Kurt PFW420S | 96mm Spacing 5-Axis Vise with Serrated

New Kurt 96mm 5-Axis Vises

Introducing the New Kurt PFW420S 5-Axis 96mm vise. Our new wide-body design allows mounting using a 96mm pull-stud pattern on Kurt zero-point quick-release pallets. Kurt 5-Axis vises allow maximum part accessibility for done-in-1 machining operations on 3-, 4- or 5-axis machines. User-friendly features include, quick-change jaws, spring-loaded gibs, quick-lash adjustment, hexes on both ends of the vise and side-body pull stud locations for robotic machine tending and pick and place..

PFW Vise Features

The new Quick Lash Adjustment makes center-line movement fast and efficient and keeps parts perfectly positioned and vises in the field longer with less downtime through the usual wear and break in periods. New spring-loaded gibs keep parts square and are designed to maximize part-positioning repeatability through multiple cycles.

Kurt’s PFW420, PFW440 and PFW460 vises come with 4-inch wide jaws and openings ranging from 2.625" to 6.625", making them the perfect vise for any 3, 4 or 5-axis machines milling small- to medium-sized parts. PFW-series 5-axis vises feature the patented Kurt AngLock design to minimize jaw lift and deflection. The proven AngLock design naturally pushes the vise jaws down and forward allowing much greater surface contact on parts—maximizing holding strength with less clamp force.

Features:

• Quick-change, snap-on/off jaws
• Anglock design minimizes jaw lift
• High clamping force
• Spring-loaded gibs for squareness
• Easy center-line adjustment
• Quick lash adjustment
• Hex on both ends of screw, can be adjusted from either side
• 96mm pull stud pattern spacing for zero-point pallet systems
• End effector ready for automation integration
• Jaws and nuts can be reversed for ID clamping
• Max torque 45 foot pounds

"

Dimensional Data

Clamping Force Pounds

Warning:

This product can expose you to materials and/or chemicals including arsenic, lead, and other materials and/or chemicals which are known to the state of California to cause cancer and/or reproductive harm.

For more information, visit www.P65Warnings.ca.gov