Welcome to the most highly regarded CONSERVATION LASER supplier in the world, bringing together the products and expertise of all the leading manufacturers into a single 'one stop shop'.

Over the past 15 years LYNTON CONSERVATION, EL-EN and QUANTA SYSTEMS have each developed their own range of laser systems to meet the overwhelming need for minimal intervention in conservation work. With over a decade of use, conservation lasers are now proven to provide a high quality clean without compromising the integrity of the object or introducing unwanted chemicals.

Our lasers have been used across the world, successfully to remove the soiling and corrosion layers found on a wide variety of historic materials including; stone, terracotta, plaster, wood, bone, ivory, parchment, paper, textiles, feathers and many more.

TEL: +44(0)1477 536977

EMAIL: INFO@LYNTON.CO.UK

LYNTON HOUSE

MANOR LANE

HOLMES CHAPEL

CHESHIRE

CW4 8AF

UNITED KINGDOM

Lynton have been supplying and advising the Conservation industry for over 15 years and have a proven track record of excellence within this field.

WHY USE LASERS?

Laser cleaning is a valuable addition to the conservator’s toolbox offering a highly selective, reliable and precise method of removing layers of corrosion, pollution, unwanted paint and other surface coatings.

The laser is an extremely controllable alternative to more conventional techniques helping to remove unsightly and damaging layers from the surface of artworks in a wide range of sculptural materials including marble, bronze, ivory and aluminum.

Lasers have been widely and successfully used to clean historic artefacts, sculptures and ancient monuments, while preserving the patina, fine surface detail and important surface coatings.

© Lynton Lasers Ltd

Registered in

England & Wales 2956199



You are viewing the text version of this site.

To view the full version please install the Adobe Flash Player and ensure your web browser has JavaScript enabled.

Need help? check the requirements page.

Get Flash Player