Two separate workpiece conveyance mechanisms enable simultaneous loading and unloading in a machine tool, boosting throughput with less enclosure growth.
Separate external and in-chamber conveyors enable parallel loading and unloading of workpieces while avoiding interference and machine enlargement.
Guided gripper transfer removes CNC lathe workpieces through the opening and places them on pallets in orientation without machine shutdown.
A translational and rotating transport vehicle speeds workpiece loading and unloading while keeping the machining space protected.
Larger mixed-area polar units cut electro-permanent magnet cost while preserving thickness and ferromagnetic anchoring force.
Using the machine tool's X-Z axes, the spindle exchanges workpieces directly from a library with high precision and speed while avoiding robots.
An evasive holding movement clears the machining space for internally toothed workpieces, cutting loading and tool idle time.
Programmable chuck adjustment, robotic tool exchange, and sensor feedback automate one-off machining while reducing manual errors and setup cost.
A single driven pusher and passive braked guide move workpieces on an arc between stations, cutting setup time and control complexity.
An arm-integrated movable cover closes the machine opening during transfer, preventing workpiece interference and shortening replacement time.
A matrix of larger polar units and mixed-coercivity cores keeps magnetic anchoring force while reducing unit count, cost, and thickness.
An integrated cover and spring-biased holder seals the machine tool opening to contain cutting fluid without separate shutters or added parts.
A separate workpiece transport device speeds loading and unloading in multi-side machining while reducing machine footprint and complexity.
An elevator lowers a feeding assist unit to permit horizontal rotation of the pallet moving unit, enabling reliable circulation along track-shaped paths.
A load positioning roller corrects horizontal deviations in heavy cassettes using elastic urging forces and gravitational weight.
A bridging extending portion covers a rising portion during transfer to enable compact pallet changing apparatus design.