STROVOLT 3D Adjustable Workpiece Table

The STROVOLT STV-ACC-3D 3D Adjustable Workpiece Table is an accessory designed for marking machines, providing a versatile and adjustable platform for workpieces. Manufactured in India, this table offers enhanced flexibility for various marking applications.

This professional-grade marking machine accessories from STROVOLT represents cutting-edge industrial marking technology optimized for manufacturing excellence. The STV-ACC-3D model incorporates advanced engineering principles to deliver superior marking performance, operational reliability, and precision marking capabilities in demanding production environments. Key technical specifications include optimized battery life for extended production shifts, precision marking capabilities across multiple material types including stainless steel, aluminum, titanium, hardened steel, plastics, and composites, and ergonomic design features that reduce operator fatigue during prolonged manufacturing operations. The robust industrial construction ensures consistent marking performance in challenging factory conditions while maintaining accuracy and mark quality for quality control and traceability requirements. Industrial applications span automotive parts marking, aerospace component identification, medical device manufacturing, electronics PCB marking, metal fabrication, tool and die identification, and general manufacturing where permanent product identification and traceability are critical for ISO compliance, quality assurance, and supply chain management. The versatile marking capabilities accommodate various industrial requirements from surface etching for electronics to deep permanent engraving for heavy industrial applications. Comprehensive support services including technical assistance, preventive maintenance programs, replacement parts availability, and operator training ensure maximum equipment uptime and manufacturing productivity. This investment in quality industrial marking technology delivers long-term value through reliable performance, reduced maintenance costs, enhanced operational efficiency, and improved product traceability for manufacturing operations of all sizes.