Feature

●Size:Base Outer Diameter: 30mm/1.18-inch;Total Length(L): 80mm/3.15-inch;Head Length: 50mm/1.97-inch;Shaft Diameter: 3mm/0.12-inch;Ball Diameter: 4mm/0.16-inch
●Tungsten Steel Ball Head: high-precision tungsten steel ball head, precision full brazing, polished, wear-resistant and beautiful, not easy to fall off
●Stainless Steel Shaft: Stainless steel polished club, durable, not easy to oxidize and rust, accurate and non-magnetic
●Metal Lacquer Base: The base is high permanent magnet, smooth and smooth without scratches, 20KG suction, solid as a mountain, surface paint treatment, arc design, durable and beautiful, easy to install
●Widely used: can be used for CNC machining, wire cutting, EDM, turning, high-speed machining, grinding, etc.


Description

Specification:
Material: Tungsten Steel
Color: Black
Base Outer Diameter: 30mm/1.18-inch
Total Length(L): 80mm/3.15-inch
Head Length: 50mm/1.97-inch
Shaft Diameter: 3mm/0.12-inch
Ball Diameter: 4mm/0.16-inch
Package Content: 1pcs Touch Probe Locating Ball
Features:
1.Tungsten Steel Ball Head: tungsten steel polished ball head, durable and not easy to fall off
2.Stainless Steel Shaft: stainless steel polished club, durable, not easy to oxidize and rust, precise and non-magnetic
3.Metal Lacquer Base: Strong-magnetic base, suction up to 20g, solid as a mountain
4.Widely used: can be used for CNC machining, EDM, wire cutting, turning, high-speed machining, grinding, etc.
5.CNC machining, a test tool to determine the center position of the workpiece being machined. It is mounted on the spindle or table of the machine tool. As a probe for workpiece contour, if you want to mass-produce a part, you can make a standard part, install it on the workbench, and then use the edge finder to probe the contour coordinates and store them. Then the next time the workpiece is clamped, the coordinate value can be used as a reference to correct the installation position of the workpiece, so as to ensure that the deviation between the feed position and the coordinate setting is within the theoretical deviation range of the machine during each machining. And improve the installation and adjustment efficiency