Exactaform supplies industry-leading WIDIA turning tools designed to deliver reliable performance, precision engineering, and long tool life across demanding machining environments.
As part of our powerful tooling solutions portfolio, WIDIA turning tool sets support a wide range of turning operations including External Machining, Internal Machining, grooving, threading, and Small Hole Boring.
WIDIA turning tools offer a comprehensive range of solutions for various turning applications. From grooving & cut-off tools to threading tasks, WIDIA provides cutting tools engineered to deliver exceptional performance and reliability. Outside Diameter (OD) and Inside Diameter (ID) turning tools enable precise machining with tight tolerances and superior surface finishes. WIDIA’s threading and grooving tools deliver optimal chip control, helping manufacturers improve productivity and reduce tooling costs.
For customers requiring complete machining coverage, Exactaform also supplies a full range of WIDIA carbide cutting tools, ensuring a complete Solution building process for your machining requirements.
Grooving tools cut channels and profiles into a part, while cut-off tools part the finished component from the bar. The WIDIA grooving and cut-off range covers steel, cast iron and aluminium, from general profiling to deep grooving and parting, with a choice of blade, insert and holder styles so the tool matches the groove width, depth and material.
Outside diameter (O.D.) turning tools remove material from the outside of a part, while inside diameter (I.D.) tools and boring bars machine internal bores. WIDIA offers general-purpose, high-performance and specialty turning systems for both, so the holder and insert can be matched to the rigidity of your setup and the finish and tolerance you need. For long-reach internal work, a stable bar and good chip evacuation matter as much as the insert.
Thread turning tools cut external and internal threads on a lathe. The range includes laydown threading tools, threading boring bars and the TopThread series. If you need threads produced by milling or tapping instead, see our WIDIA taps and thread mills.
The insert grade, meaning the carbide substrate and its coating, decides how a turning tool handles heat and wear, and the chipbreaker shape controls how chips form and break. Wear-resistant grades suit steels and cast iron at speed, tougher grades suit interrupted cuts and less stable setups, and PCD inserts suit aluminium and composites. Matching grade, geometry and corner radius to the material and cutting condition is where most tool life gains come from, and our application engineers can recommend a starting point.
WIDIA also makes tools for railway wheel turning and reprofiling, including carbide inserts and rotary toolholders. Contact us if you have a specialist turning application.
Exactaform provides a comprehensive range of WIDIA turning tool sets and tool holders designed to maximise machining stability, repeatability, and performance.
Our turning solutions include:
WIDIA provides advanced carbide inserts and high-performance inserts engineered for consistency, durability, and exceptional wear resistance in demanding machining environments. Designed to deliver reliable results across a wide range of applications, these inserts support both standard production work and highly specialised machining tasks. The range includes carbide inserts developed for general turning operations, offering dependable performance and efficient material removal across common steels and alloys. For precision machining requirements where dimensional accuracy and extended tool life are critical, WIDIA inserts are engineered to maintain stability and edge integrity over long production runs.
Polycrystalline diamond (PCD) inserts are available for machining abrasive and non-ferrous materials such as aluminium alloys and composites, delivering superior surface finish and resistance to wear. High-performance geometries are designed to optimise chip control, helping to reduce heat build-up and improve process stability. Inserts are also specifically optimised for high-temperature alloys and hardened materials, ensuring consistent performance in challenging cutting conditions. These carbide cutting tools provide exceptional reliability in industries including aerospace, automotive, oil and gas, rail, and general precision engineering, where productivity, accuracy, and long service life are essential.
WIDIA provides industry-leading solutions for Specialty Turning applications, including:
WIDIA turning tools are engineered to perform reliably when machining some of the most demanding materials used in modern manufacturing. These include high-temperature alloys, hardened steels, stainless steels, cast iron, and advanced superalloys commonly found in aerospace, energy, and heavy industry applications. The combination of advanced carbide inserts, PCD inserts, and high wear-resistant grades ensures consistent cutting performance, even in extreme heat and high-load cutting conditions. This results in improved dimensional control, extended tool life, and dependable productivity across challenging cutting applications.
Exactaform supports complete machining requirements through a comprehensive tooling portfolio designed to deliver full process coverage. The range includes precision turning tools and tool holders, indexable milling solutions including advanced face mill systems, and high-performance holemaking tooling for drilling and boring applications. Together with milling and turning tools, this ensures seamless integration across multi-operation machining environments. For complete machining solutions, explore the full range of WIDIA carbide cutting tools and indexable milling solutions. This integrated solution-building approach ensures optimal tooling selection, improved machining efficiency, and consistent performance across every stage of production.
Exactaform delivers trusted tooling expertise backed by industry experience and premium tooling manufacturers.
Benefits include:
Our expertise ensures optimal performance, improved efficiency, and reduced tooling costs.
Grooving cuts a channel or profile into a part, while parting off, also called cut-off, separates the finished part from the bar stock. Both use similar tool styles, but cut-off tools are built for deeper cuts and clean separation.
Boring bars machine internal diameters, from small-bore finishing to deep internal profiling. Bar stiffness, overhang and chip evacuation decide how well they perform, so the right bar matters as much as the insert.
The grade describes the carbide substrate and coating on an insert. Different grades balance wear resistance and toughness for different materials and cutting conditions, such as steel, stainless steel, cast iron or high-temperature alloys.
Yes. Send us your material, operation and machine and an application engineer will recommend a holder, insert and grade.
Submitted reviews are typically assessed by an application engineer within a few working days.