MUNDELEIN, IL – October 9, 2006 - Dynomax Inc. reveals a new robotic spindle matrix designed to dramatically reduce spindle selection for material removal robots. The new matrix matches Dynomax robotic arm spindles, designed to combat the threats of robotic machining, with the most common material removal robots on the market. Available for download, the Dynomax spindle selection matrix pinpoints those spindles best suited for withstanding the complexities of robotic machining. Matrices are available for the following robotic manufacturers:
- FANUC Robotics, Inc.
- ABB Group
- Kuka Robot Group
- Staubli
- MotoMan “Proper spindle selection when machining with robots is a key component to the overall successfulness of a project and ultimately its profitability.
- Contamination
- Multiple load angles (radial and axial)
- Corrosion Having developed numerous spindles to specifically address these unique needs, Dynomax’s quick selection matrix slashes selection time by offering a shorten list of recommended spindles.
With the rise in robotic material removal applications, the need for high quality robotic arm spindles has risen; unfortunately, too many spindles are improperly selected, dramatically impacting the robots productivity.
Creating a matrix was a natural step to support the continued growth of robotic machining ” stated company spokesperson Katie Mahoney.
Though similar to their CNC machine counterparts, robotic arm spindles must combat additional threats including:
Dynomax knows robotic arm spindles.
About DYNOMAX, INC. Dynomax, an ISO 9001:2000 Registered Company, offers manufacturers the design, manufacturing, and service of machine tool spindles.
Dynomax knows spindles and has modular designs that are adaptable to a variety of applications.
High precision spindles that improve manufacturing quality and value added services are why Dynomax should be your preferred vendor.
