Punching & bending: Precision that fits in

High­ly pre­cise stam­ping and ben­ding parts for indus­tri­al assem­blies – deve­lo­ped, manu­fac­tu­red and inte­gra­ted at KOMOS.

30+Years of expe­ri­ence
0.1–3mmMate­ri­al thic­k­nes­ses
+0.01mmTole­ran­ces
ISO 13485 & ISO 9001Cer­ti­fi­ca­ti­on

Stamping and bending for stable serial processes

Seri­al pro­duc­tion of stam­ping and ben­ding parts

KOMOS manu­fac­tures pre­cise stam­ping and ben­ding parts for pro­to­ty­pes, pre-series and series pro­duc­tion. Modern pres­ses, matched tools and docu­men­ted test­ing pro­ces­ses ensu­re repro­du­ci­b­le qua­li­ty.

By com­bi­ning pun­ching, ben­ding, injec­tion mol­ding and assem­bly, we can crea­te rea­dy-to-assem­ble com­pon­ents and assem­blies from a sin­gle source, if desi­red.

Tech­no­lo­gy Con­sor­ti­um: Stam­ping, ben­ding, injec­tion mol­ding, CNC tur­ning and assem­bly.

Your advantages with punching & bending at KOMOS

Cost efficiency

  • Eco­no­mic quan­ti­ties
  • Effi­ci­ent pro­duc­tion pro­ces­ses
  • Lower too­ling cos­ts
  • Secu­re auto­ma­ti­on

Faster implementation

  • Short deve­lo­p­ment times
  • Fast pro­to­ty­pe pro­duc­tion
  • Secu­re seri­al trans­mis­si­on
  • Rapid bot­t­len­ecks

Precision

  • Tight tole­ran­ces
  • Repro­du­ci­b­le qua­li­ty
  • Docu­men­ted test­ing pro­ces­ses
  • Digi­tal qua­li­ty data

Flexibility

  • Ver­sa­ti­le mate­ri­als
  • Fle­xi­ble mate­ri­al thic­k­nes­ses
  • Stam­ping & Ben­ding
  • Fle­xi­ble pro­duc­tion

Quality

  • ISO 9001 and ISO 13485 cer­ti­fied
  • Defi­ned test cha­rac­te­ristics
  • Digi­tal tracea­bi­li­ty
  • Struc­tu­red qua­li­ty plan­ning

Everything from a single source

  • Accom­pany­ing the series
  • Well-coor­di­na­ted pro­ces­ses
  • A cen­tral cont­act per­son
  • From the pro­to­ty­pe to the series

Our customer group comes from these sectors

Medical technology

Deve­lo­p­ment and manu­fac­tu­ring of mecha­ni­cal and elec­tro­nic assem­blies accor­ding to ISO 13485.

Smart Home

Elec­tro­nic assem­blies for con­trols, sen­sors, and modern con­nec­ted appli­ca­ti­ons.

Electronics

Elec­tro­nic assem­blies for indus­tri­al sys­tems – from deve­lo­p­ment to final assem­bly.

Automotive

Hybrid-manu­fac­tu­red assem­blies for auto­mo­ti­ve sys­tems – inclu­ding struc­tu­red series ramp-up and PPAP.

Our punching and bending technologies

Modern punching and bending machines

Pre­cis­i­on manu­fac­tu­ring of stam­ping and ben­ding parts for pro­to­ty­pes, pre-series and eco­no­mic­al series pro­ces­ses.

Complex geometries

Stam­ping, ben­ding, sha­ping and forming in coor­di­na­ted pro­duc­tion steps for deman­ding com­pon­ents.

Toolmaking and process design

Tools, com­po­nent geo­me­tries and manu­fac­tu­ring pro­ces­ses are adapt­ed ear­ly on to sta­ble mass pro­duc­tion.

Integrated quality assurance

Defi­ned test­ing cha­rac­te­ristics, docu­men­ted results, and digi­tal tracea­bi­li­ty ensu­re rele­vant qua­li­ty requi­re­ments.

Variety of materials

Steel, stain­less steel, alu­mi­num, cop­per, brass and other mate­ri­als sui­ta­ble for func­tion and appli­ca­ti­on area.

Pre­cise stam­ping and ben­ding parts made of metal

Stamping & Bending – Your Path to a Mass-produced Part

  1. Consulting & Concept

    1 to 2 weeks

    Cla­ri­fy requi­re­ments, assess fea­si­bi­li­ty, opti­mi­ze the com­po­nent.

  2. Design & Engineering

    2 to 4 weeks

    Deve­lop com­po­nent geo­me­try, tool con­cept and manu­fac­tu­ring pro­cess tog­e­ther.

  3. Toolmaking & Patterns

    8 to 12 weeks

    Pro­du­ce tools, pro­du­ce first samples, and test rele­vant fea­tures.

  4. Production

    from 2 weeks

    Pro­du­ce com­pon­ents in a repro­du­ci­b­le man­ner and ensu­re qua­li­ty is docu­men­ted.

  5. Logistics & Delivery

    fle­xi­ble

    Coor­di­na­te pack­a­ging, deli­very model and dead­lines relia­bly.

Frequently asked questions

At what quan­ti­ty is stam­ping eco­no­mic­al?

At KOMOS, we manu­fac­tu­re eco­no­mic­al­ly in small bat­ches. With effi­ci­ent down­stream assem­bly tools, we can achie­ve attrac­ti­ve unit cos­ts even with medi­um-sized quan­ti­ties.

How long does it take from the initi­al con­sul­ta­ti­on to the series part?

Depen­ding on com­ple­xi­ty, 8 to 14 weeks. Con­sul­ting and engi­nee­ring take 3 to 6 weeks, while tool­ma­king takes 4 to 8 weeks. We can also expe­di­te rush pro­jects upon request.

What mate­ri­als do you pro­cess?

Steel, stain­less steel, cop­per, brass and bron­ze. Mate­ri­al thic­k­nes­ses from 0.1 to 3 mm. Zinc-pla­ted, nickel-pla­ted, gold-pla­ted – depen­ding on requi­re­ment.

What tole­ran­ces can you achie­ve?

We manu­fac­tu­re with tole­ran­ces in the hundredth of a mil­li­me­ter ran­ge (±0.01 mm). For safe­ty-cri­ti­cal parts, we inspect 100% in-line assem­blies.

Can you spray-dip stam­ped parts direct­ly?

Yes. We manu­fac­tu­re your stam­ped parts and inject them direct­ly into our injec­tion mol­ding machi­ne. Cont­act ele­ments, con­nec­tors, pre-mold­ed parts – all from one source.

How do you ensu­re the qua­li­ty?

Every part is inspec­ted inline; all pro­cess data is docu­men­ted in the KOMOS app. If devia­ti­ons occur, pro­duc­tion stops auto­ma­ti­cal­ly. The result: < 10 ppm error rate.

Do you also offer assem­bly and com­po­nent manu­fac­tu­ring?

Yes. We assem­ble your stam­ping and ben­ding parts with pla­s­tic and elec­tro­nic com­pon­ents to form finis­hed assem­blies – tes­ted, packa­ged, and rea­dy for ship­ment.