Robotic
When it comes to robotic machining, the spindles attached to the end of the robotic arm must be flexible, durable and meet the payload limitations of the robot. Dynomax’s robotic spindles are designed to maintain their high performance and precision, even when the robotic arm is extended. Dynomax offers a full-line of robotic spindles that address the unique needs of robotic machining – lightweight construction to minimize payload stress, high degrees of contamination protection and operation from a number of angles.
Choose from a variety of robotic spindles – from ultra-lightweight and small models designed to fit into tight spaces, to robust and powerful models that can withstand the rigors of harsh material removal applications. Because we design and build our spindles, we have the in-depth technical knowledge needed to select the right spindle for your unique situation. We work with our customers to make sure they get the exact spindle they need, when
Listed below are the most common robotic applications. You don’t see your application here? Not a problem. Our modular production philosophy allows our on-site engineering team to quickly customize one of our base model spindles to meet your specific needs. Contact us today and one of our knowledgeable spindle associates will guide you to the perfect spindle for your application.
Drilling
When selecting a spindle for drilling – also referred to as hole-making – there are a few factors to consider. These include the hole diameter and depth, the tolerance required, and whether the hole will require additional machining such as threads or a recessed top to accommodate fasteners. These factors will determine the type of spindle best suited for your particular application. All Dynomax spindles are built to handle the unique power, torque, speed and precision requirements for drilling...
Milling
Robotic milling, which includes Engraving and Routering applications, is becoming more prevalent in machining as it allows for greater part consistency and increased productivity. Robotic milling spindles are widely used in applications where high speed material removal rates and/or high precision surface finishes are required. Dynomax offers a large variety of robotic milling spindles with features that can increase machine productivity, reduce tool wear, support tight part tolerances, and minimize payload stress. Whether belt-driven or motorized, standard or high-speed, we have just the right spindle for your robotic milling application...
Grinding
Grinding spindles are designed to do just that – grind away metal, glass, ceramics or other materials with a grinding wheel to the desired shape or finish. The size and configuration of the spindle will vary depending on the specific grinding application and environment. Because of the harsh environments in which they typically operate, all Dynomax abrasive grinding spindles employ our proprietary Dynogrind technology: a hard, durable metal alloys that protect and extend the life of the external spindle housing, and a sealing system that outperforms other products in the industry, increasing spindle life form months to years...
Deburring/Deflashing
Deburring is similar to finishing, in that the part may require subtle filing to smooth out rough edges resulting from the machining process. Deflashing is the removal of excess material caused by the seams of foundry molds. Dynomax deburring and deflashing robotic spindles are designed with high-speed and low torque, to give the fine touch required to remove only the unwanted material and nothing more...
Buffing/Finishing/Polishing
When selecting robotic spindles for buffing, finishing or polishing applications, you want a spindle that will allow the tool to gently glide over the finished part. Therefore, it's important to spec high-speed spindles that feature high RPMs and low horsepower (HP) for nominal torque. Dynomax offers a multitude of high-speed spindles to finish your jobs...
