Machine-vision quality inspection

Catch every defect at line speed.

A camera and edge computer that learn your good parts in an afternoon and reject bad ones before they ship. For packaging, food and beverage, electronics, plastic and metal parts, and pharma secondary packaging.

Pre-launch. Paid 4-week pilot on one line, from $4,900.

Pilot unit · target specification

per frame
<25ms
parts per camera, upper limit
600/min
good samples to start
~50
no internet needed to run
Offline
enclosure
IP65

Targets for the pilot unit, not guarantees. Catch rate and false-reject rate are measured on your parts during the pilot.

How it works

Four steps from bare conveyor to live reject.

One camera station per inspection point. Most of the work is optics and lighting, so we do that first and teach the model second.

  1. Mount & light

    Fix the camera, lens and light over the conveyor. We pick the working distance and lighting angle for the defect you need to see, then lock the geometry.

  2. Teach with good samples

    Run about 50 good parts past the camera. The unit learns what normal looks like. No defect library needed to begin.

  3. Set rules & tolerances

    Choose which defect types reject, how strict each one is, and what happens on a fault. Saved as a recipe per product.

  4. Connect the gate & go live

    Wire the reject output to your PLC and gate. Every reject is logged with its image; the shift dashboard shows counts as they happen.

CAMERA LIGHT EDGE UNIT PLC REJECT GATE inference + log reject output GigE / USB3 strobe digital I/O reject encoder pulses ENCODER PART
Station schematic. Signal names are generic; the exact interface depends on your PLC.

What it catches

Eight defect classes. One station can cover several.

Which classes are practical on your product depends on part size, surface and lighting. The line assessment tells you before you pay for a pilot.

  • Scratches & scuffs

    Surface marks on metal, plastic, glass and printed film.

  • Dents & deformation

    Crushed edges, bent pins, out-of-round shapes.

  • Missing or misplaced parts

    Absent, rotated or shifted components and inserts.

  • Label & barcode

    Misprints, smudges, skew, and barcode legibility.

  • Fill level

    Under- and over-fill in clear and translucent containers.

  • Cap & seal integrity

    Cocked or missing caps, lifted foil, broken tamper bands.

  • Colour deviation

    Shade drift against the taught reference, per recipe.

  • Foreign particles

    Specks, fibres and debris on or inside the product area.

Industries

Built for discrete parts on a moving line.

Typical checks per sector. Your list will differ; the assessment is where we settle it.

  1. Packaging

    Carton print and registration, flap closure, missing inserts, label position, date and lot code presence.

  2. Food & beverage

    Cap and seal checks, fill level, label skew, pack contents count, foreign particles on open product.

  3. Electronics

    PCB component presence and polarity, solder bridges, connector pin position, marking legibility.

  4. Plastic & metal parts

    Surface scratches, flash and short shots, burrs, missing holes, thread and edge damage.

  5. Pharma secondary packaging

    Carton and leaflet presence, blister completeness, batch and expiry print legibility, 2D code readability.

Specktech is not a certified medical or pharmaceutical validation system. If you need validated inspection, tell us during the assessment and we will say what we can and cannot support.

Deployment & integration

Runs on your floor. Talks to your PLC.

Everything below is part of the pilot unit design. Interfaces are confirmed per site during the assessment.

Deployment and integration data sheet
ItemDetail
ComputeOn-prem edge unit mounted at the line. No cloud inference.
ConnectivityOffline-first. Runs with no internet connection.
Control I/ODigital I/O for reject output, ready and fault signals, and encoder or trigger input.
Industrial protocolsModbus TCP, OPC UA, MQTT.
ReportingMES-friendly CSV export of results and reject events.
Image storageReject images and logs kept on the unit and your network.
Access controlRole-based access: operator, supervisor, administrator.
Operator interfaceTouchscreen UI for run, review rejects and shift dashboard.
ChangeoversProduct recipes: camera, light, tolerances and rules stored per product.
EnclosureIP65 target for the pilot unit.

Pilot program

Four weeks on one line. Numbers from your parts.

Specktech is pre-launch, so we do not ask you to take our word for anything. The pilot is how you check.

  1. Week 1

    Line assessment

    Site visit or remote review of the line, parts and defects. We confirm what is feasible, collect samples and agree what counts as a defect.

    Deliverable: written scope and inspection plan.

  2. Week 2

    Install

    Mount camera, light and edge unit. Wire encoder and reject output. Teach the first recipe from good samples.

    Deliverable: unit running on the line in monitor mode.

  3. Week 3

    Tuning

    Run live, review every flagged part with your quality team, adjust tolerances, then switch reject on.

    Deliverable: tuned recipe and live reject.

  4. Week 4

    Report

    Seeded and real defects are checked against the unit's decisions over the full run.

    Deliverable: report with catch rate and false-reject rate measured on your parts.

FAQ

Straight answers.

Not here? Write to support@specktech.site.

How many samples does it need to start?

About 50 good parts. The unit builds a model of what normal looks like from those images, so you do not need to collect defect examples first. If a defect is rare or subtle, we add labelled reject samples during pilot tuning.

What happens when we change product?

Each product is a recipe: camera settings, lighting, tolerances and reject rules stored together. Operators pick the recipe on the touchscreen at changeover. A new product needs its own teach pass of about 50 good samples.

How do you deal with false rejects?

Every reject is logged with its image, score and timestamp so you can review it. Tolerances are adjustable per defect type. The pilot report states the false-reject rate measured on your line, and we tune against it before the report is issued.

Does it work in poor or changing light?

Inspection quality depends mostly on controlled lighting, so each station has its own light and, where needed, a shroud against ambient light. We assess ambient light, glare and part reflectivity during the line assessment.

Can we use our existing cameras?

Sometimes. If your cameras are GigE Vision or USB3 Vision and the optics and resolution suit the defect size, we can evaluate them. For the pilot we normally supply our own camera, lens and lighting so results are repeatable.

What maintenance does a station need?

Clean the lens and light window on your normal cleaning schedule and check the mount after line maintenance. The unit does not need internet access to run. Software updates are delivered by us and applied on site, on your schedule.

Who owns the images and data?

You do. Images, logs and recipes stay on the unit and your network. We do not copy them to our servers. If you want us to review images for tuning, you export and send them, and we delete them when the work is done.

Is Specktech proven in production?

Specktech is pre-launch. That is why the first step is a paid pilot on one line, with catch-rate and false-reject numbers measured on your parts. You decide on year one from those numbers.

Contact

Book a line assessment.

Tell us about the line and what you need to catch. We reply by email, usually within two working days, with questions or a proposed time.

Or write directly: sales@specktech.site

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