The existing MARK 3 was updated from hydraulic drive to inverter drive. This led to a shortened production schedule and a reduction in consumables, resulting in cost savings.
We received an inquiry from Company N, a manufacturer producing refined white sugar as a pharmaceutical additive, stating, "We are currently using an existing MARK 3 hydraulic machine, which is aging, and we are considering upgrading to an inverter type. However, since we operate 24 hours, switching from hydraulic to inverter type with two motions would extend the production schedule due to longer startup and braking times. We want to shorten the schedule as much as possible." In response, we proposed and delivered an inverter type with one motion instead of the existing two-motion scraper, as reducing startup and braking times would cause it to stop due to overload. In terms of the movement of the scraper component: - In the case of two motions, the sequence is: engagement → descent → retraction → ascent. - In one motion, the sequence is: engagement → retraction only. By adopting one motion, we can shorten the production schedule. Our technical department calculated the time estimates for the one-motion setup, confirming that production could be achieved with a schedule nearly identical to the hydraulic system. Additionally, since there are no consumable scraper bellows, we could also reduce costs. This proposal was well received and highly evaluated by the client. *For further details, please refer to "Basic Information."*
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basic information
【POINT】Time reduction in the scraping process with a single motion scraping By equipping the single motion type scraper on the centrifuge, the time for the scraping process has been shortened, allowing production at your desired operating cycle. Our inverter-driven scraping devices come in two types: 1. A two-motion type that performs a turning motion after the small blade engages and a vertical motion. 2. A one-motion type that only performs a turning motion to scrape off the cake with a large blade all at once. The advantages of the inverter-driven system include easier handling for various settings, maintenance, and daily operation compared to hydraulic systems. However, a disadvantage is that inverter drive takes longer for starting and braking compared to hydraulic drive. To address this, we proposed changing the scraping device from the existing two-motion type to a one-motion type. As a result, it has become possible to update to an inverter-driven system that aligns with the customer's wishes without significantly changing the operating conditions. *For more details, please check the link or feel free to contact us.
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Applications/Examples of results
【Applications】 ■ Pharmaceutical industry ■ Food industry ■ Industrial waste industry, etc. *For more details, please refer to the catalog or feel free to contact us.
Detailed information
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■2 motion types: A turning motion and a lifting motion where the small blade bites in before descending.
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■1 Motion Type: A large blade that quickly scoops off the cake with a swirling motion.
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Company information
Since its establishment, the Matsumoto Machinery Group has been dedicated to developing centrifuges that embody our customers' voices, even when faced with challenging materials and operational processes. We work together with our customers to think, overcome, and continuously evolve our centrifuge technology. We are focused on developing small centrifuges that comply with GMP standards, aimed at realizing a manufacturing environment process that prioritizes safety, which is essential for protecting people's health and lives. We are currently sharing the operation processes and models of our machines on YouTube. If you are considering a centrifuge, please take a moment to view the actual machines in our videos.
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