Tag Archives: Shotblasting

Surface Preparation Standards, Part 1 – Evaluating Surfaces Throughout Finishing Processes

Surface preparation can account for up to 40 percent of structural steel painting and repainting jobs and the life of anti‐corrosion coatings on a steel surface largely depend on how thoroughly the surface was prepared before painting.

At Rosler, we have extensive experience evaluating structural steel surfaces for coating before and after shot blasting. This knowledge of surface preparation standards and the widely used ISO and SSPC standards guide us in developing systems to expertly prepare and repair structural steel throughout its lifespan.

The Standards

Evaluating rust and mill scale pre- and post-shot blasting is a must. It is important to clearly specify the quality of the surface prior to preparation as well as the surface conditions after preparation. As a result, standards were developed to visually assess the initial surface conditions and the quality of the required surface preparation relative to the initial steel surface conditions.

The dominant and widely used standards for evaluating rust and mill scale are ISO 8501‐1:2007 (based on the Swedish Standard SIS 05 59 00) and the SSPC (Steel Structures Painting Council). While different in some minor details, these standards are practically identical.

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Wet Blasting Technology, Part 1 – Wet Blasting Gently Delivers Dramatic Finishing Results

Thanks to its many technical advantages and “gentle” application, wet blasting is a versatile and fast-growing segment of the shot blasting field. Achieving precise, repeatable results with any wet blasting process requires understanding both its principles and real-world uses.

With decades of experience and the latest in engineering expertise, Rosler understands how to develop efficient wet blasting machines and consumables. Learn more about wet blasting technology as we begin our five-part Wet Blasting Technology Series.

How Does Wet Blasting Work?

Wet blasting is a water-based method of shot blasting utilizing abrasives that are particularly suited for the finishing of delicate, precision-produced parts.

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Automation Part 7 – The Top 3 Mass Finishing and Shot Blasting Machines

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.

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Forge & Foundry, Part 10 – Shot Blasting Machines Commonly Used for Die Castings

At Rosler Metal Finishing, we have more than 80 years of experience. In that time we have worked with numerous forge and foundry customers. One focus has been the development of shot blasting systems for different types and sizes of die castings.

Our Forge & Foundry Blog Series continues with an overview of our top 10 shot blasting machines for precise, repeatable finishing results with die casted work pieces. Our shot blasting technology includes batch and continuous options.

Continuous Shot Blasting Machines

RMBD Continuous Tumble Belt Machine

Rosler RMBD Continuous Tumble Belt Machine
Rosler RMBD Continuous Tumble Belt Machine

The high-capacity, continuous feed RMBD features an innovative tumble belt work piece transportation system that simultaneously processes and transports work pieces through the system.

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Forge & Foundry, Part 9 – Frequently Used Shot Blasting Machines for Forgings, Non-Sand Castings, and Powdered Metal Components

Rosler Metal Finishing has worked in the forge and foundry industries for decades. With more than 80 years of experience, we have developed sophisticated shot blasting systems for countless work pieces including forgings, non-sand castings, and powdered metal components.

Our Forge & Foundry Blog Series continues with an overview of our shot blasting machines most frequently used on these specific types of work pieces.

It is important to understand your work piece and process requirements including whether components will be processed continuously or in batches. When it comes to finishing forgings, non-sand castings, and powdered metal components, our shot blasting machines are divided into three categories based on how the work pieces are fed into the machine: continuous, batch, and specially engineered shot blasting machines.

Continuous Shot Blasting Machines

RMBD Continuous Tumble Belt Machine

Rosler RMBD Continuous Tumble Belt Machine
Rosler RMBD Continuous Tumble Belt Machine

The high-capacity, continuous feed RMBD is available in a heavy-duty version for large forgings and castings, which is equipped with 6 x 40 HP turbines, a steel-slatted work piece transport belt, and a magnetic separator.

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Automation, Part 4 – Choosing the Right Machine and Consumables

Rosler Metal Finishing understands that automation integration requires careful planning to ensure the best, most efficient results. Whether for mass finishing or shot blasting, we have more than 80 years of experience helping customers match machines and consumables.

Taking time to evaluate your process needs as a whole will help you and a trusted partner such as Rosler determine what machine and consumables will best suit your automation needs and goals.

How do I choose the right machine?

Selecting the right machine is the most critical step to ensure the success of any automation project. Without the right machine, your automation process is sure to fail or produce disappointing results.

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