![cut stock off part in edgecam cut stock off part in edgecam](https://www.tst-software.com/wp-content/uploads/2019/06/General-Interface.jpg)
In localised areas the tool will stay at depth, but on long moves the tool retracts and rapids to position. When moving to the next cut the cycle will automatically choose the fastest method to get to that point. Linking the Tool Path The links within the cycle are aware of the rapid and High Feed rate settings for the machine tool. This also has the benefit of reducing shaking and vibration on the machine and component. Smooth Tool Path By ensuring the cycle produces a smooth tangent tool path, the velocity of the machine can be maintained and the desired feed rates achieved. As the material falls away the tool path step over is increased to maintain the desired engagement. When cutting a convex area the opposite affect occurs.
![cut stock off part in edgecam cut stock off part in edgecam](http://www.ambotech.com/UserFiles/478/Image/edgecam-2020-0-xl-1.jpg)
The cycle adjusts the step over between the passes to compensate and maintain the desired engagement. When cutting into a concave area tool engagement is increased. Any remaining corners are then removed.Īutomatic Adjustment for Tool Engagement To maintain the tool engagement and the chip load the tool path is automatically adjusted to compensate. This can lead to the generation of sharp corners and discontinuous tool paths.įor pocket regions the tool will helical in to depth at the centre and open the pocket up so that it can create a continuous spiral cut until the edge of the pocket is reached. Traditionally, cycles generally offset the component until they meet the stock. This reduces the amount of intermittent cuts, particularly on external regions, which means the tool is engaged with the material for longer without lifting clear.
![cut stock off part in edgecam cut stock off part in edgecam](https://www.edgecam.com/UserFiles/478/Image/EDGECAM_2019R1_1000_8.jpg)
The Waveform Pattern To maintain a constant chip load the cycle uses the philosophy that we machine from “Stock to part”. This will improve the tool life and greatly reduce the risk of tool breakage. In reality the machine tool operator may have to reduce the cycle feed rate to compensate and thus, increase the manufacturing time.Īs Waveform maintains a constant engagement the feed rate can remain at the optimal value throughout the cycle.
#CUT STOCK OFF PART IN EDGECAM PDF#
The tool path moves in a smooth path to avoid sharp changes in direction which maintains the machine tool’s velocity.Ĭlick here to read Waveform PDF Features at a glance:Ĭonstant Engagement With Material Although the Concentric pattern looks much simpler at the first glance the problem is that the tool “digs” into each corner causing the tool to overload, leading to reduced tool life or tool breakage. Waveform roughing strategy is a high speed machining technique that maintains a constant tool cutting load by ensuring the tool engagement into the material is consistent. Should be used with Boelube®, except on brass (cut dry).Waveform machining is standard with Edgecam, no additional purchase necessary.
![cut stock off part in edgecam cut stock off part in edgecam](https://img.yumpu.com/39475196/1/500x640/edgecam-4-amp-5-axis-milling-vero-software.jpg)
Excellent for cutting copper, aluminum and brass. Used on larger sections of soft metals and wood due to hollow ground side which prevents jamming in cut. Use with a Boelube®,except on brass (cut dry). High-Speed Steel Blade.Used for plastics and wood without lubricant. Non-Reinforced Rubber/Silicon Carbide Heavy Duty Blade for cutting glass, ceramics, and thermocouple cable. Silicon abrasive allows this blade to cut through very small diameter hypodermic tubing, drill blanks and glass However, this blade requires extreme care in handling to prevent breakage since it is only. Non-Reinforced Rubber/Silicon Carbide Blade. Heavy Duty Reinforced Resin Abrasive Blade. Heavy Duty Non-Reinforced Rubber Abrasive Blade. Heavy Duty Reinforced Resin Abrasive Blade Can be used for cutting Titanium Best blade if used only occasionally), due to rugged construction, to be used on most stock over 3/8″ dia. Rugged blade cuts metals, reduces motor load. The blade is somewhat fragile and used for very light wall to 1/2″ diameter. Recommended for cutting metals when #5-80-030 causes motor to labor excessively or when burrs are unacceptable. Most commonly used for cutting any steels up to 1/2″ diameter. Non-Reinforced Rubber Abrasive Blade with Special Mixed Abrasive Sizes for minimum burr.