About Pfauter RS9K Horizontal Gear Hobbing Machine
Make - Pfauter (Germany)
Model - RS9K
Max. Module Capacity - 10 modules
Max. Job Diameter - 300 mm
Max. Table Travel - 695 mm
Max. Clamping Length between Centers - 870 mm
Spindle Bore - 141 mm
Max. Hob Cutter Diameter - 175 mm
Max. Hob Cutter Length - 170 mm
Max. Hob Shifting - 60 mm
Min. Number of Teeth - 4
Hob Cutter Speeds - 35.5 rpm to 355 rpm
- Machine can work in complete Auto-Cycle mode.
- Complete with Change Gears, Arbours etc.
- Operating Manual & Electrical Drawings are available.
- Machine is in excellent working condition.
Video of The Machine -
https://youtu.be/Iw7yQvI16jw
Precision Gear MachiningEngineered for high-precision gear cutting, the Pfauter RS9K delivers consistent results for demanding production requirements. The adjustable feed, automatic features, and robust hob arbor ensure each gear, spline, or sprocket is manufactured to exact standards, making it ideal for applications requiring minimal error tolerances.
Versatile and User-Friendly ControlsWith its conventional control system, the machine is designed for ease of use, allowing operators to switch between manual and semi-automatic modes seamlessly. Its adaptability suits a variety of production environments, catering to both skilled craftsmen and high-output manufacturing facilities.
Durable and Reliable ConstructionConstructed with heavy-duty materials and designed for stability, the Pfauter RS9K is built to last. Whether handling small or up to 900 mm diameter workpieces, its reliability ensures long-lasting service and high precision. The integrated coolant system also prolongs tool life and enhances cutting performance.
FAQ's of Pfauter RS9K Horizontal Gear Hobbing Machine:
Q: How does the Pfauter RS9K gear hobbing process work?
A: The gear hobbing process on the Pfauter RS9K uses a rotating hob to cut gears, splines, or sprockets into the workpiece as it turns on the table. The adjustable feed and spindle speed ensure precise engagement between the hob and workpiece for accurate gear tooth formation.
Q: What are the usage benefits of the Pfauter RS9K gear hobbing machine?
A: This machine ensures high precision and repeatability in every cut, supports flexible production for various gear shapes and sizes (up to 900 mm diameter), and offers robust construction and easy operation with manual or semi-automatic modes, making it suitable for both custom and high-volume jobs.
Q: When should you use a machine with a max module of 10 and up to 900 mm gear capacity?
A: The Pfauter RS9K is ideal when your production requires large and/or heavy-duty gears, such as in industrial machinery manufacturing, automotive, or heavy equipment sectors. Its max module of 10 accommodates robust gear designs with significant load capacity.
Q: Where can the Pfauter RS9K be installed and operated?
A: This floor-mounted machine fits medium to large workshops or manufacturing plants. It requires a stable surface and access to 380 V power. Its dimensions and weight (approx. 2,100 kg) mean you should allocate sufficient floor space for installation and operation.
Q: What features support prolonged and reliable machine operation?
A: The machine's sturdy build, integrated coolant system, and conventional controls minimize wear and extend operational life. The automatic feed and effective lubrication enhance cutting quality, while the weight and construction reduce vibration during intensive jobs.
Q: How can you adjust the cutting process or parameters?
A: Feed rates and spindle speeds are both adjustable on the Pfauter RS9K, enabling users to optimize settings for various gear sizes, materials, and cutting requirements. Operators can easily switch between manual and semi-automatic controls based on the task complexity.
Q: What types of organizations typically benefit from importing or supplying the Pfauter RS9K?
A: Exporters, importers, manufacturers, suppliers, and traders in gear production or industrial equipment supply benefit significantly. Its reliability and versatility make it a valuable asset for businesses targeting high-precision gear manufacturing in demanding industrial markets.