In addition, the functions of boundary and reference line are all concentrated in one function bar.
The layout of policy settings has also been updated.
Vortex cyclone milling
Vortex cyclone milling is the latest high-speed area cleaning strategy patented by Delcam. whirlwind
By controlling the maximum cutting angle of the tool cutting into the material, the contact angle is always kept in an optimized state, even at the inner angle, thus optimizing the cutting conditions of the whole tool path.
By controlling the maximum contact angle and tool load, eddy currents can be produced.
Compared with the traditional rough machining method, deeper cutting depth can be used, and the cutting depth can reach the full groove length, thus maximizing the cutting ability of cemented carbide tool materials and shortening the processing time by as much as 60%. whirlwind
It can be applied to 2-axis and 3-axis roughing, positioning 5-axis roughing and residual roughing.
Machine DNA
MachineDNA is a revolutionary patented technology developed by Delcam, which has been integrated into all the cam products of Delcam. Machine DNA
It can capture the operating characteristics and data of machine tools and apply these data to Vortex.
Strategy. The system can automatically optimize the tool path according to the specified machine tool, and produce parts faster and better. At present, only Delcam has this type of technology in the world.
New and improved tool options
PowerMILL 20 14
More tool types are now supported. Support barrel cutter (commonly used cutter for blade machining). The shape characteristics of the barrel cutter make it possible to use a relatively large line spacing, leaving only a small residual height on the machined surface. Dovetail-shaped tools are also supported now, so that features such as inverted hook surfaces and gears can be machined more conveniently.
Analog analysis function
PowerMILL 20 14
A new plug-in program is introduced, which can be used to accurately analyze machine tool simulation. The plug-in program visually displays the straightness and rotation axis of the machine tool in a graphical way, which greatly facilitates the 5-axis programming. By analyzing the graphics, we can find and correct any potential problems, such as the sudden change of tool path direction and the reversal of tool axis due to the position of parts. After optimizing the position of parts, reanalysis and simulation can prevent these bad movements and improve the surface quality.
Borehole reinforcement
PowerMILL
The drilling function of 20 14 has been enhanced in many places. Now each drilling cycle type has its own strategy, supporting external thread and taper thread, and variable feed speed and variable spindle speed can be used at the intersection of two holes. The new external thread function provides a variety of settings, enabling you to better apply policies. At the intersection of the holes, PowerMILL
20 14 can automatically scan the parts and find the intersection of holes, and then adjust the relevant parameters of the intersection position of holes, such as stop distance, feed speed and spindle speed.
Perfect parallel strategy
The parallel processing algorithm is optimized. PowerMILL 20 14
Non-overlapping parallel paths can be generated, with more complete paths and fewer fragments, thus eliminating small island fragments that will lead to tool marks in the tool path. Non-overlapping paths mean eliminating unnecessary repetitive machining and reducing the number of tool lifting, thus shortening the machining cycle time.
Curve editing enhancement
PowerMILL 20 14
The curve editing function of has been greatly enhanced. Now you can insert and edit the circular chamfer in the composite curve, and you can also edit the tangent point on the Bezier curve to edit the tangent vector more accurately. You can also redistribute points or change the number of points on the curve.
Fixture offset
When outputting NC programs (such as G54 and G55), it is now possible to define the fixture offset of each independent tool path, so that when using multiple offsets, it is not necessary for the operator to manually edit the NC code, which can reduce human errors and make the machining speed faster.