We give you profile.
With our precision tools for the cost-effective production of external threads as well as for special profiles such as beading, knurling, rolling, or flanging.
LEARN MORE ABOUT HELIX THREAD ROLLING SYSTEMS
When thread rolling with the HELIX systems from Wagner Tooling Systems, the thread form is produced by cold forming the material. Very high pressure causes permanent plastic deformation of the material. The thread rolls displace the material from the thread core and allow flow in the direction of the thread crests. The grain structure is not interrupted but only displaced. The result is a thread with high strength, profile and dimensional accuracy.
The HELIX axial thread rolling systems are available in four different sizes and different designs and can be used to produce threads from M3,5 – M22 or respective #6 – 7/8".
TOOLS
Tangential rolling systems
Short processing times for the perfect thread
Knurling systems
The tool that leaves a lasting impression
Thread cutting systems
Flexible and highly precise – economical thread production
Multi-cutter turning systems
For quickly reducing diameters
Axial rolling systems
The experts for external thread rolling.
Advantages of HELIX thread rolling system
Finishing in a single clamping means that no special machines are required. Production is simplified and setup, storage, and transport costs are reduced.
The robust tools increase process reliability. Thread rolling can be easily and reliably integrated into production processes.
Compared to machining processes, there is a significant improvement in material properties such as roughness, strength, hardness, and wear resistance.
Thread rolling does not involve any material removal. This means that there is no grinding dust or sludge and, of course, no associated disposal costs.
Rolling external threads is characterized by short processing times and a significant increase in product quality, thereby making a noticeable contribution to cost-effectiveness and, beyond that, to the development of a positive image.