I have a graphing calcilator into which I have programmed the solution to most nose radius compensation situations.
loda mera
CRC refers to "Cutter Radius Compensation". To ensure compliance to the drawing specification of a machined radius, the tip radius of a cutting tool has to be taken into account to compensate for the actual required value of a radius when it is programmed into the CNC.
To accurately measure a corner radius, use a caliper or a radius gauge tool. Place the tool against the curve of the corner and adjust it until it matches the radius. Read the measurement displayed on the tool to determine the corner radius.
With zero nose radius, the leading cutting corner of the HSS (high speed steel) cutting tool comes to a point. Cutting a surface with a pointy tool gives a non-smooth surface finish. Also, when cutting steel, tremendous pressures are generated at the tool tip. A tool tip that comes to a point is weak at the point and the tip can fracture easily. Unfortunately, this tool fracture makes an uncontrolled, new shape on the cutting edge that often wears really fast, and/or leaves a bad surface finish on the part. With a 2mm nose radius, instead of coming to a point, the cutting edge of the tool is rounded. One result is the same difference you would get in smoothing frosting on a cupcake with the tip of a knife (sharp tip) and smoothing the frosting with the end of a spoon (rounded tip). The rounded tip gives a far smoother surface finish. Also, instead of all of the force being pressed against a sharp tip, the 2mm radius distributes force across a wider edge, making a far stronger tool tip that won't break down nearly as readily as a sharp tip would.
To accurately measure the radius of a corner, you can use a tool called a radius gauge or a caliper. Place the tool against the corner and adjust it until it fits snugly. Then, read the measurement displayed on the tool to determine the radius of the corner.
Not that good, they can hardly see but the compensate it with an excellent nose, very good ears and the sensitive hairs at their nose
increase afferent radius or decrease efferent radius depending on the degree of change in blood pressure
To accurately measure the corner radius of an object, you can use a caliper or a radius gauge. Place the measuring tool against the corner of the object and adjust it until it fits snugly. Read the measurement displayed on the tool to determine the corner radius.
A tool used to decrease the size of your nose
To measure the radius of a corner accurately, use a flexible measuring tape or a radius gauge tool. Place the measuring tool along the curve of the corner and ensure it is snug against the surface. Take the measurement from the center of the corner to the outer edge to determine the radius.
Left Cut Right Cut Round Nose Sharp V Parting Tool
There are a variety of functions on the handheld tool known as the Leatherman Multi Tool. It works as bottle opener, a screwdriver, needle nose pliers, wire cutter and stripper.