Original Tools And Carbide Insert Compositions From Iscar To Better Enhance The Machining Process

Iscar is introducing Penta 34 carbide inserts having a new PB chipformer. The PB chipformer features a single cavity utilizing a positive rake, neutral shoulder angle, and a honed edge. It is actually a C-type chipformer with a dissimilar frontal edge.

The new chipformer was tailored for machining soft materials. It is an superior solution for parting bearing steel and other very ductile materials. It can be used at low feed: 0.03 to 0.10 mm/rev.

The combination of the unique chipformer and IC908 grade provides excellent chip breaking and tool life results. The Penta 34-PB is available in a 1.5 to 3.0 mm width range, made from the functional IC908 PVD coated grade. The revolutionary family extends the application range of Iscar's most economical grooving and parting PENTA 34 carbide inserts. The Penta 34-PB, when stacked up against to a competitor's tool, is a winning solution for machining all soft and ductile material.

Iscar's Upgrades for Parting

Iscar has developed a new family of reinforced Tang-Grip blades for the acclaimed TRAUB (TNL and TNK models) and INDEX (MS18C model) turn/mill machines. These blades, due to their reinforced fabrication, can be used in long overhang. Only the part of the blade required for penetration (cutting depth) has a reduced width. The rest is thick, which provides upgraded rigidity and stiffness. These blades are an fantastic solution for parting and grooving between the main and sub-spindle of turn/mill machines. The single-ended insert has a extremely rigid clamping and therefore provides a very important advantage over any other system.

Further additions to Iscar's Grip family are Do-Grip carbide inserts manufactured from the new Sumo Tec carbide grades: IC807 IC808 and IC830. The brand new Sumo Tec grades significantly lengthen insert life, due to the most advanced coating technology followed by a special surface treatment. This also provides bettered tool life due to low surface stress and an evenly coated top surface. The flat surface contributes to smooth uninterrupted chip flow, less generated heat and less friction. The new process improves toughness and chipping resistance and thus lessens friction and built-up edge. This in turn enhances and prolongs tool life at increased machining conditions for all types of work piece materials. The new PVD process is fashioned of Iscar's AL-TEC coating technology, utilizing the unique surface treatment.

Iscar's Chip Splitting Inserts
Iscar's brand new HM90 APCR 220605-CS grooved carbide inserts put an end to chip crowding problems in rough milling of aluminum, where chips can pile up. They are a part of Iscar's growing Helialu HM90 line of inserts tailored specifically for aluminum milling. With 2 grooves pressed into all polished cutting face, the inserts split aluminum chips into a manageable size for easy, constant evacuation despite the application's characteristic high chip volume. The 22 mm inserts, each with two edges, are designed to magnify metal removal over the full range of aluminum roughing conditions, from high power/low speed to high power/high speed. They work especially well with Iscar's new HM90 EAL/FAL...22 aluminum rough milling cutters. Besides dependably clearing chips, the inserts conserve power and decrease chatter in long-overhang setups. The inserts feature a cavity on the bottom to ensure correct mounting in cutter chip pockets furnished with standard spring pins. For maximum chip control, Iscar proposes using the HM90 APCR chip-splitting insert only in cutters with an even number of flutes.

Iscar Releases A New Line Of Slitting Cutters Utilizing Tang-Grip Technology And The Durability Of Sumo Tec Grades
Iscar now offers a family of high-performance slitting tools that combine the convenience and security of Tang-Grip clamping with the added durability of the new Sumo Tec insert grades. The concept, already proven successful in Tang-Grip parting tools, has now been extended to slitting cutters.

Iscar Recently Made Public A Variety Of Revolutionary Lines To Extend Their Family Of Milling Tools
Iscar recently released a new family of High Speed Milling adjustable endmills and facemills that will improve milling of aluminum, non-metallics, cast iron and hardened steel. This should prove especially useful in the automotive and aerospace industries.

Iscar Adds Their Most Recent Creations To A Extended Line Of Prospering Hole Making Solutions
Iscar recently released several different drilling innovations to meet their customers needs. These new products are Sumocham Drill, DR-DH and Deep Drills. Drawing off of their experience Iscar has come up with new and innovative ways to increase productivity for the end user.

The Newest In Carbide Endmill Architectures In A Extended And Effective Line From Iscar
Manufacturers and die & mold shops can eliminate chatter problems in many milling operations with Iscar's new Chatterfree endmills. The cutters' variable-pitch flute pattern eliminates harmonic vibration, the main source of chatter. This enables faster cutting and finer finish in rough or finish slotting, shoulder milling and cavity milling.

Push Pull Testing For Construction Industry Supplying Calibrated Gauges. Mechanical Load Testing Methods For On Site Evidence To Testing Requirements.
Push Pull Testing for the Railway industry for proof of reliable anchor fixings. Calibrated push pull force gauges are used for stress load testing along with tensile strength pull testing procedures. Proof of load testing undertaken, measured, recorded in a reliable and standard way to BS5080 Part 1 standards.

Completely New End Mills By Iscar Can Increase Productivity While Lowering Costs
Manufacturers and die & mold shops can banish chatter problems in numerous milling operations with Iscar's new Chatterfree end mills. The cutters' variable-pitch flute pattern eliminates harmonic vibration, the primary source of chatter. This enables faster cutting and finer finish in rough or finish slotting, shoulder milling and cavity milling.

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