Micromachining applies computer numerical control (CNC) machining on the microscale. In an engineering context, that generally means dealing with dimensions between 1 and 500 micrometers (µm).

As finished products and component parts become smaller in line with design standards, and quality standards rise – precision manufacturing capabilities are becoming increasingly critical to machining ...

Substantial time-savings in EDM production of molds for medical devices This ESPRIT screen shot shows what the programmer sees when preparing a precision machining job for EDM electrodes. Die ...

The micromachining market thrives on advancements in precision engineering, enabling high-accuracy manufacturing at microscopic scales. This process uses tools smaller than one millimeter to create ...

The manufacturing sector universally grapples with low production efficiency and difficulties in cost control. Traditional machining methods, reliant on manual ...

Motion-control systems provide greater control and accuracy for production. Laser-micromachining processes are useful when developing a prototype part. Once it comes time to mass-produce a product, ...

Our powerful femtosecond laser, the ORIGAMI XP, has been designed for easy and cost-effective integration. It sets new standards for all-in-one femtosecond lasers in medical device manufacturing and ...

Industry 4.0 and automation spark rising demand for precision instrumentation. Automation is steadily transforming industries, making manufacturing faster, smarter, and more reliably precise. By ...

Eptam Precision Solutions is continuing to grow by purchasing medical component maker Mendell Machine and Manufacturing Inc. for undisclosed terms. Mendell manufactures custom implantable plastic and ...