Turning Machine Accessories TRIZ Cases

A projection-and-clamp interface secures the milling drum, improves torque transfer, and speeds tool changes in hand-operated surface milling.

An anchor rod fixed at both ends and a built-in torque limiter enable angled spinal implant insertion without rod breakage.

A spring-loaded guide bushing and conical contact surfaces let one tube deburring tool handle varied diameters while reducing friction and heat.

Convex laterally oriented blades increase endplate contact length, cutting disc tissue in fewer passes during spinal fusion preparation.

A bronze rotating drill bit replaces impact tools to clear pipe plugging without sparks, reducing fire and explosion risk.

A hub assembly and spindle lock fix tool position on the pipe, reducing vibration and chatter during planar and beveled end machining.

Continuous cutter reciprocation with rotating workpieces machines 3D curved surfaces cleanly, avoiding milling tracks and extra polishing.

A spring-supported threaded stopper lets a drill bit hold a fixed drilling depth accurately without extra tools, loose parts, or wobble.

Transverse ultrasonic vibration lets the cutting tool strengthen the workpiece surface during machining while limiting roughness, force, and extra steps.

A tilting cutter unit and clutch-based entry control enable blade changes without pipe removal while improving cutting precision and reducing vibration.

A hub-mounted spindle and lockable vertical adjustment keep pipe-end cutting stable, reducing vibration and chatter on planar or beveled cuts.

Embedded sensors and communication circuits let working tools track usage and conditions in real time to prevent misuse and extend tool life.

Reinforcement fibers and formation aid help thin MFC films stay handleable while maintaining low oxygen transmission for packaging.

A disengageable worm gear and feed screw let a pipe machining tool cut in small steps, then retract faster with less operator effort.

Milled metal dose buttons use three-dimensional surface structures to differentiate drugs by touch, resolving visual impairment risks in pen injectors.

Plastically deforming the steel shank during press fit eliminates costly precision surface machining for secure connections.

A composite phosphor powder uses a light transmitting binder to join distinct emission particles into single units for precise spectral tuning.

Air-cooled PCD disc tools extend anode processing life to 20,000 units by eliminating liquid moisture contamination.

Segmenting the drill bit from a stabilizing borer arm reduces vibration during boring, enabling larger holes without structural instability.

Helical groove pump reduces power loss by pressurizing lubricant via centrifugal force for efficient gear box delivery.

Segmenting the removal into horizontal and vertical cuts preserves pavement integrity, eliminating foundation damage from jackhammering.

CNC machined solid metal inspirators replace brittle cast parts with stepped bores that improve durability and combustion efficiency.

Adding a third piezoelectric actuator modifies the elliptical tool path to reduce transition zones and increase feed rates.

Multi-edge cutting tools machine airfoil surfaces in a single pass, eliminating multiple passes and reducing tool changes.

A manual pipe flange facing apparatus uses a spiral tool path to resurface flanges without external power sources.

Segmented damping recesses between reinforcing parts convert vibration energy into heat, resolving reliability issues in difficult machining.

V-shaped pocket walls accommodate various insert shapes, preventing premature dulling of cutting edges while simplifying inventory management.

Protrusions on adapter members engage radial slots in the cutter body to eliminate screw assembly time and shear damage risks.

Segmented pins inside a collet prevent cylindrical hole deformation and pin loosening in longwall shearer ranging arms during vibration.

Encapsulated injection-molded rim prevents gas leakage and structural buckling in pressure-formed paperboard trays.

Segmented securing jig members reconfigure to expose distinct workpiece sections, maintaining position consistency during niobium cavity machining.

A threaded connection uses a double ellipse root profile to maximize stress concentrator radius and ensure maximum flank contact.

Sliding cutter knives cut a spinning resin tube to eliminate chip production and achieve high planarity without complex positioning sensors.

Pre-formed recesses capture reflowed plastic from heat stakes, preserving holding strength while eliminating rework needed for flat surface mounting.

Cooling the supply tube to -90°F reduces frictional heating, enabling clean cuts of high tenacity fibers without material deformation.

Movable mass element inside axial recess shifts natural frequencies away from chatter range, enabling stable high-depth milling without spindle speed changes.

Upstream mark detection triggers downstream cutting and impression adjustments, eliminating component replacement for feathered edge production.

A chamfering machine uses a cutting position groove to align tubular workpieces for precise surface machining.

Segmented frame halves and bearing lubrication resolve assembly difficulty and premature wear in pipe machining.

A pipe cutting apparatus uses a spiral groove disc to drive radial blade feeding and rotation for precise shearing cuts.