In addition to standard holes from 4 - 40 mm in diameter, the B-axis for horizontal and the A-axis for vertical inclined holes open up additional machining options. In combination, these two rotary axes enable full 5-axis machining. Thanks to the separate milling spindle, we are able to precisely produce handling threads, connecting threads, pockets, grooves, fits, complete lateral machining etc. in the same clamping.
The usual interfaces for CAM software are Parasolid, STEP, IGES and VDAFS. Other data transfer options are available on request.
| Verfahrwege | |||||||
| Tiefbohr- Maschine | X-max (mm) | Y-max (mm) | Z-max (mm) | W-max (mm) | V-max (mm) | A-max (Grad) | Gewicht (kg) |
| Breite | Höhe | Länge | |||||
| IMSA MF-1000 | 1400 | 700 | 500 | 1100 | 6500 | ||
| SAMAG TFZ 2 | 1280 | 1050 | 1100 | 1600 | 1050 | (-30°) bis (+15°) | 7000 |
| SAMAG TFZ 2L | 1600 | 1250 | 1100 | 1600 | 1250 | (-30°) bis (+15°) | 7000 |
| SAMAG TFZ 2L | 1600 | 1250 | 1100 | 1600 | 1250 | (-30°) bis (+15°) | 7000 |
| Spindel Bohrspindel: für Tieflochbohrwerkzeuge, manueller Werkzeugwechsel, Drehzahl bis 6000 U/min-1 Frässpindel: universelle Spindel, mit 24-fach Werkzeugwechsler, SK 40 Aufnahme, Drehzahl bis 6000 U/min-1 |
| Leistung Tieflochbohren Standardbohrungen von Durchm. 4 - 40 mm, Sondermasse bis Durchm. 56 mm möglich, B-Achse für horizontale Schrägbohrungen, A-Achse für vertikale Schrägbohrungen. Dank der separaten Frässpindel sind wir zudem in der Lage, in der gleichen Aufspannung Handlinggewinde, Anschlussgewinde, Taschen, Nuten, Passungen, komplette seitliche Bearbeitung etc. zu fertigen |
| Drehtisch Aufspannfläche: Rasterplatte 1100 x 1500 mm, Grössen ausserhalb des Standards auf Anfrage max. Tragfähigkeit: drehend 7000 kg / nicht drehend 10000 kg |
| Steuerung CNC-Steuerung / Selca S4045P / Heidenhain iTnc 530 |
| CAM-Software - Schnittstellen Parasolid - STEP - IGES - VDAFS |
The advantages of obtaining your cubic components ready for deep-hole drilling from a single source are obvious:
Time savings: As all processing steps - from the raw block to the finished, deep-hole drilled component - are carried out by one supplier, long coordination and transportation times between different suppliers are eliminated.
High precision and quality: A supplier that handles the entire production process from a single source can guarantee better control over process quality. The accuracy of fit and dimensional accuracy of the deep-hole drilled components and plates are often higher as a result.
Cost efficiency: Costs can be reduced by bundling the production steps, as less intermediate storage, transportation and coordination are required.
Flexibility for custom-made products: Changes or special requirements can be implemented more quickly as there is only one contact person.
Reduced sources of error: Collaboration in a production line minimizes sources of error that could arise due to interfaces or handovers between different suppliers.
Optimized logistics: Delivery takes place on time and directly from your materials partner, which increases planning reliability.
Improved documentation and traceability: As all processes take place at one supplier, the traceability of production steps is simpler and more transparent.