Metal-Working Feeding Devices TRIZ Cases

Independent stations and dual transport devices let one line switch between coin types without rebuilding the installation.

Coinciding corrugated plate vertices interlock with flat plates to resist thermal deformation and simplify catalyst support assembly.

Optical, ultrasonic, or magnetic sensing lets a movable robot cell self-align to a bending machine, cutting setup time and grid limits.

Impulse electrically generated force separates adhered metal blanks during automated destacking, reducing downtime without plastic deformation.

A formed bracket-nut with a thickened tip replaces weld nuts to improve rigidity and corrosion resistance at high-load joints.

A modular roller support plane keeps large sheets flat, aligned, and continuously fed into cone bending with less damage and manual handling.

Separating component positioning from pressing enables automated press-fit assembly with higher throughput and less floor space.

A fast-opening air nozzle and local pressure reservoir separate heavy metal sheets cleanly, reducing misalignment and handling delays.

A vertically stacked lifting and gripping module loads new panels and removes cut parts in one compact motion to improve machine handling flexibility.

A spring-biased, electromagnet-released backgauge stop finger resists sheet metal impacts while returning to accurate bending position.

A stationary electromagnetic beam mesh detects tilted or dangling thin metal sheets early, reducing jams and handling stoppages.

A movable positioning member partitions the placement surface so both large and small plate workpieces can be aligned accurately without wasting space.

Independent transport control adjusts workpiece head and tail offsets in welding stations to compensate wear, cut waste, and keep blanks precise.

A wheeled bar magazine uses closed-loop single-bar transfer and adjustable supports to feed loaders safely without cranes or manual handling.

Adjustable stops and a standard loading aid let metal sheet stacks shift position by format while keeping precise alignment and simpler setup.

Rectangular contour and effective-range positioning helps lifting and holding elements remove workpiece parts without tilting or snagging.

By offsetting the gas supply unit from pipe transfer paths, this case cuts moving mechanism size, cycle time, and floor space.

A slider-and-rod roll support converts horizontal motion into vertical clamping, cutting motor power while maintaining precise plate feeding.

Servo-guided blank feeding and modular die spacing improve alignment, cycle time, and pattern precision in multi-station cold forming.

A rotary dual-conveyor layout reverses press works without large sprocket space, enabling continuous transfer and shorter line operation time.

Vertically mounted carrier rails with independent transport carriages free press access while handling multiple workpieces with different motion profiles.

Sensor-based self-positioning lets a robotic cell align to a bending machine without fixed floor blocks, improving flexibility and safety.

Sliding cam surfaces convert ram motion into lateral tool travel to pierce radial holes in tubular parts while reducing pin stress.

An added manipulator reorients partly sheared sheet pieces inside the press, cutting waste while keeping in-line punching speed high.

A horizontal mesh of stationary electromagnetic beams detects tilted or dangling thin metal sheets early to prevent jams during transfer.

Different transmission ratios keep the base, carrier, and carriage synchronized during press transfer, reducing collisions, downtime, and space use.

Multiple longitudinal holding points and parallel pivot axes improve alignment and insertion precision for elongated parts in bending installations.

A radially deformable annular membrane locks cylindrical metal containers evenly during machining while avoiding duct alignment, air escape, and oil leakage.

A movable label suction pad separates label handling from product holding to prevent wrinkles and enable flexible label positioning on plate-like products.

A rotating drum and point-contact sheet guide cuts lateral friction and material detachment during cold cutting, improving edge quality and tool cleanliness.

Repositioning the loading aid and using projected alignment marks enables flush sheet stacks on one standard pallet across different formats.

Multi-stage shearing turns irregular steel rolling waste into uniform pieces while hydraulic drive reduces eccentric-shaft stress and fatigue.

Moving alignment elements pre-position misaligned shells during press travel, improving forming engagement and throughput.

A dual-height loader and unloader keep the hot-hardening press thermally stable while cutting cycle time for hardened sheet-metal parts.

A movable positioning member partitions the placement surface so small and large plate workpieces can be aligned accurately without changing heavy stops.

Using cushion pad position and load signals, this case improves double blank detection accuracy and triggers fast die protection in press machines.

Robotic tool changing adjusts holding tool position and posture on transfer press feed bars without onboard drives, cutting replacement time and errors.

A rotary offset actuator and spring-loaded gripper linkage cut wear, avoid manual thickness adjustment, and support faster workpiece feeding.

Selective attraction and transfer automate sorting of cut sheet products by order, reducing manual unloading time and residual material interference.

Multiple wedge sections in a sucker rod end fitting spread compressive loads, reducing connection-point breakage and extending rod life.

Coordinated carriage and clamp actuation grips different workpiece diameters automatically, avoiding manual clamp changes in forming machines.

Programmable conveyor indexing lets one multi-punch press handle varied and lithographed sheets with precise positioning and less wear.

A liftable pallet station and pass-through nested carts cut sorting footprint while keeping pallet removal easier for workers and forklifts.

Inclined opposing guide pins align hairpin tubes for three or more fin-stack rows, enabling zig-zag insertion without twisting or widening.