Mikron Machining is the leading partner for high performance machining systems to manufacture complex and precise metal components in high volumes....READ MORE
All World Machinery Supply is your one-stop shop for machine tool solutions.
Machine Tool Spare Parts | Repair Services | Custom Machine Tool Accesso...READ MORE
HEIDENHAIN is a world-leading provider of encoders, machine controls, touch probes, digital readouts and metrology solutions—empowering engineer...READ MORE
Since 1965 we have been manufacturing precision metal products in the United States. We are a veteran-founded, woman-led business dedicated to mak...READ MORE
Femco’s HL-55/2000 CNC lathe is designed for heavy cutting on large workpieces. The solid wraparound boxway construction is designed for precision turning of large workpieces. All mating surfaces are lined with Turcite to provide wear and slip-stick characteristics. The rigid, 45-degree slant-bed construction, combined with precision components, ensures consistent high accuracies and quality finishes, the company says.
The lathe features a two-speed ZF gearbox for maximum metal removal at lower spindle speeds. The main spindle features a standard 15" chuck, and 18" or 21" diameter chucks are available as options. A 35-hp Fanuc motor with a maximum spindle speed of 2,500 rpm powers the spindle. The lathe features a maximum turning diameter of 24.4", and it has an extended turning length of 75.5" for longer workpieces. The extra-wide, 12-station turret employs bi-directional positioning for faster indexing times. The lathe also is equipped with a chip conveyor and a programmable tailstock.
AMPG can’t help but take risks — its management doesn’t know how to run machines. But these risks have enabled it to become a runaway success in its market.
East Coast Precision Manufacturing’s uncommon specialties attract many customers — but its prompt, earnest communication strategy is what wins it repeat business.
To compete in terms of stability and horsepower, Modig’s recent IM-8 mill takes an unorthodox approach: positioning the spindle at the bottom of the work area.
