A Full Suite of Machining Cycles
When you want to get the job done quickly, check out ESPRIT's full suite of machining cycles. And when the job demands precise tool control, you have plenty of options. With ESPRIT you have precise control over every individual tool movement, which allows for optimized tool travel, minimized machine time and wear, while also assuring safety. Change any cutting condition at any point during a cut. Cutting speeds are conveniently displayed in both feedrate per minute and chip load with a connection to the built-in database for automatically selecting your cutting speeds.

ESPRIT offers Contour profile cutting for facing and OD or ID turning. A universal canned cycle applicable to a wide variety of machining tasks using any single point tool is also included.

Capable of working from a casting, pre-roughed irregular shaped stock, or bar stock, ESPRIT's Roughing canned cycle has numerous options to control every aspect of machine movement: from clearances to differing Z and X stock allowance. Collision detection assures the tool movements are within the limits of the machine and cutting tool.

Choose between ESPRIT's machining cycles, your own machine's canned cycles, or use a combination of both. You have the freedom of choice. Drilling, peck drilling, boring, taping, and up to thirteen other point-to-point canned cycles are available.

ESPRIT has seven machining cycles for grooving with a variety of optional tool movements such as single plunge, multiple plunge, peck grooving, and zig-zag grooving (for button tools). You even can finish contour a profile with a groove tool in a Grooving cycle.

Threading options abound: single and multi-point threading, straight and tapered threads, automatic calculations for depth and number of cuts with manual override, constant and variable lead, straight or tapered on the ID OD, or Face.

ESPRIT includes all part handling canned cycles from initial chucking of the stock material through to the part cut-off and pick-up. All these handling cycles are simulated.