Iscar Metals, Inc.
300 Westway Pl.
Arlington, TX 76018 US
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A Message from Iscar Metals, Inc.
As Seen In Production Machining
Coolant-Through Cutting Tools Prevent Coolant Vaporization
Iscar introduces the Jetcut coolant-through tools for turning, grooving, threading and parting.
Iscar Inserts Support Bearing Designs
Many Iscar inserts are designed as multi-corner inserts, such as the Penta and feature economic advantages because of their five cutting edges.
Tangentially-Clamped Threading Insert with 10 Cutting Corners
Iscar’s Deca IQ Thread is a round insert with five double-sided corners, providing 10 functional cutting edges. The line is designed to boost production, raise quality and reduce costs.
Generic Tool Catalog Developed by Siemens PLM, Sandvik Coromant, Iscar and Kennametal
The GTC format is available to all tool vendors and application developers, enabling them to share cutting tool data more easily and precisely.
Piccocut Face Grooving with Coolant Delivery Aids Efficiency
The Piccocut face grooving range is intended mainly for external/internal and grooving along a shaft.
Iscar Launches Grooving and Turning Tool with Side Clamping
Iscar has introduced the GEHSR/L-SL tool family for Swiss-type and screw machines.
Solutions for Miniature Applications
The demand for manufacturing small-diameter parts at a minimal cost has prompted a high level of interest from the manufacturing community for the Swiss-type machine.
Parting and Grooving with Five Edges
While five-edged grooving and parting inserts are not new, here’s an economical solution for parting diameters as large as 40 mm. This alternative to the standard circlip-type grooving system offers five cutting edges with fast indexing from either side.
Range of Cutting Tools, Inserts Available
Iscar’s High-Q-Line range of cutting tools and inserts is designed to enable high feeds and speeds for productive machining operations.
SD-SP15 T-Slot Cutters with a Unique Spline Connection
Iscar’s SD-SP15, a family of narrow slotting and groove milling cutters, features 1.25” diameter milling heads with eight teeth in a width range of 0.125” - 0.250” for maximum depth of cut up to 0.315”. The cutters consist of interchangeable solid carbide T-slot milling heads and cylindrical steel shanks assembled by means of a unique spline connection.
Isoturn Inserts Save Money
In many turning applications, machinists tend to use larger inserts than are actually required for the machining parameters being applied.
Iscar Tiger-IQ Grooving Tools and Inserts Offer User-Friendly Locking Mechanism
The DoveIQGrip line is an evolution of the Tiger wide grooving inserts family.
More Tools for Swiss-Types
Iscar is expanding its line of square-shank toolholders for Swiss-type automatics and CNC machine tools by adding new tools for high pressure coolant and also tools without the internal coolant feature.
Innovations in Five-Edged Parting and Grooving Inserts
Here's an alternative to the standard circlip-type grooving system, offering five cutting edges with fast indexing from either side.
High Qline Indexable Milling Insert Boasts Asymmetric Shape
The Iscar products of the High Qline family of cutting tools offer an indexable milling Insert with an asymmetric shape.
Iscar's Tools Focus on Increased Productivity with Smart Insert Locking
Iscar's new tools focus on increased productivity with smart insert locking mechanisms, which therefore create a more stable machining process.
Hydraulic and Weldon Side-Clamping Combinations Provide Ultimate Clamping Security
Iscar chucks combine user-friendly hydraulic clamping with side screw clamping for Weldon-type shank tools.
Milling Inserts Reduce Cutting Forces
Iscar will display its Heli IQ Mill 390 milling inserts.
Updated Tool and Insert Geometries Improve Efficiency
The HighQLine of tools from Iscar includes tool families intended to improve efficiency and profitability.
Web-Based Application for Tool Selection
The Iscar Tool Advisor (ITA) is a Web-based tool selection software that bases tool selection on a mathematical algorithm to increase productivity.