Are you getting all of the benefits from your vibratory finishing process? When executed well, vibratory finishing reduces your labor and provides a clean, consistent finish on your components every time. In other words, after loading your components and media into the container, you should be able to walk away while the vibratory finisher does all of the work.
If you’re not getting great results from your current process, such as a less labor-intensive workload or a desirable end product, you’re not alone. Many of our customers ask us how to improve their vibratory finishing. Below are our top five recommendations for a better vibratory finishing process. Please note that these recommendations are in no particular order, as each one is important.
Many people think that reducing cycle times requires switching to a new vibratory media and compound combination. While there’s truth to that, there’s a simpler method that the Rodeco team recommends you try first. Sometimes, a couple adjustments to the vibratory finisher equipment itself can reduce cycle times.
Adding weight segments to the top and bottom of your bowl or container can increase amplitude and feed. Vibratory finishers use an imbalance on the drive to cause vibration as the drive rotates. More imbalance creates more amplitude, which is the major component of the roll in the process channel. In vibratory bowl style units, lead angle is used to determine the aggressiveness the system is feeding horizontally. Adding weight segments to the bottom of the bowl increases its amplitude, while adding weights to the top produces the rolling effect.
Please note. For best and safest results when making weight additions, do the following:
Have you seen a dramatic increase in your vibratory process cycle times? This can happen when you add a new piece of deburring equipment, perform equipment maintenance, or relocate equipment.
Check your motor rotation. The motor should rotate the opposite direction of the vibratory process. Typically, when a machine is wired incorrectly, you will see a break at the center of the media mass, and your parts and media will cascade both in the inner and outer portion of the channel.
If you are unable to turn off the equipment immediately to check the motor rotation, grab a handful of media and place it on top of the vibratory unit. 90% of the time when the motor rotation is correct, the media will move toward the center of the top weight cover plate.
In many situations, drying your parts can be just as important as achieving the desired finish. There is no single or “go to” piece of equipment for every application, as there are many factors to consider. Important questions to ask about your process include:
Below are three drying processes we use 99% of the time for great results:
If your vibratory finishing process is creating foam, you’re not alone. Foaming is a common problem in a vibratory process, especially when using plastic vibratory media. To reduce or eliminate process foaming, try the following:
When it comes to reducing process times, magnets can make all the difference. The use of magnets can make the unload process quicker on the operator.
They work especially well with small, lightweight parts. As you’ll see in the video below, our magnet unload test cut the unload in half, as compared to a manual hand unload.
Rodeco’s priority is for you to have an efficient, reliable vibratory finishing process. Not only can we fit you for the right piece of customized equipment, but we also provide end-to-end guidance.
From process development to engineering and setup, and from a basic vibe bowl to a sophisticated multi-machine, we provide you with vibratory equipment with an automated process and customized solutions.
Need to replenish your media supplies?
We carry a large supply of media that is ready to ship out today.
Call us at 919-775-7149
or visit Blast Media to find out more.
Give us a call at 919-775-7149! We’d love to chat about how we can take care of all your Metal Finishing needs, allowing you to concentrate on what really matters.
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