900mm / ART606T Multiflex Vice With Movable GRIP Jaws - ART606T Series (Gerardi) - 6.60.6T390

The 900 mm ART606T Multiflex Vice is a versatile, large-format workholding solution designed to handle parts from ultra-small to large plates. It’s ideal for both single-setup prototypes and small-to-mid batch production, offering fast, secure clamping without the need to constantly change fixtures.

With Grip step jaws that excel at through-hole drilling and tapping, this vise keeps parts firmly in place while you work. It clamps from the top for quick access and features a broad jaw array with interchangeable plates to tailor grip to each job. It is a size 1 vice with a 49 mm jaw width. The ART606T is built from HRc60 ± 2 hardened steel, and all working surfaces are ground to tight tolerances, ensuring repeatable results across many parts. The package includes 4 movable jaws, 1 fixed jaw, 6 table clamps, a T wrench, and 4 workstops, plus spare jaw plates in soft, smooth hard, prismatic, and serrated formats for precise, damage-free holding.

• Flexible, all-size clamping range: The 900 mm base and movable jaws enable secure gripping for parts from ultra-small to large plates, with top-entry clamping that simplifies setup and reduces handling during changes.
• Grip-step jaws with interchangeable plates: Through-hole drilling or tapping is supported with confidence, and you can swap jaw plates (soft, smooth hard, prismatic, serrated) to suit different workpieces without changing jaws.
• Durable, precise construction with comprehensive accessories: HRc60 ± 2 hardened steel, ground working surfaces within +/- 0.02 mm, and a complete set of jaws and clamps (4 movable jaws, 1 fixed jaw, 6 table clamps, T-wrench, 4 workstops) deliver reliability and fast setups.

This combination of flexibility, secure gripping, and robust construction translates into clearer part repeatability, faster changeovers, and fewer setup errors—helping you hit tighter tolerances and achieve higher-quality finishes on drilling, tapping, and milling tasks, while reducing downtime in busy workshops.