Multi-Purpose Machines TRIZ Cases

A movable lower processing head on conveyor crossbars machines conveyor-facing surfaces without workpiece overturning, cutting dead time.

Multiple tables and N-1 machining groups keep cutting while one table is loaded or unloaded, reducing downtime and head-balancing complexity.

A modular clamp-and-machine setup brings CNC precision to the workpiece, reducing manual force, bulk, and operator exposure.

Spaced tool holders along the machining unit body avoid tool interference and cut non-productive tool-change time during drilling and milling.

A removable clamping module anchors a portable CNC head to the workpiece, enabling precise on-site machining with less operator strain and injury risk.

Movable supports and conveyor belts let one bench handle different panel sizes and narrow-face machining with less reconfiguration downtime.

A 2x2 table-and-head layout keeps one workpiece table in machining while the other is loaded, cutting downtime and balancing CNC workload.

A continuous guide rail links modular machining units to simplify alignment, cut assembly cost, and keep workpiece transport precise.

Multiple tables and shared machining groups keep cutting while one table is loaded or unloaded, reducing downtime and raising capacity.

A remote motor and wave-section transmission let the woodworking tool head rotate precisely without cable constraints, cutting mass and tool-change effort.

A translating tool housing lets upper and lower operating members change tools quickly and machine panel faces simultaneously with fewer movement limits.

A split transport layout creates a central gap so opposed machining units can reach both faces of large panels without turning, improving precision.

A single movable gantry combines trimming, cutting, and splitting of round timber to cut floor space, transport steps, and labor.

Real-time display feedback and a rotary-push control let users set woodworking trimmer tool height directly without measuring material removal.

Integrating trimming, cutting, and splitting on a moving gantry reduces land, transport, and labor needs in board production.

Segmented intermediate gears distribute torque across multiple points, reducing stress on components without adding significant weight to the felling head.

Centralized aerosol dosing via the power supply line eliminates complex unit-side lubrication systems, reducing maintenance effort and construction complexity.

Rotatable cam and knob adjust template holder to match door thickness, resolving adaptability versus complexity trade-offs.

Bridge crane machining unit keeps beads attached during cutting to prevent cross-member debris and align grain patterns for aesthetic quality.

Internal clamping mechanisms on dual carriers eliminate beam play and vibration by positioning constraints directly at the machining zone.

A router motor housing integrates a lockpiece and fine adjustment mechanism for precise bit depth control.

Segmented bedknife portions with self-aligning features reduce sliver formation and simplify maintenance without additional components.

A dynamic processing unit pivots to machine all workpiece sides, eliminating the need for additional edge-turning devices.

A movable holding device clamps window profiles during horizontal machining to prevent slippage and surface damage.

Dynamic tool carriages on a shared portal repair wood defects while the conveyor moves, eliminating throughput loss from stationary processing.

Rotating transfer assembly automates heavy frame handling to eliminate manual loading, reducing operator effort while maintaining precise machining positioning.

Segmenting the router base into a body and retaining ring reduces machining operations and production costs.

A power tool uses a threaded rod to move the main unit and control cutter protrusion distance.

An intermediary pad absorbs impact forces to prevent wheel surface damage and corrosion.

A positioning device for woodworking milling machines uses a guide sleeve assembly and lead screw to move the spindle head vertically along track-mounted columns.