• Home
        • Vertical Storages

          Solutions to optimize enterprise logistics/storage management
        • Orthopedic


          Robotic systems dedicated to finishing orthopedic prostheses
        • Metal Finishing

          Robotic machines: a solution for corporate economic stability
        • Casting Cutting


          Die cutting separates the workpiece from the sprue, avoiding further processing
  • Blog
  • Contacts
Search
Close this search box.
  • Home
        • Vertical Storages

          Solutions to optimize enterprise logistics/storage management
        • Orthopedic


          Robotic systems dedicated to finishing orthopedic prostheses
        • Metal Finishing

          Robotic machines: a solution for corporate economic stability
        • Casting Cutting


          Die cutting separates the workpiece from the sprue, avoiding further processing
  • Blog
  • Contacts
Search
Close this search box.

ROBOTIC AUTOMATION

Orthopedic

ROBOTIC AUTOMATION

Robotic Machines for Orthopedic Prosthetics.

In the orthopedical sector, innovation and precision are essential.

Our deep experience and expertise have enabled us to create highly specialized robotic machines that are distinct for different orthopedic applications.

Our know-how covers four areas of the orthopedic field: femoral prostheses, stems, tibial bases, and orthopedic screws.

RS took a blank sheet of paper, sat down alongside the manufacturers of orthopedical prostheses, and brought a perfect combination of experience, quality, and durability of manufacturing processes back into its design. The result?  

RSM 800 (Deburring of Femurs)

RSM800 was born with a single purpose. Which one? The grinding of previously CNC milled femoral prostheses.

RSM800 was born as a unique, turnkey system dedicated exclusively to the grinding of femoral prostheses, obtained from a milling process. Level of quality fully exceeded and long-lasting abrasive used.

Material suitable for processing: Chrome Cobalt

RS COMBY 800 (Deburring of Femur)

RS COMBY 800 was created with one purpose in mind, which one? The grinding of femoral casting prostheses.

RS COMBY 800 was born as a double system, turnkey and dedicated exclusively to the grinding of femoral prostheses from a casting process. The grinding process is distributed over different types of wheels ensuring compliance with the most stringent quality standards.

Material suitable for machining: Chrome Cobalt

RS COMBY 900 (Deburring and polishing of femoral stem)

RS COMBY 900 was created as a double system with a single purpose, which one? The deburring and polishing of stem prostheses obtained from a forging process.

The system includes a very high-precision station, which allows via a micrometer profile projector to check the quality of the entire process and apply the relevant dimensional tolerances. RS COMBY 900 is distinguished by its features: complete in operations, extremely productive in quality.

Material suitable for machining: steel - titanium

RSM 850 (Grinding tibial bases)

RSM 850 was born with an ambitious mission, which was?

RS faced the need to develop a complete and unique plant that could guarantee high quality and complete processes in the field of automatic grinding of the perimeter of tibial bases by matching in the same solution also a precise and durable lapping station.

Material suitable for processing: Chrome Cobalt

RS35 (Grinding orthopedic screws)

The machining process allows brushing after the mechanical milling, turning and sharpening, thus removing burrs on the piece, which make it nonconforming. After machining, the workpiece, undergoes an immersion washing process and careful blowing. The quality of the process is guaranteed, the system includes a very high-precision station, which allows, through a micrometric profile projector to check the quality of the entire process, identify conforming and non-conforming areas, comparing the real part with the specific CAD model, in order to obtain the best possible result.

Material suitable for processing: AISI 304 - AISI 316