Scroll Top

SMS

sms
More information

SMS Maschinenbau specializes in the development and construction of state-of-the-art thread grinding machines. Their product portfolio ranges from highly flexible all-purpose thread grinding machines to fully automated specialized solutions for mass production.

We are the official and exclusive representatives of SMS in Spain.

Expertise in Thread, Worm, and Tap Grinding Technologies

Thread Grinding:

  • Description: Utilises CNC machines to create precise and complex profiles on threaded parts, ensuring proper fit and functionality in mechanical assemblies.
  • Applications: External threads on spindles, ball screws, and specialty gears.

Worm Grinding:

  • Description: A specialized grinding process for producing worms, also known as worm screws, used in transmission and extrusion systems.
  • Applications: Transmission and compression systems in the automotive and heavy machinery industries.

Tap Grinding:

  • Description: Manufacturing threading tools, such as taps, essential for creating internal threads in metallic components.
  • Applications: Production of cutting tools and forming internal threads across various industries.

SMS Maschinenbau provides advanced technology and customized solutions for high-precision applications, catering to a wide range of industrial needs.

Clear Filters
Flutegrind SF
Thread, worm and tap grinding
Flutegrind SF
Groove/front rake grinding
No machine is faster: groove grinding on taps starting from M1.
GBA203
Thread, worm and tap grinding
GBA203
External thread grinding
A qualitative leap: relief races up to 70 Hz thanks to linear motor technology.
GI-50
Thread, worm and tap grinding
GI-50
Internal thread grinding
High precision and flexibility thanks to torque and linear motor technology.
Heligrind SH
Thread, worm and tap grinding
Heligrind SH
Internal thread grinding
Suitable for a wide range of grinding applications thanks to its modular design.
Retrofit CNC
Thread, worm and tap grinding
Retrofit CNC
The process of CNC upgrading, modernization, and refurbishment involves updating the computer numerical control (CNC) systems in existing machines to enhance their performance, precision, and functionality.