Machining Kurikka

Kurikka machining site

Kurikka machining site is focused on production of small and medium-sized demanding precision machining parts, as well as subassemblies. Services such as heat- and surface treatments are provided to customers through our subcontracting network. Kurikka machining site has about 30 years of experience in manufacturing demanding machined machine parts.
Key strengths are the manufacturing of turned and milled steel components, with emphasis on automated and unmanned production, including FMS and robot cells. Our efficient machine park, 36 skilled people, and our facilities of 5600 m2 are ensuring that we can keep our promises to our customers and deliver products on time and in a cost efficient way.

Unrivaled accuracy, effortlessly

In the production of the machined products, the customer can provide Komas with their own materials, indicate a preferred supplier or we can use our own high quality materials. Our 3D-measuring system and calibration ensure superior measurement accuracy.

By focusing your component procurements to Komas it is easy to secure the availability of high quality assembly pieces and spare pieces. An effortless procurement channel also saves resources that can be put towards efficient assembly.

How can we help you? Contact us!


  • Shafts (Ø 10-300 mm, length max 1250 mm)
  • Flanges (Ø max 1150 mm)
  • Prismatic parts (max 1000x800x850)
  • Manufacturing lot size 10-3000 pcs




Manufacturing methodsKoneistus

  • Sawing (Ø max 400 mm)
  • Vertical turning (Ø max 1150 mm)
  • Turning (Ø max 370 mm)
  • Axle turning (Ø max 300 mm, length 1250 mm)
  • Bar-type automatic lathes (Ø max 65 mm)
  • Milling (x,y,x 1000x800x850)
  • Welding Mig/Mag
  • Subassembly
  • Tapping machining


We offer through our network

  • Surface treatment
  • Heat treatment


  • Castings
  • Forgings
  • Plate cuttings
  • Structural and machine steels
  • Tempered and carbon steels
  • Refined steels
  • Aluminium
  • Bronze
  • Brass
  • Copper

Download our machine catalogue here (pdf).