Swiss shop with heavy medical experience shares how to get and keep medical customers.
This company is embracing high-performance tooling on its turning centers. The "sticker shock" is no reason not to do this. In one case, though, the shop found a way to limit the cost of the tool and increase productivity at the same time.
Additive manufacturing made it possible to cost-effectively produce a medical device to help surgeons in ACL repair and replacement surgery.
Even if additive manufacturing and medical devices are not yet on your radar, this information may be useful in strategic planning for cleaning complex parts.
This shop uses a bar-fed turn-mill with a B-axis milling spindle and custom workholding strategies to more competitively machine components complete for low-margin medical devices.
For this shop, successful delivery of medical and dental components is about proper process and machine tools that can handle the job.
A technology for microgrinding reminiscent of Swiss-type machines' sliding headstocks can handle higher length-to-diameter ratios in the grinding of medical guidewires and other long, skinny parts.