Скачать с ютуб Metalock Machines MPB60 portable line boring machine в хорошем качестве

Metalock Machines MPB60 portable line boring machine

Metalock Machines: Transforming On-Site Machining into Science Founded in 2023, Metalock Machines is part of the renowned Metalock Engineering Group, a global leader in on-site machining. Building on a legacy that began with pioneering portable on-site machining in the 1960s, Metalock Machines combines decades of experience with advanced technology to revolutionize the industry. Our mission is to reshape on-site machining by providing safer, more efficient tools and sharing our expertise with the global community. Despite its importance, the industry has seen little innovation over the years, with proven technologies dominating the market. Performance has often come at the cost of safety, usability, and precision. Operators frequently encounter risks, such as loud motor noise and exposure to fast-moving parts. At Metalock Machines, we are committed to raising the bar in usability, safety, control, and performance. Our focus on electric servo motors offers: • High rotational speeds for optimal performance. • Precise control of torque, position, and speed. • Low noise levels for improved operator safety. • Maximum control from a user-friendly control unit for safe, remote operation. By integrating these innovations, we’re Transforming On-Site Machining into Science—enabling more efficient, precise machining, enhancing safety, and minimizing downtime to reduce costs for our customers. The MPB60 Portable Traversing Boring Bar marks the first step in our journey. Designed for bore diameters of 65 to 600 mm, it delivers fast, high-precision results with speeds up to 300 RPM. The digital wired control unit offers precise control of rotation and feed, all from a safe distance using an intuitive digital graphic interface. To enhance safety, all moving parts posing potential risks are highlighted in Metalock’s signature yellow for high visibility. Join us on our journey to transform on-site machining into science—developing smarter, safer, and more efficient tools for an evolving industry.