Automatic/Semiautomatic Turning Machines TRIZ Cases

See how a fluorine film with tear-off fabric prevents surface residues on composite components,

See how prefabricated compressible foam sheets eliminate injection complexity in vacuum insulat

Torque-feedback support control compensates workpiece thermal expansion during additive manufacturing, reducing distortion and residual stress.

A multi-axis handling apparatus automates tool holder insertion and removal, cutting retooling downtime in multi-spindle machine tools.

Torque-based support adjustment compensates workpiece thermal expansion during additive manufacturing, reducing distortion and residual stress.

A dual-channel bar magazine moves its inner guide with the headstock to keep support close to the collet, reducing vibration and setup effort.

Parallel linear guides with fixed motors cut moving mass, speeding tool positioning while improving rigidity and machining precision.

Integrated vacuum chambers, flush plugs, and spring valves hold stone, ceramic, or glass sheets without tubes, avoiding entanglement and machining interference.

A forward-inclined bed places opposed spindles, twin turrets, and a central tool spindle to save floor space and avoid Z-axis tool-spindle travel.

By relocating the tool magazine to the machine front upper section, this layout enables tool exchange while reducing bed footprint.

A turret-mounted rotary guide bush rotates with the spindle to support long or small-diameter workpieces with less deformation and scratching.

A removable guide bushing lets a probe automate tool position measurement in Swiss-type machines, cutting setup time without losing precision.

Strategic geometric bond points create apertures and voided spaces in elastic nonwoven composites, improving breathability and comfort with less process time.

Independent rotation of the milling tool cuts pipe threads with short chips instead of bird nests, improving safety, precision, and cycle time.

A two-stage tailstock pressing sequence speeds abutting, then backs off and reapplies at low speed to hit target force with less distortion.

Torque feedback holds one spindle axially stationary while the other advances, enabling smoother friction welding and continuous machining.

Induction heating and movable coil positioning let one setup cut and quench a workpiece continuously while limiting deflection and reusing fluids.

A movable induction coil enables cutting and quenching on the same supported workpiece, improving heating accuracy and continuous processing.

A movable induction coil enables continuous cutting and heat treatment on one workpiece while fluid recovery helps preserve heating quality.

Air ejected from the support through-hole forms a curtain that blocks chips and coolant from the shaft gap, preserving machining accuracy.

Encoder-based control adjusts the bar-to-guide-bush gap during synchronous spindle rotation to improve machining stability and precision.

An elastically deformable plate links the machine tool bed and transfer legs to isolate vibration while keeping workpiece handoff aligned.

A segmented protective film uses curved sections and different adhesive strengths to protect flexible displays while easing detachment and bending.

A clamp-assisted joining layout lets old and new barstock be integrated while machining continues, reducing waste without stopping processing.

Measured OD cutting forms a turned-down tubular region so centralizers pass restrictions without damage while preserving annular standoff.

A siloxane top layer helps Zn-Al-Mg coated steel keep corrosion resistance while improving adhesive bonding, spot weldability, and friction.

A movable additional workhead adds independent CNC motion to a multi-spindle lathe, expanding per-piece operations without losing parallel machining.

A movable guide bushing carrier stabilizes long workpieces during whirling, turning, and milling at one spindle station without vibration.

A unified holder fixes into existing tool rest grooves to support rotary and non-rotary tools, expanding machining freedom without added size or cost.

A movable guide bushing carrier stabilizes long slender workpieces, enabling vibration-free multi-step machining at one spindle station.

Multi-plane measurement and simulated turning create a reduced-OD tubular seat so centralizers clear restrictions without damage or undercutting wall thickness.

A porous cushion layer and high-Tg base layer absorb folding stress, improve impact resistance, and help prevent panel delamination.

Two spaced connection points around the head's center of gravity balance centrifugal and gravitational loads to keep an additive head secure.

A viscoelastic pressure-sensitive adhesive keeps functional films bonded to optical elements during wet wheel edging, preventing delamination.

A dual-hole adapter with a set screw and collet-engaging flanges speeds indicator changes in CNC machining while keeping the connection secure.

An adjustable attachment narrows the shaft-bushing gap to support short and elongate workpieces with less bending, wear, and accuracy loss.

Air ejection at the support through hole blocks debris and stabilizes elongate or short workpieces to maintain machining accuracy.

Pre-cycle pusher position checks prevent unfinished long-bar machining, cutting material, energy, time, and labor waste.

Pre-cycle bar length determination checks whether a pusher position allows in-cycle spindle grip change, avoiding unfinished parts and wasted machining.

A special bar re-gripping position and runout feedback help a lathe maintain machining quality without slowing spindle speed.