Researchers at IFW Hannover and Open Mind have advanced demand-based coolant supply by linking coolant flow directly to material removal rates calculated in CAM planning, enabling energy-efficient machining validated in real-world trials.

At Chinaplas 2026, Husky Technologies underlined its long-term commitment to China and Asia Pacific with live demonstrations and a broad portfolio for high-performance packaging moulding.

Cooling lubricant microfiltration is becoming a decisive performance factor in modern metalworking. Vomat’s modular full-flow systems show how ultra-fine filtration, demand-based backwashing and precise temperature control can stabilise grinding processes, extend tool life and reduce scrap.

At Formnext 2025, DMG Mori highlights its strategy for industrialising metal additive manufacturing. The focus: hybrid DED systems, modular SLM machines with reduced downtime, and digital tools for seamless process integration.

A major Mitutoyo delegation visited Sariki Precision Center, reinforcing the strategic bond behind one of Europe’s most important industrial metrology alliances.

BI-MU 2026 returns to Milan for its 35th edition, marking 70 years as the benchmark trade show for the Italian and international manufacturing industry — from metal cutting to digital factories.

Elastic bonded diamond grinding wheels combine extreme hardness with flexible bonding to enable ultra-fine, contour-preserving surfaces. At Grinding Hub 2026, experts from industry and research will show how these smart finishing tools are pushing the limits of precision machining, efficiency and surface quality.

Seco targets demanding machining applications with a new generation of Jetstream Tooling M-Clamp toolholders. The system combines targeted high-pressure coolant delivery, double clamping security and additively manufactured clamp design to improve chip control, extend tool life and stabilise machining in difficult materials.

At EMO 2025, Spinner expanded its TTS turn-milling range with the new TTS 85 and TTS 125 models, combining higher bar capacities, powerful dual spindles, and flexible multi-turret configurations for enhanced precision and productivity.

By adopting the open MDES format, Iscar is seeking to improve the exchange of tool and assembly data across digital manufacturing workflows.