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Showing 751 – 760 of 4212 resultsCovers high-speed machining updates, which include speed and precision advancements, real-world applications, high-performance milling and five-axis techniques.
Designed to ease punch and die maintenance, Mate’s ValuGrind high-precision grinder enables fabricators to regrind punches and dies to optimum condition for high-quality parts production.
The TMX series of slant-bed lathes from Hurco includes three turning centers: TMX8, TMX8MY and TMX8MYS, all of which include construction and high-performance specifications for efficiency. Specifications include rapids of 950 ipm (X axis) and 1,200 ipm (Z axis), a spindle speed of 14,500 rpm and a 36-hp spindle motor. The all-digital control, drives and motors along with absolute encoders on all linear axes provide superior surface finish capability, the company says.
The Sphinx deep-hole drill from Big Kaiser is designed to save time in creating start holes for wire EDM.
Erowa’s ITS 50 Holder C protects chucks against copper chips, graphite dust or fine chips from high-speed cutting during manufacturing processes.
The AgieCharmilles cut 200 Sp speed edition wire EDM from GF Machining Solutions provides fast spark-to-spark wire threading, energy efficiency and high productivity when cutting parts of variable heights.
The Vertex measuring center from Micro-Vu provides high speed, accurate measurement of small- to medium-sized parts.
FANUC America Corp.’s Series 3xi-Model B CNC features a new CNC platform and updates to its high-speed five-axis capabilities and software algorithms to reduce cycle times and improve part accuracy and quality.
Mastercam X4 from CNC Software expands machining flexibility and increases emphasis on speed and automation with a suite of new toolpaths, multi-threading ability and other enhancements. Dynamic machining creates an active toolpath that delivers more consistent cutting conditions and allows use of the entire tool flute length, saving both time and money, the company says.
Measuring surface finish at the point of manufacture is often done by the same machinist who is manufacturing the part. They need tools that meet test requirements and are easy to use.
