Minster_precision

A: Be honest. How many bad parts slip past your eyes after 6 hours on the line? 😵

B: ...more than I'd like to admit.

A: That's where AI vision inspection comes in.

B: Isn't that just a fancy camera?

A: Nope. It's a camera that learns. 👁️🧠

B: Learns what?

A: Scratches. Burrs. Dimensional errors. Things you'd miss after hour 5. It catches them at 1000 parts per minute.

B: 1000 parts per minute? That's insane.

A: And it doesn't need coffee breaks. ☕❌

B: Okay, but can it handle weird-shaped parts?

A: That's the best part. Train it once, and it spots defects on any shape. Complex geometries? Easy.

B: So I just ... trust the machine?

A: You trust the data. It logs every inspection. Every defect. Every OK part. Full traceability. 📊

B: That's actually impressive.

A: And the best part? No false rejects messing up your numbers.

B: Wait, really?

A: Really. AI learns the difference between a real defect and harmless variation. Your good parts stay good. ✅

B: Alright, I'm sold. Where do I get one?

Odd shapes. Fragile materials. Tiny sizes.

A rigid feeder = jams, misorientation, damage. 😤

A configurable feeding system = adjustable tracks, tunable vibration, quick changeover. Handles almost any part without breaking a sweat.

That's 12,500 pockets per hour. ⚡

The Double-Layer Inspection Machine:

✅ Checks thickness (through-beam sensor)

✅ Counts OK/NG in real time

✅ Fits 8mm to 88mm carrier tapes

✅ Logs data per product model

Your eyes are great. But they miss things. 👎

This machine doesn't. 👁️

CCD Steel Strip Inspector: 🔍 Up to 15 cameras = 360° vision 🎯 ±0.01mm accuracy = sees tiny scratches, dents, rust ⚡ 1000 parts/min = faster than any human 🧠 AI-ready = gets smarter over time 🛑 Auto reject = bad parts don't pass

Perfect for: steel strips, metal hardware, automotive parts, electronics.

Counting screws by hand? In this economy? 😴

This machine does 10,000 pieces per minute. 🚀

What it does: 🔢 Optical counting (99.97% accurate) 📦 Auto bag forming + filling + sealing ✅ Positive error only = you never short a customer 📏 Handles 2mm to 50mm parts

Perfect for: screws, nuts, bolts, washers, rivets, electronic components, O-rings, beads, small hardware.

No more hand-counting. No more shortages. Just bagged and done. ⚡📦

This robot doesn't just pick and place. It sees what it's doing. 👁️

How it works: 📦 Stacked feeder supplies parts 👁️ CCD camera + AI vision identifies position 🤖 Robot picks with vacuum or custom gripper 🎯 Real-time alignment correction ✅ Places with ±0.1mm accuracy

Perfect for: 📱 Electronics assembly | 🔧 Precision hardware | 🚗 Automotive parts | 🏥 Medical devices | 🔋 Battery modules

Stop counting rubber rings by hand. 😴

This machine does it at 10,000 pieces per minute. 🚀

What it does: 🔢 High-speed optical counting 📦 Auto bag forming + sealing 🎯 0.03% error margin ✅ Positive error only (never short a customer) 📏 Handles 2mm to 50mm parts

Perfect for: 🔧 O-rings | Seal rings | Rubber gaskets | Small plastic parts | Hardware washers

Count. Bag. Seal. Done. ⚡📦

One machine. 500+ frames per second. Sees every single side of your tiny parts. 👁️

How it works: 🌀 Gentle feeding (no scratches) 📸 6-sided high-speed imaging 🧠 Smart defect detection (scratches, dents, cracks) 💨 Millisecond air jets sort the bad ones out ✅ Good parts go to "OK" bin

Perfect for: 🔩 Precision hardware | 📱 Electronic components | 🚗 Automotive parts | 🏥 Medical devices

One machine. Three jobs. Two lanes. 🎯

Stamping → CCD inspection → Packing All in one seamless flow. 🔄

✨ Why it's cool:

🌀 Twin carrier tapes = double output

👁️ CCD camera rejects bad parts instantly

🔥 Auto heat sealing & taping

🔧 Works with nickel, copper, custom parts

No more moving parts between machines. No more defects slipping through.

