Sunlight-Tech Inc. has used GF Machining Solutions’ Microlution laser micromachining and micro-milling centers to produce parts with tolerances tighter than 1 micron.
Instead of shipping small components from overseas, a watchmaker was able to accommodate increased demand by purchasing a used five-axis machining center.
Expanding the Jabro range of solid carbide end mills, Seco’s JM100 Mini is designed for shops struggling to machine micro-size workpieces with adequate surface finish, accuracy and precision.
Big Kaiser’s Mega micro coolant nut is said to provide precise coolant supply to micro cutting tools applications at high speeds when using the Mega micro chuck 6S.
By taking the plunge into micromachining, one Minnesota micro molding and machining shop now specializes in the design and production of parts 0.015 inch and smaller. Here is that story and the lessons learned in the process.
Tavadec S.A. will formally launch at IMTS 2018 through an exclusive partnership with IndustryControlling LLC.
With many 3D milling applications demanding both shorter cycle times and smoother surface finishes, it’s time to review how you go about programming and machining parts. These four strategies will let you rough dramatically faster and achieve astonishingly fine surface finishes.
Old-world craftsmanship combines with precision machining on a vertical machining center and Swiss-type lathe to produce some of the only U.S.-made mechanical wristwatch movements.
Various factors, including the machine, cutting tools and operator, must be taken into consideration to turn very small parts.
The company highlighted its facility expansions and new cutting tool technologies during a recent open house at its global headquarters in Tübingen, Germany.
Karl Kleppek will oversee sales, business development and marketing.
UV laser micromachining makes it possible to drill holes that are not visible to the human eye—until they are meant to be seen, that is.
Whether in machining or any other pursuit, knowledge and the right touch are critical to taking full advantage of technology and equipment.
Working at the micro-level requires changing the way you approach machining parts, and these tips can help you avoid pitfalls.
Associate Editor, Modern Machine Shop
For this shop, moving into micron-tolerance work required not just a new machining center, but also a willingness to understand technical features and techniques that never come into play for many programmers and operators.
Different tools and machining strategies have driven this shop to seek new efficiencies beyond its most demanding work and most capable machining center.
By moving up from a standard lathe to a Swiss-type machine, this company can now bid on making small, complex parts it wasn’t able to in the past, while also slashing cycle times on legacy parts.
The move is part of GF’s expansion strategy to target industries such as aerospace and medical.
For this shop, machining small parts from plastic is largely about applying the basics on a smaller scale.
Clean, burr-free cutting is fundamental to competitiveness for a shop that specializes in micro-machining complex geometry from some of the softest materials in the industry.
As experienced model makers aged out of the jewelry industry, R&D Manufacturing found a faster alternative to hand crafting in Datron’s Neo micro milling machine. It all came down to rpm.
Production Editor, Modern Machine Shop
Big Kaiser’s RBX12 air-drive spindle achieves variable rotational speed of 100,000 to 120,000 rpm and enables existing machines to be upgraded for high-speed micromachining.
This shop’s micromachining needs, primarily for medical components, ultimately led to the development of a new multifunction turning center platform geared toward producing tiny parts complete.
Waters Corp. needed to develop extremely tight-tolerance prototypes quickly, so the company upgraded to a Makino iQ300 VMC to produce complex, low-volume part concepts for R&D.
With a focus on equipment for machining very small workpieces and features, this month’s product spotlight runs the gamut from micro drills to waterjets to dedicated micromachining centers.
Omax’s MicroMax JetMachining Center is capable of cutting micron-level parts or features from materials including exotic metals, composites, polymer thermoplastics and glass.
Available from Methods Machine Tools, the Yasda YMC 430 Ver. II micromachining center is designed for precise manufacturing and high-quality surface finishes required on small, complex features in components, dies and molds for applications in the medical and semiconductor industries.