Heavy Duty 20CrMnTi Steel Vise, 73mm Machine Vice For High Precision Surface Grinding And Milling Work Holding. Solid Single Piece Construction With Hardened Jaws For Superior Rigidity And Durability On CNC Routers And Drills

Sturdy Single Piece Alloy Steel Machine Milling Vise
✔️20CrMnTi Alloy Steel 73mm Jaw Capacity 155mm Long Low Profile Vise

Sold as single solid unit machine vice made from durable alloy steel engineered to firmly secure workpieces for milling grinding drilling and CNC routing tasks ensuring steady performance in industrial or shop settings.

✅Solid single piece 20CrMnTi alloy steel build eliminates weak joints guaranteeing maximum stiffness during demanding material removal operations
✅Generous 73mm clamping capacity accommodates robust metal components requiring firm stabilization for complex machining workflows
✅All functional surfaces undergo precision hardening and grinding procedures maintaining parallel alignment and smooth operation throughout extended service life
✅Compact physical measurements of 155mm x 50mm x 25mm offer effective footprint utilization while supporting a heavy 2115g mass for vibration dampening

💡 What advantages does a solid monolithic mill vise offer compared to traditional split-body designs? Opting for a one-piece cast build fundamentally prevents lateral shifts that can compromise cut quality by removing movable interfaces that naturally develop clearance under stress resulting in superior positional accuracy.

• One-piece structural design creates a rigid backbone capable of managing intense torsional loads without deformation preserving exact reference points repeatedly
• Advanced 20CrMnTi alloy selection delivers handy toughness against impact damage while its heat treated nature resists wear ensuring long term reliability in high volume production cycles
• Ergonomic low profile geometry minimizes overhead interference allowing unobstructed tool access and facilitating easy setup maneuvers for quick changeover scenarios
• Massive base weight provides inherent stability that counteracts cutting forces keeping the workholding platform stationary even when pushing materials to their mechanical limits