SPECIAL CONTOUR BAND MACHINES
PAN-ARM This contouring band machine has a stationary table and movable head the operator guides effortlessly to saw any shape in workpieces sized upto 99 ft. 2 (9.2 m 2 ) . Designed for contour sawing of large areas that can- not be accommodated on other band machines.
BAND MILLS For band machining of very large workpieces of any- thing from aluminum to tool steel, band mills are fast- er, more efficient than milling machines on many jobs. The Model 2624-5 shown will handle workpieces up to 24 in. (61 O mm) thick.
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CNC-2605 BAND MACHINE A numerically-controlled, contour-cutting wire band saw that cuts intricate shapes in difficult-to-machine materials faster and at lower cost than with conven- tional or EDM methods. Perfect for work like progres- sive dies, extrusion dies, trimming dies, carbide dies, stripper plates, electrodes, cams and other complex shapes. TABLE BASE MACHINE I NET FEED DRIVE FLOOR AREA , WEIGHT ipm m/min hp, 1pm kw, m/ min in. I mm . lb. kg 48 1.2 7.5 5.6 97 X 2390x 6600 2995 40-300 12.1-91 5 I 101 2720 .03-.80 .76 X 7.5 5.6 110 X I 2795x 10200 4630 20 40-300 12.1-91.5 140 I 3555 . N/A 15 11 242 x ' 6.15 l 11.950 5426 I S0-600 15-185 244 I 645 variable 5 3.7 88 X 2235x JOO) ,no de servo 0- 305- 69 1755 I 7000 1525 N/A 2 1.5 50x ~- 13350 1520 I I 1000- 305- 80 5000 1525
DIAMOND BAND MACHINE This is a more efficient way to contour slab or cut glass, unsintered carbide, semiconductor and graphitic ma- terial, ceramics and quartz. Its air-over-hydrau lic table provides the required feed system for cutting these types of materials. WORKPIECE TABLE TABLE TABLE MODEL CAPACITY CAPACITY" SIZE STROKE in. mm lb. kg in. mm in. mm Band MIii 25-3/4 655 X 2000 908 32 X 815 X 18 455 2618-4 X 18 455 40 1015 Band MIii 25-1/2 645 X 4000 1815 45 X 1130 X 48 1220 2624-5 X 24 610 52 1320 Pan-Arm 64 X 1625 X variable 36 X 915 X N/A 60 1525 I 60 1525 Diamond Band 26 X 660 X N/A 32 X 815 X 15 380 2612-D15 12 305 41 1040 Band Machine 10 X 254 X 10 X 254 X N/A 10 X 254 X CNC-2605 5 127 10 254 I 10 254 "Evenly distributed
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