Micro 100 Grooving Tool RRL-062-20 Retaining Ring, Polished Split Face

Description

Product Overview

The Micro 100 RRL-062-20 Grooving Tool is a precision‑engineered indexable insert designed specifically for left‑hand turning applications where retaining ring grooves are required. Constructed from high‑grade tool steel and offered in an uncoated finish, the insert provides a balance of toughness and wear resistance suitable for a wide range of materials, from mild steel to hardened alloys. Its dimensions—1/16″ width, .100″ projection, .397″ minimum bore diameter, and a maximum bore depth of 1‑1/4″—allow it to fit into standard tool holders while delivering consistent groove geometry. The 3/16″ offset and 3/8″ shank diameter ensure stable engagement with the workpiece, and the overall 2‑1/2″ overall length (OAL) provides ample material for secure clamping. The polished split‑face geometry is a key feature that enhances chip evacuation, reduces the tendency for galling, and extends tool life by minimizing heat buildup at the cutting edge.

Usage

Designed for industrial and scientific environments, this grooving insert excels in applications such as automotive component manufacturing, aerospace part machining, and general equipment repair where precise retaining ring grooves are critical. The tool’s ability to generate accurate grooves in a left‑hand turning setup makes it ideal for assembling bearing housings, gearboxes, and hydraulic systems that rely on tight tolerances. Its compact package dimensions (2.6 x 0.5 x 0.5 inches) and lightweight construction (1.92 ounces) enable easy handling and quick tool changes, reducing downtime on the shop floor. Whether used on CNC machines, manual lathes, or specialized grooving stations, the insert delivers repeatable results, helping manufacturers maintain high throughput while meeting stringent quality standards.

Why Choose Us

Micro 100 Tool Corporation has a long history of delivering reliable cutting solutions, and the RRL-062-20 Grooving Tool is a testament to that legacy. Each insert undergoes rigorous quality control testing, including dimensional verification, hardness testing, and performance validation under simulated production conditions. The polished split‑face design is the result of extensive research aimed at improving chip flow and reducing edge wear, giving users a tool that not only performs well but also lasts longer than conventional inserts. In addition, the company offers responsive technical support and a comprehensive warranty program, ensuring that any concerns are addressed promptly and that customers receive the maximum value from their investment.

Key Features

• Polished split‑face geometry for superior chip evacuation and reduced galling
• Sharp corner profile delivers precise groove dimensions and consistent edge retention
• Flat lockdown feature automatically centers the tool for quick, repeatable setups
• Compact size and 3/8″ shank allow easy integration into standard indexable holders
• Dedicated technical support and warranty provide confidence and after‑sales assistance

FAQ

What material is the insert made from?

The insert is fabricated from high‑grade tool steel and supplied in an uncoated finish, offering a good balance of toughness and wear resistance for general machining applications.

Can this tool be used for right‑hand turning?

While the RRL‑062‑20 is optimized for left‑hand turning, it can be used in right‑hand turning setups with appropriate holder adjustments, though performance may vary.

Is there an AlTiN coated version available?

Yes, an AlTiN coated option is offered for users who need additional lubricity and wear resistance when machining difficult‑to‑cut materials.

What is the recommended maximum cutting speed?

For most steel alloys, a cutting speed of up to 150 SFM is recommended. Adjust speed based on material hardness and coolant usage to achieve optimal results.

How do I ensure proper tool alignment?

The flat lockdown feature on the insert automatically aligns the tool on center when seated in a compatible holder, simplifying setup and improving repeatability.