Stamping. Inspection. Packing. Done. 🏭⚡

vibration bowl → robot pick → bottom camera checks orientation → reversed? spin 180° → 4‑jaw positioning → dual‑head transfer → adhesive tape feed → fiber sensor stop → roller press → done.

2,300 PCS/H. ±0.1mm accuracy. top + bottom cameras.

turret type machine for micro film reels.

flyer peels. turret picks. 8 stations do their thing: position → inspect → check empty pocket → detect overlap → place → seal.

overlap sensor says no double parts. ion fan says no static. seal knives adjust without replacement.

inline or standalone. your call.

flex feeder + spider robot = loose parts packaging made simple.

parts go in the box → move to flex bowl → spider robot sees → picks → bottom camera corrects → drops into tape → sealed → reeled.

2,400 PCS/H. thickness check down to ±0.015mm.

no complicated loading. just pour and go.

Flex feeder → for loose parts. spider robot grabs from flex bowl. top camera sees it. bottom camera corrects it. thickness check down to ±0.015mm. 2,400 PCS/H. chaotic but smart. 🦾

Turret type → for micro film reels. flyer peels. 8 stations rotate. overlap sensor says no double parts. ion fan says no static. quick changeover without changing seal knives. lawful and structured. 🎡

same job: package parts into carrier tape. very different vibes.

👇

This one is for flat stamped parts. Neat rows on a reel? Yes please.

How it works:

Stamped matrix strips feed into the machine

Rotary indexing picks and positions each part

Keyence vision system checks external dimensions

Parts are sealed into carrier tape (12-56mm width)

Finished reels are wound up and ready

Key specs:

Part size: 1×1mm up to 10×44mm

Part thickness: 0.05 – 0.5mm

Max layout: 4 rows of stamped parts

Speed: 5,000 – 14,000 PCS/H

Vision: Keyence CV5501, 5MP camera

Power: 3.0 KW

Weight: 450 KG

Size: 1760×800×1730mm

Air pressure: 0.4-0.6MPa

What it handles:

📏 Ultra-thin materials (down to 0.05mm)

📐 Tiny parts (1×1mm) up to medium size (10×44mm)

🔄 Quick changeover with different tooling

Best for: Multiple products, flexible production, flat stamped parts on matrix strips.

Not for: Loose L-shaped nickel strips. That’s the vibration feeder’s job.

One sentence: Flat stamped parts on a reel. Feed it in, get sealed reels out.

This one is for L-shaped nickel strips. Loose parts? No problem.

How it works:

Parts go into the steel vibration bowl

PPU mechanism picks and places each part

Vision cameras check for reverse, empty pocket, and double parts

Good parts get sealed into carrier tape

Finished reels are ready to go

Key specs:

Part size: L4-9.3mm × W2-3.5mm

Speed: 7,000 – 11,000 PCS/H

Vision: 2 x 1.3MP cameras (Hikvision)

Power: 1.5 KW

Weight: 400 KG

Size: 1200×750×1700mm

What it checks:

🔄 Reverse detection

📭 Empty pocket detection

🔸 Double nickel strip detection (special light combo: front + side)

Best for: Single product, high volume, L-shaped nickel strips.

Not for: Flat stamped matrix strips. That’s a different machine.

One sentence: Dump loose L-shaped nickel strips in. It figures out the rest.

vibration feeder → for L-shaped nickel strips. loose parts? no problem. PPU pick & place. 2 cameras watch for reverse, empty pocket, double parts. 7-11K/H. compact size. chaotic good but focused. 🥣

micro film feeder → for flat stamped parts. neat rows, up to 4 lanes. rotary indexing. Keyence vision. supports 12-56mm carrier tape. 5-14K/H. lawful good and flexible. 📋

same mission: package your parts into carrier tape. different energy.

👇

Feeding small metal parts & terminals into our vision system like clockwork. Every angle checked, every flaw caught.

📸✨ Automation that actually sees.