Machine à fileter PEE-WEE - P10CNC
MACH-ID 9816| Marque: | PEE-WEE |
| Type: | P10CNC |
| YOP: | 2018 |
- Roll set M14 x 1 PPS Ø 180 x 54 hole x 40 width
- Roll set M14 x 1,50 Left PPS Ø 180 x 54 hole x 40 width
- Roll set M14 x 1,50 PPS Ø 180 x 54 hole x 40 width
- Roll set 1/4-28 UNF PPS Ø 180 x 54 hole x 40 width
- Roll set 1/4-28 UNJF PPS Ø 180 x 54 hole x 40 width
- Roll set 5/6-24 UNF PPS Ø 180 x 54 hole x 40 width
- Roll set 5/6-24 UNJF PPS Ø 180 x 54 hole x 40 width
- 1 set universal linear guider 120 mm
- 1 set steady rest for to heavy workpiece
- 1 set HM support length 40 mm for 1/4, 5/16 and M14 Rolls
- 2 x cabinet with tool drawlers and work bench
Caractéristiques
Dimensions (Estimation)
Important : les informations sur cette page ont été obtenues au meilleur de nos connaissances auprès des fabricants. L'exactitude n'est pas garantie mais les informations sont données de bonne foi. En conséquence, cela ne constitue pas une représentation ou des conditions contractuelles. Nous vous recommandons de vérifier tous les détails essentiels !
EE-WEE P10 CNC is mainly a cold-forming / thread-and-profile rolling machine. Instead of removing material like a lathe or grinder, two hardened dies press and roll the required shape into the workpiece.
Typical products you can make include:
- External threads – metric, UN/UNC/UNF, fine threads, special threads.
- Bolts, studs and threaded shafts – especially high-strength parts where rolled threads are preferred.
- Splines and serrations – for small transmission shafts, steering components, couplings and similar parts.
- Knurling – straight or crossed knurls for knobs, handles and press-fit areas.
- Grooves and rings – circumferential grooves, retaining-ring features and special profiles.
- Worm/profile forms – certain helical or special profiles, depending on tooling and machine configuration.
- Automotive components – pins, shafts, fasteners and transmission-related components.
- Aerospace/high-strength fasteners – rolled threads are attractive because the material grain flow isn't cut through.
The big advantage is strength and production speed. A rolled thread is generally stronger than a cut thread because the material is displaced rather than removed. You also get an excellent surface finish and can produce parts very quickly once the correct rolling dies are installed.
