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The machine comes in two parts, so it is easy to move and adjust to your production line.
| Upper floor | Easy to move up by lift or stair. One long machine will not go. |
| Boxed-in lines | Fits and adjusts into a line where other equipment leaves no room. |
| Hotpot-base packs | The demo found 0.8 mm SUS through the pack. The empty-belt figure is 0.4 mm. |
Tell us how the machine gets in and where it has to sit. We will check both parts fit.
This machine arrives as two frames: the inspection cabinet, and the reject conveyor that carries the pusher. The belt bridges them, so a 2143 mm body can be taken apart for the journey and rejoined on site — with the pusher kept clear of the detector.
The cabinet holds the X-ray source, the detector and the control computer. The second frame carries the belt running out of the tunnel and the pusher that clears a failed pack, and a bridge of belt spans the join so the product crosses without a hand-off.
Buying it this way is usually about the building rather than the food: two short frames go through doorways and lifts that one 2143 mm body will not, and once in place the machine behaves as one line. Nothing mechanical happens over the X-ray beam itself.
| Feature | Technical Details / Performance |
| Model / series | CQ-YW800 — 4020 split-type push rod |
| Rejection method | Pusher exclusion, on the second frame |
| Detection accuracy (min. sphere) | 0.4 mm SUS 304 · 1.0 mm ceramic · 2.0 mm glass Empty belt, no product in the beam |
| Tunnel size (W × H) | 400 mm × 200 mm |
| Max. product size | ≤280 mm (W) × 200 mm (H) · or ≤400 mm (W) × 60 mm (H) |
| Belt speed | 10–70 m/min, adjustable |
| Load capacity | Up to 5 kg (11 lbs) per pack |
| X-ray source | 150 W / 240 W / 350 W, selectable |
| Machine dimensions (L × W × H) | 2143 × 990 × 1845 mm (+100 mm), two frames |
| Product formats | Bagged · boxed · bulk |
| Construction | SUS 304 frame, food-grade PU belt |
| Power supply | AC 220 V, 1.5 kVA, 50/60 Hz |
| Alarm | Audible and visual |
| Ambient temperature | −15 °C to +45 °C |
| Data interface | LAN port · USB port |
| Display & operation | Touch screen, touch input |
| Display language | Chinese, English and others |
With nothing in the beam the manual specifies 0.4 mm of stainless steel, 1.0 mm ceramic and 2.0 mm glass, and marks that row no product. Put a pack in the X-ray beam and the figures move with what the beam has to cross: on a hotpot-base pack, SUS 0.8 mm.
Specified on an empty belt, no product in the beam.
The panel doubles as the shift record — counters, tube voltage and current, and a thumbnail of every rejection.
One pass produces one picture, and that picture answers more than one question.
An X-ray tube above the belt throws a fan of radiation through the pack. A detector strip underneath reads how much gets through, and the software draws the difference as a greyscale picture: anything denser than the food around it comes out darker.
The picture is compared against the product's own settings and the machine issues a verdict; a pack that fails is signalled to the pusher on the second frame.
More than contamination comes off that pass: shape, quantity, shielded sections and the seal all come from the one image, and the run is written to the log.
The split frame earns its place when the machine has to reach a room a single 2143 mm body cannot — an upper floor, a mezzanine, or a line boxed in by other equipment. Two short frames go where one long one will not.
On the line the job is the usual one: product in, verdict out, at 10 to 70 m/min and up to 5 kg a pack. Snack bags, bakery, beverages, pharmaceuticals and large meat packs all run the same way, whatever the pack is made of.
Each unit is built, wired and run in at our plant in Dongguan before being split for shipping. Below: the site, and a finished machine.
The tunnel is 400 × 200 mm; the largest pack is 280 × 200 mm upright or 400 × 60 mm flat, up to 5 kg.
The cabinet and the reject conveyor are separate frames joined by the belt. They travel apart and are put back together on your floor.
With an empty belt the manual gives 0.4 mm SUS 304, 1.0 mm ceramic and 2.0 mm glass. Through a hotpot-base pack the demo reports 0.8 mm SUS.
The pusher on the second frame pushes it off the belt, downstream of the detector.
Yes. The picture is made through the pack, so the packaging does not answer for the product.
A LAN port and a USB port. Every verdict is logged against its image, and the counters are on the running status panel.
Send the pack, the weight and the space you have. We will come back on fit, on where the pusher belongs, and on how the two frames go in.
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