The VARDEX Thread Milling Line offers an all-encompassing range of solutions.
VARGUS is known as the first producer of Thread Milling tools, using the TM Standard.
The TM Standard is the most common industry method based on indexable multitooth inserts. All the teeth are machined simultaneously so every tool creates one pitch.
A multi-flute, highly productive and economical solution for milling threads in deep holes.
The TMSD line also offers full profile inserts in ISO Metric, American UN, NPT, API Round & American Buttress.
Smooth Cut - Reduced load on cutting edges due to single point insert design
Wide Range of Profiles - Full profile: ISO, UN, NPT, API RD & ABUT. Partial profile: 60°, 55°, Semi Partial profile for: TR, ACME, Stub ACME
Cost Effective - Up to 3 cutting edges per insert. Very high feed per tooth
Fast Machining - Multi-flute, up to 7 cutting edges (inserts)
Long Overhang - Up to 144mm (200mm in Shell Mill)
Coolant Thru - For improved chip evacuation and cooling at the cutting corner
Vertical Inserts - Reinforced Cutting Corner Support
Smaller Tool Cutting Diameter with 3 Flutes - As small as 10.5mm
Conical Thread Preparation - Capabilities to machine conical threads from a cylindrical pre-drilled hole
An innovative system for fast machining and reducing cycle times when machining threads with long inserts.
MiTM holders are nickel coated, providing anti-rust protection.
MiTM tools are offered in Standard, Conical, Shell Mill & Shell Mill Conical.
The VARDEX Multi-flute Indexable Thread Milling (MiTM) system for fast machining, reduces cycle times when machining threads with long inserts. New nickel coating for all MiTM toolholders provides better anti-rust protection.
A complete range of miniature and long solid carbide tools, available with and without coolant.
The TM Solid line features a wide range of solid carbide thread milling tools for general purpose as well as specific wide-ranging industries from automotive and taps, to medical and dental.
The advantages of using the VARDEX TM Solid line are: