MICROSCRAPPINGE-waste field guide
ICs & chips · Tier A

Ceramic CCD/CIS Image Sensors

Package material is the entire decision — a white or gold ceramic body with gold-plated pins or a gold lid is $150–400/lb scrap and often a $200–4,000 component; a black plastic or flex-mounted module is worth nothing at any refiner.

Au 0.02–0.15 g per ceramic package ≈ 1.8 g/lbAu under 0.001 g per mobile/webcam moduleBase Nd-Fe-B in VCM actuators
eBay typical$150–400per lb
Refiner pays$270per lb
Metal in it$235per lb at 4 Aug 2026 spot
Confidencemedof the yield figures

How to spot it

Valuable: white/cream alumina or purple-brown sidebraze body with a glass or quartz window over a visible silicon die and gold-plated leads in DIP, LCC or PGA form, part-numbered KAF-, KAI-, ICX-, TC2xx, CCD97 or e2v CCD. Found in astronomy cameras, microscopes, spectrometers, machine-vision cameras, flatbed and drum scanners, professional camcorders, older DSLRs and satellite optics. Worthless: a 5–12 mm black lens barrel over a 6–10 mm flex tail with no visible die, from phones, webcams, doorbells and dashcams; likewise consumer CIS scanner bars.

Metal content

MetalQuantityNotes
Gold0.02–0.15 g per ceramic package ≈ 1.8 g/lbGold-plated leads, wire bonds, cavity floor and sometimes the lid. 15–45 packages per pound. Package geometry estimate
Goldunder 0.001 g per mobile/webcam moduleBGA or CSP on flex — fractions of a cent, no scrap category exists
Base metalNd-Fe-B in VCM actuators, coated IR-cut glassNot separately payable

At 4 Aug 2026 spot prices that works out to $235 per pound of contained metal — Gold 1.8 g = $235. A refiner paying $270 returns about 115% of that, which is normal: refining costs money and the buyer takes a margin.

Safe removal

Working temperature: Desolder 330–360 °C; bulk board shake 250–300 °C

Ceramic packages are usually socketed or through-hole: desolder with a vacuum station at 330–360 °C with board preheat, or for scrap-only hot-air the whole board at 250–300 °C and shake the parts off. For resale handle the optical window like a lens — never touch it, blow with a bulb only, store in a lidded ESD box with desiccant. Never remove a sensor's cover glass; the die is bare silicon and one touch ends its value.

Hazards

☣ Beryllium oxide (BeO)

NEVER grind, sand, file, saw, drill, abrasive-cut, sandblast, hammer, crush, shred, torch, melt or incinerate anything that might contain BeO. Sell or dispose of suspect parts intact. Broken beryllium parts are worth nothing; your lungs are worth everything.

⚗ Home acid refining

The practical answer for nearly everyone: sort, concentrate, and sell to a licensed refiner. A good refiner recovers 85–98%, assays rather than guesses, pays on the assay, and takes the waste liability. Your edge as a scrapper is identification and sorting — not chemistry.

🧲 Neodymium magnets

Don't let two magnet plates snap together across your fingers.

🩹 Glass and sharps

NEVER blow on, wipe with bare fingers, or brush away cut optical fibre.

☢ Radioactive materials

NEVER grind, sand, saw or incinerate anything that might contain thorium or radium. Sealed sources stay sealed.

Before you scrap it

Enormous at the high end and negligible at the low end, and the split is exactly the ceramic/plastic split. A KAF-16803 scraps for ~$15 and resells to astrophotographers for $1,500–4,000 (100–250×); a KAF-8300 is $250–700 against ~$8. Selling tested with a dark frame showing hot-pixel count roughly doubles the price. Note thermal/IR sensor cores are export-controlled and cannot be shipped internationally.

The common trap

Camera sensors are packed with gold. Modern consumer sensors are chip-scale plastic and flex with essentially no recoverable gold; the gold-rich ceramic era largely ended in consumer products around 2005, which is why the ceramic subset trades as its own scarce commodity. Second trap: the black square in a phone is not the prize — the main board, its gold-plated shields and its BGA processor hold vastly more gold than every camera in it. Third: acid-processing a working scientific CCD for $8 of gold when it is a $700 component.

Questions

How much gold is in ceramic ccd/cis image sensors?

Gold: 0.02–0.15 g per ceramic package ≈ 1.8 g/lb. Gold: under 0.001 g per mobile/webcam module. At current spot that is about $235 of contained metal per pound.

How do you identify ceramic ccd/cis image sensors?

Package material is the entire decision — a white or gold ceramic body with gold-plated pins or a gold lid is $150–400/lb scrap and often a $200–4,000 component; a black plastic or flex-mounted module is worth nothing at any refiner.

How do you remove ceramic ccd/cis image sensors safely?

Ceramic packages are usually socketed or through-hole: desolder with a vacuum station at 330–360 °C with board preheat, or for scrap-only hot-air the whole board at 250–300 °C and shake the parts off. For resale handle the optical window like a lens — never touch it, blow with a bulb only, store in a lidded ESD box with desiccant. Never remove a sensor's cover glass; the die is bare silicon and one touch ends its value.

Is ceramic ccd/cis image sensors worth more working than as scrap?

Enormous at the high end and negligible at the low end, and the split is exactly the ceramic/plastic split. A KAF-16803 scraps for ~$15 and resells to astrophotographers for $1,500–4,000 (100–250×); a KAF-8300 is $250–700 against ~$8. Selling tested with a dark frame showing hot-pixel count roughly doubles the price. Note thermal/IR sensor cores are export-controlled and cannot be shipped internationally.

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