Rosler Metal Finishing has decades of experience in the forge and foundry industries, especially when it comes to mass finishing for die-casted work pieces.
Our Forge & Foundry Blog Series continues with an overview of our top five mass finishing machines for precise cleaning of die castings.
Standard Rotary Vibrators
Media and parts are placed into a circular processing bowl in standard rotary vibrators. The energy from a vibratory motor causes the media and parts to freely tumble over each other. Some models are equipped with an internal separation device for separating the finished work pieces from the media.
Rotary vibrators can be used for batch and continuous feed processing.
Rosler’s standard rotary vibrator models include the models EC, Euro, A, and R.
Ideal Work Pieces — Small to fist-sized die-castings such as shoe buckles, furniture fittings, gear shifter forks, electrical components
Learn more about these machines in our Rotary Vibrator Guidebook (PDF).
Long Radius Rotary Vibrators
Built upon the rotary vibrator technology, long radius machines feature much bigger overall diameter and larger processing bowls. The expanded processing area allows for considerably longer cycle times in continuous feed mode.
Known as the LR models at Rosler, these machines allow for batch and continuous feed processing.
Ideal Work Pieces — Small- to mid-sized die-castings including small gear boxes, bearing housings, mirror frames for cars, all kinds of engine and transmission components
Learn more about Rosler’s LR capabilities in our Long Radius Guidebook (PDF).
Multi-Channel, Continuous Flow Rotary Vibrators
The major difference between a multi-channel, continuous flow rotary vibrator and a standard rotary vibrator is the processing channel’s spiral arrangement to create extremely long processing channels of up to 31 ft (9.5 m). The unique channel design draws work pieces apart so they almost never touch each other during the finishing process and always features continuous feed processing.
Rosler’s linear, continuous flow vibrators are known as the SE models.
Ideal Work Pieces — Small to mid-sized somewhat delicate components, particularly parts with critical sealing areas that must not be damaged including parts for espresso machines and model train cars
More information is available in our Multi-Channel Continuous Flow Systems Guidebook (PDF).
Linear, Continuous Flow Rotary Vibrators
Powerful vibratory drive systems are mounted underneath rectangular processing bowls in linear, continuous flow rotary vibrators. They always feature continuous feed processing.
Known as DA models at Rosler, these machines are the largest and most powerful mass finishing machines available.
Ideal Work Pieces — Mid-sized to large, somewhat sturdy, die-castings that are not damaged by tumbling over each other including power drill housings, cylinder head covers, oil pans, transmission housings, disks for automatic transmissions
Learn about Rosler’s DA capabilities in our Linear, Continuous Feed Systems Guidebook (PDF).
Similar to linear, continuous flow rotary vibrators, tub vibrators feature rectangular processing bowls with a powerful vibratory drive system mounted underneath. Tub vibrators are available in a wide range of sizes from very small to extra large, allowing the processing of a wide work piece spectrum, from small to very large, up to 10 ft (3 m) long and 5 ft (1.5 m) wide.
Rosler offers several tub vibrator models including the TE, Compact TE, TSD, TU, TUD, TUM, and RMO, all of which feature batch processing.
Ideal Work Pieces — Large housings, large light casings, structural airframe parts, or smaller parts in low to medium production volumes
Learn more about Rosler’s various tub vibrator models and capabilities in our Tub Vibrators Guidebook (PDF).
The Rosler Way
The Rosler team is uniquely capable to solve mass finishing challenges, especially when it comes to die castings. Contact us to share your needs so we can develop a solution.
Previous posts in the Forge & Foundry Blog Series include:
- Part 1 – “Shot Blasting Systems.”
- Part 2 – “Efficient Recycling.”
- Part 3 – “Shot Blasting & Sand Castings.”
- Part 4 – “Selecting a Shot Blasting Machine for Sand Castings.”
- Part 5 – “Cleaning Features & Dust Precautions for Sand Castings.”
- Part 6 – “Selecting a Shot Blasting Machine for Die Castings.”
- Part 7 – “Selecting a Shot Blasting Machine for Forgings, Non-Sand Castings, and Powdered Metal Components.”
- Part 8 – “Frequently Used Shot Blasting Machines for Sand Castings.”
- Part 9 – “Frequently Used Shot Blasting Machines for Forgings, Non-Sand Castings, and Powdered Metal Components.”
- Part 10 – “Shot Blasting Machines Commonly Used for Die Castings.”