Turning Machines TRIZ Cases

Rack-and-pinion synchronization with separate grasping-force cylinders enables fast roller positioning and stable peeling of variable-diameter rods.

Cutting dispensing nozzle tips from the side prevents bamboo shoot stacking in the disposal box and keeps sample preprocessing running.

A mounted footstool shifts from outside the splash guard to the setup area, limiting chip and lubricant dirt while easing operator handling.

A modular facer with interchangeable holders and multi-speed drive eases hand lifting in tight pipe fusion spaces and reduces ribbon tangles.

A direct differential and fluid-fed mandrel simplify tool adjustment, cut gear wear, and support high-speed peeling with tighter tolerances.

Simultaneous six-axis tool positioning avoids collisions and reaches undercuts in interpolation turning of complex rotational sections.

Rolling flange-face support lets a portable machining tool cut large annular flanges with lower weight and cost while staying stable on uneven surfaces.

Parallel main-loader chucks and relay loaders cut chuck switching time in multi-spindle machine tools, improving workpiece conveyance efficiency.

Remote handheld control replaces manual interaction with rotating cutting machines, improving on-site machining safety and control precision.

Cuts removed dispensing nozzle tips from the longitudinal side to prevent stacking in the disposal box and keep sample preprocessing running.

A pivoting skiving arm keeps knife orientation and contact stable on oval plastic pipes, improving surface removal and join quality.

Programmable X-Y carriage motion replaces fixed templates, enabling flexible multi-workpiece turning with high accuracy and shorter cycles.

Adjustable radial and angular tool positioning cuts kingpins in situ with lower vibration and better surface roughness.

Parallel headstock-tailstock pairs let one turning center machine two small parts or one large part while improving chip removal and machine use.

An internal gear nested inside the housing removes exposed lathe pinch points while improving alignment, strength, and service life.

A split machine stand shifts transversely and clamps in place, letting one underfloor wheel lathe handle different rail track widths accurately.

Coaxial motors with a through-opening balance the reverse turning head, cut inertia and vibration, and enable precise multi-tool plunge control.

A split machine base shifts transversely to match different rail gauges, extending underfloor wheelset lathe use without complex roller-carrier motion.

Adjustable radial, angular, and axial tool positioning reduces vibration and controls kingpin surface roughness during in-situ machining.

Separable facer modules adapt to pipe size, speed, and ribbon control, making end fusion easier in tight spaces and overhead work.

A restoring element returns the helical cutting blade to its start position quickly, cutting pipe-end tool reset time and downtime.

Workpiece-contact stabilization and worm-driven tool feed reduce vibration in cylindrical and conical turning, improving accuracy on large diameters.

Oblique cutting edges trim damaged threads without truncation, while integrated slots use centrifugal force to eject debris and prevent alignment issues.