can deliver the latest in both products and techniques, keeping our customers at the forefront of all aspects of SMART Repairs.
The revenue potential for SMART Repairs is worth millions. Our research has proven that 70% of all cars driven by the general public have a requirement for a least one SMART Repair with an average retail charge of £70 per repair. In the UK at present there are over 30 million vehicles on the road, representing a market potential in excess of £1.5 billion. So what are you waiting for?
Our systems are designed for use by both static and mobile SMART Repair Technicians and utilises the highly acclaimed 2007 compliant Sikkens Autowave© waterborne tinters. All our equipment and consumables are of the highest quality, offering excellent reliability and first class results.
Ayce Systems has been developing and manufacturing products for SMART Repairs for a number of years. Our specially formulated solvents are unique to ourselves and we are market leaders in preparation, removing and lacquering in the SMART Repair market. We are acutely aware that just having the equipment and training is not enough to make your business a success, therefore we are very proud to offer extensive After Sales back up, Technical Support and Marketing for all our customers to ensure their initial and continued success.
Some of our competitors have lowered themselves by trying to pass themselves off as Ayce Systems in order to get business, not only unethical but very desperate actions. There is only one Ayce Systems, make sure that you are communicating with the leader in the field by contacting Ayce Systems without delay.