Proxxon 34108 Micro Mill FF 230

Proxxon 34108 Micro Mill FF 230 Review

Proxxon 34108 Micro Mill FF 230 Feature

• Hand wheel serves as both height adjustment and fine mill feed
• Poly-V drive system provides speeds of 280, 550, 870, 1,250, 1,700 and 2,500-Rpm
• Precision engineering produces dimensions of 20-Inch overall height, table size of 10-5/8-Inch by 3-5/32-Inch and 41-Pound

A small, high accuracy machining system to mill, drill and bore. The micro milling machine FF 230 is a small, accurate milling system used to mill, drill and countersink steel, cast iron, aluminum, brass and plastic. The headstock swivels through 360°, indicated on a scale. Height is adjusted via a zero adjustable hand wheel, also used as fine feed when milling. One revolution equals 1/32" (1 mm) travel, 1 division equals .002" (0,05 mm). The quill and headstock may be locked in position, which is essential when milling. The powerful permanent magnet motor drives via a poly-v-belt, yielding high torques, especially at lower speeds. The machine comes with three collets of 15/64" - 5/16" and 25/64" (6, 8 and 10 mm). The solid table has a size of 10 5/8" x 3 5/32" (270 x 80 mm) and is T-slotted to 15/32" x 15/64" x 13/64" (the MICROMOT norm of 12 x 6 x 5 mm). 1. Hand wheel serves as both height adjustment and fine mill feed. 2. Poly-V drive system offers 6 speeds between 280 and 2,500 rpm. 3. The clamps and work piece shown are not included. 4. Hand wheels with zero adjustable scale, 1 rev = 1/32" (1 mm), 1 division = .002" (0,05 mm). Important: For best results when milling, it is recommended to lock the headstock. This is easily done by the FF 230's lock levers. Micro milling machine FF 230: A small, high accuracy machining system to mill, drill and bore.The micro milling machine FF 230 is a small, accurate milling system used to mill, drill and countersink steel, cast iron, aluminum, brass and plastic. The headstock swivels through 360°, indicated on a scale. Height is adjusted via a zero adjustable hand wheel, also used as fine feed when milling. One revolution equals 1/32" (1 mm) travel, 1 division equals .002" (0,05 mm). The quill and headstock may be locked i