Built around a sophisticated modular design, the SR Series can be configured to meet specific customer requirements, providing a flexible solution for a wide range of machining applications. The machine structure is manufactured from high-quality grey cast iron, ensuring outstanding rigidity, vibration damping and long-term stability.

To further enhance versatility, the SR Series can be equipped with a range of specialised accessories and machining capabilities, including milling, deep-hole boring, grinding and slotting operations. This allows manufacturers to perform multiple machining processes on a single platform, improving productivity and reducing setup times.

Designed to deliver the ideal combination of stability, precision and cutting power, ŠMT SR Series lathes provide a reliable solution for the machining of large, high-value workpieces across a variety of heavy engineering and manufacturing industries.

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Designed for complex workpieces and demanding manufacturing environments, the S-MT allows complete machining to be carried out in one clamping, improving accuracy while eliminating the need for multiple machines and repeated setups. Automatic tool and accessory changing further enhances productivity and process efficiency.

The machine’s advanced design supports a wide range of machining technologies, including additive manufacturing applications, while integrated measurement systems ensure precision throughout the machining process. A fully enclosed work area with integrated extraction for cutting fluids and chips provides a clean, safe and efficient operating environment.

By combining multiple manufacturing processes into a single platform, the ŠMT S-MT Series delivers exceptional flexibility, increased productivity and reliable machining performance for today’s most advanced manufacturing requirements.

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Featuring robust two-step or three-step gearbox designs, ŠMT machines deliver extremely high spindle torque for heavy roughing operations while maintaining the high spindle speeds required for precision finishing. This combination provides outstanding machining performance across a wide range of applications.

The fully hydrostatic machine design, together with heavily ribbed, large-scale castings and micron-level manufacturing precision, ensures exceptional rigidity, stability and vibration damping. This allows for heavy chip removal, superior surface finishes and consistent machining accuracy over extended periods of operation.

Developed using advanced engineering principles and modern machining technologies, ŠMT horizontal boring and milling machines offer the reliability, performance and precision required for today’s most demanding manufacturing environments.

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The FCW horizontal boring machines will find application in dusty working environments and jobs including cast iron, plastic material or GFK machining.

They are also the best solution for machining box-type component parts of complex shapes for various industries including power generation, ship-building, mining, chemical, booms and transport equipment manufacturing.

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The advanced two-step gearbox integrated into the ram allows for extended ram (Z-axis) and spindle (W-axis) travel while maintaining high spindle speeds. This modern machine concept enables the use of the latest cutting tools and machining technologies, significantly improving productivity and machining performance.

Built on a fully hydrostatic platform, ŠMT machines provide outstanding accuracy, rigidity and long-term reliability. High feed rates can be achieved without compromising precision, allowing manufacturers to maximise throughput while maintaining exceptional part quality.

Utilising advanced ram compensation technology, patented by ŠMT, the machine maintains micron-level accuracy even when the ram is fully extended from the headstock. Combined with modern engineering design and proven machine construction, these machines deliver the performance, stability and precision required for today’s most demanding machining applications.

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