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PARTING AND GROOVING HOLDERS

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MOQ : 10 Pieces

PARTING AND GROOVING HOLDERS Specification

Cutting Force
High

Coating
Available with or without Coating

Length
Standard and Custom Lengths

Features
Rigid Design, Precise Clamping, High Stability

Hardness
Up to 60 HRC (Holder Body)

Cutting Speed
Depends on Insert, Up to 200 m/min

Operate Method
Manual/CNC

Shape
Rectangular/Customized

Cutter Type
Parting and Grooving Tool Holder

Cutting Capacity
Varies by Insert Size

Material
Alloy Steel/Carbide

Cutting Accuracy
High Precision

Machine Type
CNC Lathe, Automatic Lathe, Manual Lathe

Coating Type
Uncoated/Coated (Depending on Application)

Operation Type
External Grooving/Parting

Tool Type
Parting/Grooving Holder

Diameter
Holders Suited for Various Insert Widths (Usually 2mm to 6mm)

Maximum Torque
Depends on Machine Specification

Processing Type
Turning, Grooving, Parting Off

Insert Compatibility
Compatible with Standard ISO Grooving/Parting Inserts

Coolant Supply
Internal/External Coolant Options

Application
Parting and Grooving Operations on Bar Stock and Tubing

Corrosion Resistance
Yes, Depending on Surface Finish

Clamp System
Screw or Lever Clamping Depending on Model

Mounting Type
Shank (Square or Round) Mounting

Body Finish
Black Oxide/Polished

Packing Type
Individual Plastic Box/Carton

PARTING AND GROOVING HOLDERS Trade Information

Minimum Order Quantity
10 Pieces

FOB Port
MUMBAI

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Delivery Point (DP), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
100 Pieces Per Day

Delivery Time
4 Days

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Export Market(s)
Middle East, Asia

Main Domestic Market
All India

About PARTING AND GROOVING HOLDERS

Parting and grooving methods

Parting and grooving

Parting

When parting, bar components are parted off. This method is used particularly often for mass production.

Grooving

When grooving, grooves are produced in the component; this can happen both radially as well as axially.

Parting, grooving and turning

For the production of very wide and shallow grooves, the longitudinal turning method is the most often used, as it saves valuable time and, as a result, also costs.

Profile grooving

With profile grooving, a special profile is produced using a radius insert.

Deep grooving

In order to produce very deep grooves, when applying this method, a blade is most commonly used.

Types

Modular parting and grooving system

Same interface for parting, grooving, and threading modules
Suited for varied uses
Expandable with new modules
Exchangeable cutting insert in case of damage
Very precise and stable connection

Monobloc parting and grooving system

Monobloc tool

High stability, as the tool holder is made out of one piece
Particularly suited for mass production
Clamping screws accessible from the top and bottom

Block/blade solution parting & grooving

Block/blade solution

Overhang can be flexibly adjusted
Very deep grooves possible
Two insert seats per blade

Unmatched Precision for Turning Applications

Experience high cutting force and accuracy with our parting and grooving tool holders, purpose-built for external grooving and parting off on a variety of lathes. Their rigid construction and reliable clamping deliver stability, even under demanding machining conditions. Compatible with a broad range of ISO inserts, these holders support versatile bar stock and tubing applications, optimizing productivity for Austrian distributors, service providers, and wholesalers.

Flexible Mounting and Customization

Choose from square or round shank mounting options, allowing seamless integration into CNC, automatic, or manual lathes. Our holders are available in rectangular or custom shapes, with diameters suitable for insert widths from 2mm to 6mm, and lengths tailored to your requirements. The durable alloy steel or carbide constructionup to 60 HRC hardnessensures long-lasting performance, while coated or uncoated finishes meet specific operational demands.

FAQs of PARTING AND GROOVING HOLDERS:

Q: How are these parting and grooving holders mounted on machines?

A: The holders feature shank mounting optionseither square or roundand are designed for seamless installation on CNC, automatic, or manual lathes used in turning operations.

Q: What cutting insert compatibility do these holders offer?

A: They are fully compatible with standard ISO grooving and parting inserts, allowing for efficient use of industry-standard tooling and flexibility in sizing from approximately 2mm to 6mm widths.

Q: When should I use internal versus external coolant supply?

A: Use internal coolant supply for enhanced cooling efficiency, especially during high-speed or high-precision cutting. External coolant is suitable for less demanding jobs or when internal supply is unavailable, helping reduce tool wear and improve chip evacuation.

Q: Where can I source these tool holders in Austria?

A: These parting and grooving holders are available through local distributors, service providers, suppliers, traders, and wholesalers across Austria, with packaging options including individual plastic boxes or cartons for secure delivery.

Q: What is the process for selecting the right holder for my application?

A: Consider your machine type, insert size, required cutting capacity, shank shape, and whether you need coated or uncoated finishes. Our team can advise on customization for specific turning, grooving, or parting operations.

Q: What usage benefits do these holders provide?

A: You gain high cutting accuracy, precise and rigid clamping, and reliable corrosion resistance. This results in improved overall tool life, operational stability, and consistent performance during external grooving or parting off on a range of lathe machines.

Q: How does surface finish affect corrosion resistance and longevity?

A: Black oxide and polished finishes are available, offering varying degrees of corrosion resistance. Choosing the appropriate finish enhances protection against wear, extending holder durability, especially in demanding machining environments.

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