The machine is designed for micro film reel components. Parts are fed from a micro film reel through a flyer peeling mechanism onto a pickup platform. A turret with 8 stations rotates the part through positioning, bottom CCD inspection, empty pocket detection, and placement into carrier tape. Optional side camera can inspect flatness. Overlap sensor detects double parts and stops the machine. Ion fan removes static.
The machine is designed for flexible production of various loose components. Parts are poured into the supply box, then moved through a linear vibration track to the flex feeder bowl. A spider robot picks parts based on top camera recognition. A bottom fly camera captures position and angle, then corrects placement before the part is loaded into the carrier tape. Finished reels are sealed and wound automatically.
Optimize your flat component packaging with our fully automatic taping machine featuring micro-adhesive film feeding. Achieving speeds up to 14,000 PCS/hour with Keyence 500W vision inspection, this system handles multi-row stamped parts from 1×1mm to 10×44mm across 12–56mm carrier tapes.
The machine is designed for high-volume production of L-shaped nickel parts. Loose parts are loaded into the steel vibration bowl, then picked and placed by a PPU mechanism. Two vision cameras inspect each part for reverse orientation, empty pockets, and double nickel strips. Qualified parts are sealed into carrier tape and wound onto reels.
The machine is designed for micro film reel components. Parts are fed from a micro film reel through a flyer peeling mechanism onto a pickup platform. A turret with 8 stations rotates the part through positioning, bottom CCD inspection, empty pocket detection, and placement into carrier tape. Optional side camera can inspect flatness. Overlap sensor detects double parts and stops the machine. Ion fan removes static.
The machine is designed for flexible production of various loose components. Parts are poured into the supply box, then moved through a linear vibration track to the flex feeder bowl. A spider robot picks parts based on top camera recognition. A bottom fly camera captures position and angle, then corrects placement before the part is loaded into the carrier tape. Finished reels are sealed and wound automatically.
Optimize your flat component packaging with our fully automatic taping machine featuring micro-adhesive film feeding. Achieving speeds up to 14,000 PCS/hour with Keyence 500W vision inspection, this system handles multi-row stamped parts from 1×1mm to 10×44mm across 12–56mm carrier tapes.
The machine is designed for high-volume production of L-shaped nickel parts. Loose parts are loaded into the steel vibration bowl, then picked and placed by a PPU mechanism. Two vision cameras inspect each part for reverse orientation, empty pockets, and double nickel strips. Qualified parts are sealed into carrier tape and wound onto reels.
