Workholding
Mitee-Bite's Concentric OD Clamping Device Provides High Repeatability
Compact and offering repeatability to within ten thousandths of an inch, the device is said to be suitable for high-density applications.
Read MoreSometimes the Trickiest Part of CNC Machining Is Holding the Part
Finding a way to fixture contoured marine propellors proved to be this shop’s biggest challenge in developing an effective automated machining cell.
WatchBig Kaiser's Unilock Stabilizer 50 Counters Cutting Forces for Tall Parts
Big Kaiser’s Unilock Stabilizer 50, a modular device for the Uniflex ball system, provides lateral support for tall parts during machining, welding or assembly processes.
Read MoreSMW Autoblok's Centco4 Chuck Centers, Compensates for Various Geometries
SMW Autoblok’s Centco4 2+2 self-centering and compensating chuck can clamp round, cubic, angular, irregular and other geometric workpieces.
Read MoreSchunk's Vero-S NSE Mikro 49-13 Clamps Small Parts
Schunk’s Vero-S NSE Mikro 49-13 is a completely sealed miniature clamping module specifically for metalcutting, assembly, handling and measurement applications.
Read MoreGarant Xtric Centering Vise Available in More Sizes
Hoffmann Group has modified the Garant Xtric centering vise with a center jaw and now offers the workholding device with four new base lengths.
Read MoreSveconek's High-Capacity Workholding System Holds 10 Parts
Sveconek LLC’s high-capacity workholding system can hold up to 10 parts in a single-acting machinist vise.
Read MoreQuindex Fifth-Axis Device Attaches to Fourth-Axis Table
The Quindex fifth-axis indexing system from Index Designs is designed to enable five-sided machining applications.
Read MoreSMW Autoblok's WPS/APS Workholding System Provides Flexibility
SMW Autoblok’s WPS/APS workpiece positioning system features zero-point clamping for use in turning, milling, inspection and finishing operations.
Read MoreMicroCentric's Collet Chuck Compensates to 1.5 mm
MicroCentric’s quick-change compensating collet chuck is designed for machining shafts between centers.
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