The MICRO-Line range offers a wide selection of highly precise milling tools designed to meet the needs of micromechanics. The diversity of our products provides solutions tailored to the highest requirements. Thanks to the DHD337 geometry and its irregular pitch tooth profile, each tooth benefits from a different helix angle, allowing for optimal chip control.
The TOP-Watch range, particularly featuring the SFX3 geometry dedicated to partial profile threading according to the NIHS standard, is perfectly suited to the highest requirements. Thanks to its rigid offset teeth fixing system, its chip-breaking geometry that ideally breaks the chip, and its super-finished surface condition, this type of tool ensures the achievement of excellent high-precision threading.
Discover our TRIO-Line range, specially designed for turning and microtechnology, showcasing the GX geometry dedicated to precision grooving. Designed to meet the dimensional requirements of grooves according to DIN 6799 and DIN 471 standards. Its rigid clamping system at the tooth bottom and the 3 cutting faces offer an exceptional balance between performance and economy, making our range an ideal choice for your production needs.
Discover our ECO-Line range, designed specifically for turning and microtechnology, featuring the offset cutting geometry RXF. Engineered to meet the demands of challenging materials, its reinforced tip offers an outstanding compromise between performance and economy, making our range an ideal choice for your production needs.
Discover our ISO-Line range, specially designed for finishing turning. Thanks to its FN-X17° geometry and standardized fixing system, our tools provide optimal chip management, ensuring exceptional lifespan even in the most challenging-to-machine materials. Simplify your workflow and achieve quality results with our ISO-Line tool combination.
Discover our IN-Line range, specially designed for internal turning, coupled with various extremely rigid clamping systems. Our range offers a wide selection of boring bars, notably featuring the GTX geometry, ideal for grooving and turning operations when dealing with chip management issues.