Threading Insert FANAR 16 IR 2.00 ISO BMA — internal threading insert for turning, pitch 2.00 mm

FANAR 16 IR 2.00 ISO BMA is an internal threading insert designed for turning operations that produce ISO metric threads with a 2.00 mm pitch. This insert is shaped and ground to provide the correct thread profile for internal threads and is intended for use in lathe workholding systems. It is suitable for serial production and repair work where consistent thread geometry and repeatable performance are required.

Advantages

The insert delivers precise thread profile control and repeatability thanks to its defined geometry. It enables efficient internal threading with reduced setup time on conventional and CNC lathes. The design supports stable chip formation and consistent contact with the workpiece, which helps maintain thread quality across multiple parts. Compatibility with standard toolholders facilitates quick changeover and predictable outcomes.

Suitable for

• Cutting internal ISO metric threads with 2.00 mm pitch on lathes
• Serial production of threaded bores in metal components
• Repair and maintenance tasks requiring accurate internal threads
• Use in conventional and CNC turning operations

Key specifications

• Thread type: ISO metric internal thread
• Pitch: 2.00 mm
• Insert form: internal threading insert for turning
• Application: metal turning and internal thread cutting
• Compatibility: fits corresponding internal threading toolholders

How to use

Mount the insert in a compatible internal threading toolholder according to the toolholder manufacturer’s instructions, ensuring secure clamping and correct orientation. Set the lathe to the appropriate spindle speed and feed for the material and use a threading cycle or manual feed to engage the insert at the correct depth to generate the required 2.00 mm pitch. Use coolant or lubricant as appropriate for the workpiece material to improve surface finish and extend insert life. Verify thread dimensions with gauges or measurement tools and make fine adjustments to depth or feed as necessary.

Usage recommendations

Choose cutting parameters based on workpiece material and rigidity of the setup; softer materials generally allow higher feeds and speeds while harder alloys require reduced cutting parameters. Maintain proper coolant flow and inspect inserts for wear or chipping between batches to ensure consistent thread quality.