Workholding
Dillon Special Top Jaws Configured to Grip Any Workpiece
All dimensions can be altered to best suit the application.
Read MoreBar Feeder Basics
Some primary factors are often overlooked when considering how to justify the implementation of a bar feeder for turning operations.
Read MoreA Shop Using a Machine That Loads Itself
Instead of investing in an external robotic loading system, this shop adopted technology that lets a machine tool use its spindle to load and unload parts.
Read MoreComot-AZ Collet Chuck Accommodates Different Capacities, Uses
Users can change hybrid Comot-AZ from a collet chuck to a mandrel in seconds.
Read MoreDillon Claw Jaws for Secure Workpiece Gripping
The jaws are designed to bite into the workpiece, providing increased holding power during turning operations.
Read MoreDillon Large-Diameter Full Grip Pie Jaws Designed for Strength, Reliability
Maximum contact area from the full grip jaws is said to provide a solid gripping surface, which yields more friction for drive with reduced part distortion.
Read MoreSMW Autoblok Twin Vise Stability Enables Higher Cutting Speeds, Feed Rates
The PTP/PTH compact twin vises are said to feature a high failsafe clamping force up to 60 kN and case-hardened components for high precision and long life.
Read MoreSmart Workholding Device Measures and Monitors
Sensor and IIoT technology combine to enable these chucks and mandrels to automatically monitor workholding parameters and measure part features to ensure process stability.
Read MoreVersatile Soft Jaw Introduces One-Size-Fits-All Technology
This soft jaw technology conforms to any part geometry and does not require removal from the machine tool when switching to a new job. It also saves shops setup and machining time, energy, and cost involved in the design and development of creating a custom soft jaw.
WatchFully Sealed AcuGrind Air Chuck Designed for Extreme Tolerances During Turning and Grinding
Fully sealed AcuGrind Air Chuck features self-contained actuation and <0.002-mm repeatability.
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