It's steeper here. It's sharp. It's not extreme,
when the depth of cut is higher, the less intense side is much more resistant to impact
When the deepness of cut is little, it has sharp edges below; there are cut items, it is more appropriate for completing, likewise can adapt to the part of the rough processing
If the reducing deepness is little as well as the feed is significant, it goes from the side; it goes from the opposite instructions of the movement of the workpiece,
When the work was cast iron, were not you suspended
And afterwards the actors iron, the reducing force is only focused on the suggestion of the blade, so you'll get a wobble
To ensure that home plate doesn't hang, it's even more stable, as well as the suggestion of the blade is much more sturdy, so it doesn't totter down.
It cast iron is a level thing, when your iron shavings struck, one is hurried to the airplane, and also one hurried to the idea of the blade;
If it strikes the suggestion of the blade, it'll break straight off
If it is a flat plate, it can not break off, excellent support, hard, influence resistance
When the workpiece is cast iron, it is a level plate
When the knife comes similar to this, lean versus it, and it will be chamfered,
he comes in this method as a cross-section, this way as an outdoors circle, and this location as a Chamfer.
The outside circle might additionally reduce, however does not have this Chamfer to be quick; Chamfer is to raid to finish.
That's how the chamfering comes directly through
Chamfering is simply a snap, and it's over
Chamfering might be out of the automobile can also be straight into the within the rolling out.
This is a chip breaker. When the iron chips can be found in below, they're obstructed, they rise, not sideways
45-degree angle is this angle, reducing edge and also cutting instructions is a 45-degree angle
Is this an absolutely no? No tilt, no back angle
Kill. Two pressures on the front face
Same on the backside
The back end is likewise flexible and also plastic
What is elasticity? The flexibility of our whole procedure steel, on the toolbar, on the equipment tool, on the Jig, all of these have the elasticity
The product itself is flexible along with plastic
That's why we have to specify
In this situation, the steel is solid sufficient to cut it off
What regarding the middle part? This side goes in, this site doesn't cut, this side recuperates, so this side is a drum
Below, uh, the rigidity is ALRIGHT. Due to the high temperature level of the blade bar, I lengthened the blade bar, stuck it inside, and sliced the inside
Also, the rake angle at the idea is extra plentiful, so when it's turned, it doesn't strike the side blade
Beside it, a layer formed in between the substrate as well as our layer
Is a consistent slope, is a typical backside wear
Flank wear, brought on by temperature, stress
And also then there's the impact, the abrasion effect
We can clarify from one more back finish wear, the device time I hit you more times, does not additionally use faster
So what do we intend to minimize back end wear?
Minimize its speed, reduce its feed, minimize the amount of feed
If I reduce the deepness of cut, will the effect be obvious?
Eliminate. See, it came in this manner, it was steeper, and he obstructed him,
this entire point led him right to it
It flows extremely well
This is, uh, soft, sticky product
If that's not enough to recognize, let's look at life, where we want the water to circulation
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