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DT-2 and DM-2 machining centers

Haas Automation recently expanded its drill, tap and mill product line with a pair of high-speed, lean-style machining centers—the DT-2 and DM-2—that reportedly provide the same high acceleration rates, fast axis speeds and short tool change times as their smaller brethren.

February 26, 2016

Haas Automation recently expanded its drill, tap and mill product line with a pair of high-speed, lean-style machining centers—the DT-2 and DM-2—that reportedly provide the same high acceleration rates, fast axis speeds and short tool change times as their smaller brethren. Yet, the new machines offer an additional 8″ (203mm) of X-axis travel and table length, with only a slight increase in footprint.

The new DT-2 and DM-2 are identical in specifications to the DT-1 Drill/Tap Center and DM-1 Drill/Mill Center, except for spindle taper and tool changer, according to Haas. The DT-2 is a BT30 taper machine, with a 15,000-rpm inline direct-drive spindle and a high-speed 20+1 side-mount tool changer. It is available with an optional 20,000-rpm spindle.

The DM-2 is a 40-taper machine, with a 15,000-rpm inline direct-drive spindle and a high-speed 18+1 side-mount tool changer. The new DT and DM both allow high-speed rigid tapping to 5,000 rpm, with up to four times retract speed to shorten tapping cycles.

Both machines offer a 28″ x 16″ x 15.5″ (508mm x 406mm x 394mm) work cube and a 34″ x 15″ (864mm x 381mm) T-slot table.

The increased table size, longer X-axis travel, and larger work envelope accommodate multiple fixtures and multi-spindle rotary tables for increased production and setup flexibility, according to Haas. Yet, their compact footprint still allows multiple machines to be placed side-by-side for efficient use of valuable shop floor space.

The spindle on both machines features a 15 hp (11.2 kW) vector drive system that provides 62 Nm of cutting torque. Cutting feedrates for both machines are 1,200 ipm (30.5 m/min), and 2,400 ipm rapids and high acceleration rates combine to shorten cycles times and increase throughput.

Glossary terms in this article

  • work envelope
    Cube, sphere, cylinder or other physical space within which the cutting tool is capable of reaching.
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