Matsumoto Machine Sales Co., Ltd. Product Lineup

To recover cutting oil through automatic continuous operation, it is possible to reduce costs through both cutting oil and labor expenses. For recycling and environmental conservation activities, it is used in many industries engaged in metal processing, such as automotive and valve manufacturing. The recovery, reuse, and prevention of environmental pollution caused by expensive cutting oil are important issues. Since it can continuously process cutting chips for oil removal, it handles a large volume and has no consumable parts, which helps keep maintenance costs down, resulting in numerous delivery achievements with major automobile manufacturers. In recent years, many companies in overseas markets, including Singapore, Malaysia, Taiwan, South Korea, and China, have also been using our cutting chip oil removal machines. ■ Proposal for Cutting Oil Recycling System ■ We can comprehensively propose a system for recycling cutting oil, not just cutting chip oil removal centrifuges. - Chip crusher - Belt conveyor for transporting cutting chips - Centrifuge frame - Automatic feeding device for introducing cutting chips into the separator - Magnetic separator for removing foreign substances such as iron when mixed with aluminum or copper We will propose these using our extensive know-how and network.

To efficiently dehydrate small metal parts such as nuts and screws, the rotation speed and movement can be controlled according to the product specifications. ◎ Excellent cleaning properties prevent contamination from foreign substances. (1) Casing opening and closing mechanism If there is no casing opening and closing mechanism, it is necessary to remove the bolts and lift the casing for internal cleaning. (2) Basket flat If the basket is not flat, it is necessary to remove the basket from the main shaft and lift it for cleaning the bottom of the basket. Thanks to the mechanisms in (1) and (2), what used to take a day for machine cleaning and confirmation can now be completed in about 2 hours, resulting in a time reduction of 91.6%. ◎ We propose the optimal operating method for removing moisture from small parts with complex shapes, such as screws and nuts, where water tends to accumulate in recesses, by determining the optimal rotation speed and direction through dehydration tests. ◎ We propose the best specifications tailored to your application and usage conditions. After confirming the usage methods and conditions, our engineers will design and create a custom solution from scratch.

To efficiently dehydrate small plastic parts, the rotation speed and movement can be controlled according to the product specifications. ◎ Excellent cleaning properties prevent contamination. (1) Casing opening and closing mechanism If there is no casing opening and closing mechanism, it is necessary to remove bolts and lift the casing for internal cleaning. (2) Basket flatness If the basket is not flat, it is necessary to remove the basket from the main shaft and lift it for cleaning the bottom of the basket. Thanks to the mechanisms in (1) and (2), what used to take a day for machine cleaning and verification can now be completed in about 2 hours, resulting in a time reduction of 91.6%. ◎ We propose the optimal operating method for removing moisture from small parts with complex shapes that tend to accumulate water in recesses, based on dehydration tests that determine the best rotation speed and direction. ◎ We propose the optimal specifications tailored to your application and usage conditions. After confirming the usage methods and conditions, our engineers will design and create a custom solution from scratch.

The basket capacity, filtration area, and centrifugal force (800-900G) are large, allowing for large-scale and rapid processing. It is possible to control the rotation speed to match the product in order to achieve the most efficient separation during the lime and diatomaceous earth manufacturing process and to produce the best results.