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Brother Develops a Product That Meets Customer Demands to Expand the Machine Tool Market

March 18, 2020

Brother explores the further potential of machine tools through its integrated product development

The compact multi-tasking machines*1 of Brother Industries, Ltd. (BIL) are machine tools that can integrate machining processes and thus offer space savings and operational efficiency. These highly recognized, compact, and high-speed machine tools are widely used for machining mass-produced precision components, such as auto and medical parts. They are also appreciated by eco- and cost-conscious customers due to its ability to lower power consumption and CO2 emissions.

In recent years, there have been increasing customer demands for compact multi-tasking machines capable of processing larger components. To meet the demands, it was critical for a machine to have an expanded machining area, a motor control system that enhances cutting power, and a high clamping force to prevent deviations in processes. At BIL, where the development of mechanical structures, electronic circuits, controllers, and so forth are combined in a product development project, engineers took this advantage and collaborated from the early stage of new product development. In this way, they addressed the critical challenges with much trial and error. As a result of their efforts, the new product M300X3, with an enlarged machining area and the capability to produce a maximum torque*2 value for turning approximately 1.8 times greater than that of BIL's previous model, can process large and other components that have not been handled before.

Compact multi-tasking machine M300X3 Compact multi-tasking machine M300X3 Machining area larger than that of the previous model Machining area larger than that of the previous model

The Brother Group will further strive to strengthen its product development capability by utilizing its strengths and know-how to continue to deliver products that best meet customer needs.

  1. Processing machines that provide operational efficiency by performing the two operations of milling*3 and turning*4 on the same machine
  2. A twisting force that causes an object to rotate around an axis Torque = the force applied x the distance between the object's axis of rotation and the point where the force is applied
  3. Milling: a process in which a rotating multi-edge cutter, such as a driller and a milling cutter, cuts a fixed workpiece
  4. Turning: a process in which a cutting tool cuts a workpiece rotating like a potter's wheel
For more information on 'Developing Products with "Customers First" in Mind'

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