Helping LML Ltd maintain and measure micro products
Laser micromachining is a highly advanced process pivotal for achieving precision material removal or alteration at the microscopic level, and microscopic precision is not merely advantageous but essential for pushing the boundaries of innovation and manufacturing excellence. LML Ltd. came to Optimax seeking a new way to offer unparalleled accuracy in order to meet the stringent demands of industries they serve.
A new breed of high spec measurement tools is an essential
LML Ltd, like many others had been checking and measuring on a calibrated metrology tool. To meet the new exacting demands, they needed high specification metrology tools, and we recommended the Swift Duo calibrated to a UKAS standard for a certified validation of the measurements made on the system. With the tool, micro-features can be measured accurately, repeatably, and easily and the measurement data can be recorded and shared.
Dr. Nadeem Rizvi, Managing Director of LML commented: ‘The Swift Duo is a high-resolution system with the unique advantage of being an optical microscope and a digital measurement system within the same unit. It has added greatly to our micro-manufacturing operations. The ability to machine complex parts and measure them accurately with a calibrated microscope has been instrumental in enhancing our services to existing clients and capture new business from a wide range of demanding industries.”
Swift Duo
For measurements on a micro scale, we recommend the Swift PRO Duo, the only video measuring system to incorporate an ergonomic measuring microscope.
Those difficult-to-view samples can now be measured and inspected on the same system, in the same routine, by the same operator. Swift PRO Duo provides fast and accurate measurement of both routine and complex precision parts.
With a rich suite of measurement and reporting features, it is the right measurement tool for a broad range of applications, from electronics and aerospace to automotive, plastics and medical device manufacturing.
