From turbine fans to cylinder bores to brake discs, when surface roughness tolerances are critical MicroDynamics’ provides the measurement solution. Rugged and flexible enough for the production environment, the µQC allows for the capability of “lights out” inspection of critical parts with a high degree of accuracy and repeatability.
MicroDynamics’ non-contact, non-destructive measurement technology is perfect for motor manufacturing, micro-machining, wear analysis or countless other applications, the nanometer surface analysis capabilities of the µQC is the perfect fit. The advent of the µQC BoreScope adds a level of inspection ability on small cylinder bores that has been previous unachievable through non-contact techniques.
Exacting specifications are rarely more important than those required in medical devices and implants. The high tech engineering of modern medical devices calls for specific tolerance ranges of many surfaces; tolerances that can be measured by the µQC. Failure to achieve required tolerances will often lead to rejection of the device, which is simply not an option. It is not good for the health of the patient or the economic stability of the manufacturer.
MicroDynamics has been the leader in cell volume measurement in the flexographic and roto-gravure printing industries for most of the last decade. The 3DQC RollScope is specifically manufactured to meet the needs of the printing market. Unlike competitors, the 3DQC provides accurate, repeatable cell volume measurement which is critical to the production process and achieving the desired results.
The flexibility and accuracy of the MicroDynamics products make them the instrument of choice for many applications. The accurate analysis of surface roughness characteristics is critical in such diverse industries as electronics, semiconductors, security, research and development, testing labs, and many others.
