Other Manufacturing Equipments/Tools TRIZ Cases

Machining out FSW start and stop spots lets tailor welded aluminum blanks stamp without edge failure by removing residual deformation.

A five-station line combines dedicated milling tools, a universal CNC center, and camera sorting to raise plate-part throughput with lower labor.

Low-power multi-pass laser etching forms serrated channels on screwdriver tips to improve screw engagement and raise torque without camout.

An automatic tool changer switches between drilling and plasma marking on one workpiece platform, improving throughput and marking accuracy.

Superposed indexed stages combine machining units and grippers to cut setup time and cycle length for customized timepiece components.

Split clamp halves and spaced abutment surfaces keep blade tools centered on the support bar for consistent bevel angles and stronger convex edges.

An annular ball-and-spacer bearing arrangement simplifies driveline assembly, improves positioning precision, and reduces manual work in tight spaces.

A hollow milling shaft aligns laser heating, cutting, and cladding to stabilize the temperature field and improve accuracy on alloys and ceramics.

A CNC drilling and riveting setup automates countersinking and upset-force control to form consistent rivet flares without damaging composite fibers.

Tangential laser pulse movement on bar-shaped workpieces raises removal rate while keeping surface roughness low and heat input limited.

Numerical-control drilling, countersinking, and flaring cuts composite rivet cycle time while preventing hole damage, cracking, and rework.

Sealed hollow toolbar sections let row units be added or repositioned while preserving vacuum pressure and reducing planting implement rework.

A dual-tool machining head uses a chamfering cutter and end mill to machine blocked gear tooth edges with lower tool wear.

Pre-assembled balls and spacers let driveline bearings be seated accurately in tight housings, cutting manual steps, complexity, and cost.

Laser scoring creates controlled cermet chunks from sheets or used tips, cutting waste and lowering composite rod production cost.

Selective welded reinforcement on embossed hood frame surfaces cuts airflow and thermal deflection while preserving crash energy absorption.

A rotating table and two spindles align irregular hole positions for simultaneous drilling, reducing machining time on complex workpieces.

Controlled laser deposition of iron-based powder creates a hard abradable coating while limiting heat-affected zone depth and preserving substrate strength.

Integrated grinding, fluid channels, and suction remove friction stir welding residue to keep joining partners clean and weld seams smooth.

A dual-spindle head combines chamfer and end milling to machine obstructed toothed edges with better tool life and coverage.

Integrated NC drilling, countersinking, and force-controlled flaring install semi-tubular rivets in composites with less cracking and cycle time.

A lockout-guided knife deployment mechanism lets electrosurgical forceps cut treated tissue precisely without separate severing tools.

A unified lathe and cutter control setup machines non-circular surfaces and corners with fewer steps while improving surface finish.

Ultrasonic shot peening followed by controlled grinding hardens cutting surfaces while restoring finish, extending rotary knife life.

Larger backing-die openings let laser-cut scrap drop cleanly, improving vehicle sheet blanking accuracy and line continuity.

Mounting wheels on the chassis before the main assembly line lets the vehicle roll on its own, cutting conveyor equipment and floor space.

A two-stage pressure profile controls friction welding temperature, reducing unwelded areas and excessive hardness across different materials.

Two movable clamp halves and dual abutment surfaces keep the blade centered, preserving bevel angle consistency and edge strength.

Superimposed indexable stages combine machining units and rotating grippers to cut setup and cycle time for small and medium watch component batches.