TOOL-FLO Tool-flo 594062RJ5R Grooving Insert GP3 Solid Carbide Tin

Tool-flo 594062RJ5R Grooving Insert GP3 Solid Carbide Tin

Brand: TOOL-FLO
SKU: 594062RJ5R
Availability: In Stock

Ships same day if ordered by 12 pm

$463.09
$463.09
HAVE A QUESTION?

Our team is ready to help!

  • Voomi Supply

    Secure Payments

  • Voomi Supply

    Easy Returns

  • Voomi Supply

    Expert Advice

  • Voomi Supply

    Fast Shipping

Product Description

The TOOL-FLO 594062RJ5R is a solid carbide grooving insert in the Flo-Lock series, designed for precision grooving and parting operations on CNC lathes and turning centers. This right-hand insert carries a GP3 manufacturer grade with a PVD-applied TiN coating over a micrograin carbide substrate, delivering wear resistance and edge integrity in demanding cuts. The insert produces a 3.18 mm (0.1252 inch) cutting width and reaches a maximum depth of cut of 6.35 mm (0.2500 inch). A full radius profile with a 1/16 inch corner radius and a positive rake angle of 55 degrees help reduce cutting forces and improve chip flow in finish grooving applications. Licensed machinists and CNC turning specialists are the primary installers of this insert type.

This insert is suited for grooving stainless steel and similar secondary workpiece materials where edge retention and surface finish are critical. The Flo-Lock series targets applications requiring consistent groove geometry in high-mix, precision-turned part production. The FLR insert style and ISO code FLR-4062R identify the specific seat geometry and hand orientation required for correct toolholder pairing. Typical applications include external groove forming on shafts, fittings, and precision components in aerospace, medical device, and fluid-system manufacturing environments.

Key Features

  • Solid micrograin carbide substrate for toughness and edge stability
  • PVD TiN coating enhances surface hardness and reduces built-up edge on stainless steel
  • Full radius profile with 1/16 inch (0.0620 inch) corner radius for smooth groove floors
  • 3.18 mm cutting width and up to 6.35 mm maximum depth of cut
  • Positive rake angle (55 degrees) reduces cutting forces and improves chip evacuation
  • Right-hand orientation, ISO code FLR-4062R, compatible with Flo-Lock toolholders

Compatibility

Designed for use with Flo-Lock series toolholders accepting the FLR-4062 insert seat geometry. ISO code FLR-4062R and MSC/Manufacturer Number FLR-4062R/L confirm seat and hand compatibility. Verify toolholder seat dimensions and clamping style before installation.

Installation Notes

Insert seating and clamping should be performed by a qualified CNC machinist or tooling technician following the toolholder manufacturer's torque and clamping specifications. Power down and lock out the machine spindle before changing inserts. Inspect the toolholder seat for debris or damage before seating the insert to ensure proper contact and prevent premature edge failure. Follow applicable shop safety protocols and machine tool manufacturer guidelines for insert indexing and replacement.

Technical Specifications
Insert Style
FLR
Insert Size Code
4062
Insert Material
Solid Carbide (Micrograin)
Manufacturer Grade
GP3
Coating/Finish
TiN (PVD Process)
Insert Hand
Right Hand
Cutting Width
3.18 mm (0.1252 inches)
Maximum Depth of Cut
6.35 mm (0.2500 inches)
Maximum Depth of Cut Range
5.00 mm to 10.00 mm (0.2000 to 0.3000 inches)
Cutting Height
0.4530 inches
Overall Width
0.2550 inches
Corner Radius
1/16 inch (0.0620 inches)
Gage Diameter
3/8 inch (0.3750 inches)
Full Radius
Yes
Rake
Positive
Rake Angle
55.00 degrees
Lead Angle
3 degrees
ISO Code
FLR-4062R
Series
Flo-Lock
Secondary Workpiece Material
Stainless Steel
Weight
0.5 pounds
Brand
TOOL-FLO
Manufacturer Part Number
594062RJ5R
TOOL-FLO Tool-flo 594062RJ5R Grooving Insert GP3 Solid Carbide Tin

Vendor: TOOL-FLO

Tool-flo 594062RJ5R Grooving Insert GP3 Solid Carbide Tin

$463.09

Vendor: TOOL-FLO

Tool-flo 594062RJ5R Grooving Insert GP3 Solid Carbide Tin

$463.09

Related Products

Customer Support Image

Need Support?

Call Jack and His Team