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| Powerful Programming for All Milling Machines |
| ESPRIT is easy to use for quick jobs, yet packed with power to handle the most complex
production milling work. Whether you are programming 2 1/2-axis parts or 5-axis machining, ESPRIT will give
you the programming power you need and the ease-of-use you are looking for. |
| Production Milling with 5-axis Machines |
| ESPRIT SolidMill Production adds 5-axis machining capability to ESPRIT's milling cycles.
Programmers can use multiple fixture offset with local or global work coordinates to machine any part face,
using any ESPRIT machining cycle. ESPRIT's 5-axis indexing supports any combination of rotary tables and
tilting heads to orient the part, then machines with 2 1/2 and 3-axis operations using one or
more ESPRIT cycles. |
| Rotary Wrap Milling |
| ESPRIT rotary milling is performed directly from the 3D features of solid models or
from flat 2D features. ESPRIT readily programs rotary contouring,pocketing and drilling utilizing a
simultaneous 4th axis. ESPRIT converts one of the standard 3-axis movements (X, Y, or Z) into a rotary
C-axis movement, wrapping the profile around a rotary axis and employing an optional Y-axis offset to
ensure straight walls. |
| Roughing and Pocketing |
| ESPRIT's pocketing cycle provides full tool control and extensive automation for
roughing and finishing pockets. ESPRIT can dramatically simplify your programming whether you are
machining straight-forward squares or complex pockets with irregular boundaries, multi-level islands,
and multiple bosses and sub-pockets. The broad variety of pocket machining and finishing patterns
provided by ESPRIT yields virtually unlimited options for your pocket milling needs. |
| Contouring |
| CNC programmers find ESPRIT's contour machining cycle a flexible and powerful tool
for a variety of machining applications, ideal for profile cutting, roughing, slotting, semi- finishing
and finishing straight or tapered walls with constant or variable cutting depths. Simply set your
machining parameters and ESPRIT will read the feature properties required to create the
toolpath for cutting any geometry. For more comprehensive tool control, ESPRIT will manage
individual tool movements while providing you control over individual machining
parameters at any point during the cut. |
| Rest Machining |
| ESPRIT's intelligent rest machining cutting cycle automatically recognizes the
machining operations and cutting tools associated with a given part feature, compares the workpiece
'as machined' to the original part 'as designed', and automatically performs pocketing and contouring
of the uncut areas of remaining material. ESPRIT programmers use the rest machining cycle to easily
perform roughing and pre-finishing work with optimal cutting tool choices. |
| Drilling and Hole Making |
| For drilling and hole making, choose between ESPRIT's machining cycles and your
machine tool's canned cycles,or use a combination of both. Cut complex holes that require multiple
cycles and tools in a single step with ESPRIT. Using the Process manager, in one step you can spot
drill with chamfer, through drill, counter bore, and ream a set of holes. ESPRIT's thread milling
machining cycle gives you the ability to machine internal or external right- or left-hand threads,
and ESPRIT's spiraling cycle is ideal for milling holes. ESPRIT automatically generates
optimized toolpaths, minimizing cycle time. |
| Custom Machining Cycles |
| ESPRIT's custom machining cycles give you complete control over individual cutting
tool movements. With ESPRIT's insert technology function you can adjust machining parameters within a
machining cycle at any point during the cut, and the custom cycle gives you the option of inserting
commands, in-line G-code,and special cutting tool movements at any point in the CNC program. ESPRIT
gives you the power to pause the cutting process and retract the cutting tool for part or tool inspection
with the park function and graphically edit the toolpath with the toolpath editor. |
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Traditional milling, 2 1/2 axis, machining of an electronic housing.
Production milling in 5-axis, using two rotary axes for positioning followed by three axis, XYZ, machining.
A 5-axis gantry machine utilizing a right-angle head for machining from a variety of different directions.
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