Good Price Advanced Renishaw Touch Probe Tool Setting Systems for Machine Tool

• Customization: Available
• After-sales Service: Provided
• Warranty: 1 Year
• Logo Printing: with Logo Printing
• Size: Small
• Customized: Non-Customized
• Type: Tool Setting Systems
• Material: Composite Materials
• Certification: ISO 9001:2000, GS, CE
• Transport Package: Box
• Trademark: Renishaw
• Origin: England

Product Description

Product Description

Tool setting is the process of determining geometric information - length, radius and/or diameter - of a cutting tool using a tool setting device.Some tool setting technologies are also capable of determining information such as radial and linear profile and cutting edge condition. Broken tool detection can be performed by tool setting systems and dedicated broken tool detection devices. Both tool setting and broken tool detection enable unmanned operation of machine tools.

Application		Implement tool setting and tool damage detection on various types of vertical and horizontal machining centers as well as various gantry machining centers.
Transport type		Hard-wired connection transmission
Compatible interface		MI 8-4,HSI or HSI-C
Recommended probe		Disc-shaped measuring pins (tungsten carbide, 75 Rockwell hardness) or Square-shaped measuring pins (ceramic measuring tip, 75 Rockwell hardness)
Weight (including disc-shaped probe)		1055g
Cable (to interface)	specification	Diameter: 4.4 mm, 4-core shielded cable, each core line is 7 x 0.2 mm
	length	10m
	electrical connection	From the end of the device outlet
Inductive direction		±X,±Y,+Z
Unidirectional repetition accuracy		1.00 μm 2σ
Force measurement with probes		1.30 N to 2.40 N, 133 gf to 245 gf (depending on the direction of induction)
level of protection		IPX8, BS EN 60529:1992+A2:2013 (IEC 60529:1989+A1:1999+A2:2013)
Install		M12 T-type bolts (not available) Optional Spirol cylindrical pins ensure precise reinstallation
Operating temperature		+5 °C to +60 °C

The benefits of tool setting

Determining geometric information and the current condition of a cutting tool can help to improve the manufacturing process, including checking that the correct tool for the scheduled machining program has been loaded, correcting for tool wear, and automation of tool offset updating. The benefits of tool setting are clear. Ensuring a tool is capable of performing the required task:

• improves accuracy

• reduces scrap

• reduces the level of operator intervention

• reduces cost

The benefits of broken tool detection

It is worth performing frequent broken tool detection cycles since tools, especially small diameter ones, can easily become broken during a machining cycle. Detection of a broken tool is a good indicator that previously machined components will have been incorrect. Machining cycles can be programmed to sound an alarm, call an operator or change to a sister tool when a broken tool is detected. Tool breakage detection:

• saves cycle time

• reduces rework

• reduces scrap

• reduces cost

Applications

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