X97 The X97 beveling machine functions basically the same way as roller shears, utilizing only one cutter. The shearing action actually feeds the work piece automatically through the machine. The method can be used for X, V, Y and K-form joints. The degree of bevel angle is infinitely variable from 25° up to 55°. Motorized and adjusted by push-button control, a high degree of accuracy is achieved and is easily read on a graduated dial. The capacity of the machine covers up to 50mm (2") thick plate and 25mm (1") width of bevel in normal steel plate rated at 400N/mm2 (57,000 psi) tensile strength. The speed of bevelling is between 1,5 and 3,1m/min (6 and 12 ft./min.), depending on the width and degree of angle for the bevel being produced. Since the bevel is achieved without heat, the cut surface is clean and unaffected by thermal stress. This makes the X97 suitable for certain grades of stainless steel as well as aluminium.
Big supporting wheel for stable support of the workpiece
Easy adjustment for different sheet thickness
Easy adjustment of the desired straight Edge
As Standard including Machine foot and work light
By default, 2 speed Motor max. speed 3.1 m/min (12 ft./min)
Benefits:
Choose the type of cutter to suit your type of work. Cutters for the X97 are available in three types of serrations. The medium serrated cutter can be used for most jobs, but the machine can be fitted with coarse or fine serrated cutters as required. Coarse serrations are used for larger bevel widths in heavy material and fine serrations are intended for use in lighter work with smaller bevel widths up to 15mm (9/16"). Cutters are made from hardened alloy tool steel and are available in a grade for higher tensile material; up to 690 N/mm2 (100,000 psi).
The Pullmax X97 offers superior versatility. With motorized adjustment of bevelling angles, choice of cutters, stationary or suspended operation, a full range of accessories, and pinpoint accuracy for a variety of shapes and sizes of work pieces. The PULLMAX X97 fits the work piece rather than forcing the work piece to fit the machine.