Rosler understands that automating aspects of your mass finishing and shot blasting processes has never been more critical.
As we have learned during recent world events, outside factors can have a significant impact on your ability to maintain a largely manual process. Though automated mass finishing and shot blasting machinery does require some human intervention, it can often be operated with a minimal headcount and limited human contact.
In previous blogs, we have explored how an automated-first posture can help you to gain significant efficiencies, lower costs, and increase your competitive advantage. We have also looked at the balance between automation and the environment and have discussed ways that you can mitigate environmental impacts of operating automated mass finishing and shot blasting machinery.
We now conclude our Automation Blog Series with best practice examples of automated mass finishing and shot blasting machines Rosler offers and the associated accessories and components available to help in building your next-generation automated processes.
Continue reading Automation Part 7 – The Top 3 Mass Finishing and Shot Blasting Machines
As previously discussed in our Automation Blog Series, building a robotically assisted process requires evaluating your surface finishing system along with its problems and goals and selecting the right machine and consumables. Automating a mass finishing or shot blasting process also requires selecting the automated hardware that will best achieve your overall goals and provides the most efficiency in terms of time and manual labor.
An experienced partner such as Rosler Metal Finishing can provide insight and advice on the numerous material handling tools specially designed or adapted to mass finishing and shot blasting process improvement.
Work Piece Loading Systems
Including skip loaders, lift and tip loaders, vibratory feed hoppers, and other tools, work piece loading systems are ideal for small- to mid-sized work pieces handled in bulk.
Continue reading Automation, Part 5 – What Automation Hardware is Available?
“When making a decision between various finishes for your product, seeing the actual finish on the metal is a valuable aid to your decision making and seeing a process in action is even better!”
In recent years, “drag finishing” has become a popular alternative for surface finishing of high value and somewhat delicate metal components.
“Drag finishing” is pulling the components through the media mass thus, honing and polishing in the process.
In a drag finishing system, the parts or components are mounted, fixed and equipped with multiple workstations. Each component is then “dragged” through a circular work bowl filled with grinding or polishing media.
Continue reading Drag Finishing – What Is It And Why Should You Consider Using it?