Many times we all make assumptions based on our own knowledge. This can be a very deep conversation that gets into human nature and any number of other points. But I am noting that just because you know something is no indication others do. With that thought in mind I want to go back to the basics to help every one have a good foundation to build from.
All stroke sanders "should" have a flat table of some fashion to allow placement of parts or material being worked. The size and weight capacity tends to be where the conversation ends. With the better machines you may even have a twin belt setup to make life and use of the machine better still. But when you get to the very best of stroke sanders an articulating mount comes into play. What they allow you to do is have the machine hold a given 3D or formed part at just about any angle or height. If you are working with a range hood for example, you can have the mount hold the part at the needed angle while you grind down the weld and blend the finish with the second belt. Before you would need to make a fixture to hold the part and it would be a one off fixture no less. With the articulating mount that is not an issue any longer. Together the features of the better stoke sanders save time per part by not needing fixtures and belt changes. Then add in the fact you don't need to remove the part from the machine for a belt or fixture change and you cut down on injury to the part as well as the staff. Watch the video at the link below to see the mount on a KBM stroke sander. And as always feel free to send in any questions we are happy to help.
Today we're launching a series of blog posts about automated and semi-automated tube finishing solutions. This is the first of four parts.
Tube finishing doesn't have to be a manual operation. Centerless grinding can efficiently finish straight tube, and now planetary grinding machines can aid the finishing of tubes of various shapes, including previously bent workpieces.
The demand for high-quality finishes on tubing has risen over the years, much of it driven by increased use of stainless steel in the medical, food, pharmaceutical, chemical processing, and construction industries, combined with the need for painted, powder-coated, and plated tubing.