Let the line catch the defect — not the customer.

Manual inspection is slow, inconsistent, and tired by the end of the shift. CISH builds automated machine vision inspection into your production line — industrial cameras, controlled lighting, and inspection algorithms we design ourselves on the Hikvision VisionMaster platform — to find defects, verify codes, measure dimensions, and reject bad product at line speed, every shift, without fatigue.

What it actually is

Machine vision, in plain terms.

A machine vision inspection station is a camera (or several), purpose-chosen lighting, and software that analyses every product as it passes — in milliseconds. Where a human inspector samples, tires, and disagrees with the next inspector, a vision system checks 100% of production against the same criteria, logs every result, and triggers a reject when something is wrong. It is the difference between finding a defect on your floor and finding it on your customer's.

The CISH difference: we don't just resell cameras. We design the inspection algorithm for your specific product and defect, build the station, integrate it with your line's PLC and reject mechanism, and tune it on your real product until the false-reject and missed-defect rates are where they need to be.

What it inspects

The checks we build most often.

Defect & surface detection

Cracks, scratches, contamination, flash, short-shots, voids, colour deviation, and surface blemishes on moulded parts, packaging, castings, and finished goods.

Dimensional measurement

Non-contact measurement of length, diameter, gap, angle, and position against tolerance — at line speed, on 100% of product, not a sample.

Code & date verification (OCR/OCV)

Read and verify printed date codes, lot numbers, batch codes, and barcodes/QR — catching missing, illegible, or wrong codes before product ships.

Label & print inspection

Label presence, position, skew, wrinkle, correct artwork/SKU, and print quality — critical for retail compliance and brand consistency.

Fill level & cap inspection

Underfill/overfill detection, cap presence and seating, seal integrity, and closure colour — the classic beverage and FMCG end-of-line checks.

Presence, absence & counting

Missing components, correct assembly, item count in a pack, and completeness verification before cartoning or palletising.

Because we design the algorithms rather than buy a fixed appliance, we can build a check for almost any visible characteristic of your product. If you can see the defect, we can usually teach the line to see it.

The platform

Built on Hikvision VisionMaster.

HIKROBOT machine vision logo

Our inspection systems are built on Hikvision VisionMaster — the machine-vision software platform from Hikrobot, Hikvision's industrial machine-vision arm — paired with industrial-grade cameras and lighting. VisionMaster gives us a deep, proven algorithm library and a flexible environment to design custom inspection logic; CISH provides the engineering that turns it into a working station on your floor.

The same logic applies as with our IoT and OEE work: we choose a strong platform, then add the integration, algorithm design, and on-site engineering that makes it actually solve your problem. See our technology partners.

What you own: the configured inspection recipes, the result data, and full documentation. We build it so your team can run it — and so the results export cleanly into your OEE and quality systems.

Hikvision VisionMaster / HIKROBOT machine vision product range — industrial cameras, smart cameras, lenses, lighting, and vision controllers

The Hikvision VisionMaster / HIKROBOT machine-vision hardware range CISH builds on.

In operation

Vision systems on real production and sortation lines.

Machine vision cameras mounted on a gantry over a conveyor for inline inspection and code reading

Inline cameras over a conveyor — inspection and code reading at line speed.

HIKROBOT-branded vision inspection and sortation line in operation with an operator station

A live line with operator stations and inspection results on-screen.

Live machine vision inspection dashboard on a shop-floor control monitor showing throughput and results

Results and throughput on a shop-floor screen, ready to feed your OEE data.

How we deliver an inspection project

From defect sample to a tuned, running station.

01

Define the defect

We work from real product samples — good and bad — to define exactly what must be caught, the acceptable false-reject rate, and the line speed it has to run at.

02

Design the imaging

Camera, lens, and — most importantly — lighting are chosen for your product and defect. Good lighting is 80% of a reliable vision system; this is where most cheap systems fail.

03

Build the algorithm

We develop the inspection logic on VisionMaster, tuned to your product variation, then validate it against a representative set of real good and defective samples.

04

Integrate & reject

The station is interfaced to your line PLC, with a reject mechanism (air-blast, pusher, diverter) and result logging into your OEE / quality data.

05

Tune on real production

We commission on your actual product and shift conditions, driving the false-reject and missed-defect rates down to agreed targets before sign-off.

06

Train & hand over

Your operators learn to run recipes, add product variants, and read the results. Documentation and recipe ownership stay with you.

Indicative cost bands, 2026

What an inspection station typically costs.

SystemIndicative cost (ZAR)Typical use
Single-camera station120 000–300 000One check — e.g. code verification, label presence, a single defect type
Multi-camera inline station350 000–900 000Several checks at once, custom algorithms, full line integration and reject
High-speed / multi-station system1 million+High line speeds, 360° inspection, multiple inspection points, complex defects

Cost is driven by camera count, line speed, lighting complexity, and algorithm difficulty — not by a fixed price list. We scope to your actual product and defect. A free assessment usually establishes the right band quickly.

Frequently asked

Questions buyers ask about vision inspection.

Most inspection decisions come down to what must be caught, at what line speed, and what an acceptable false-reject rate is. Get those three right and the rest follows.

It uses industrial cameras, controlled lighting, and image-analysis software to inspect products automatically on the line — detecting defects, measuring dimensions, verifying codes and labels, and checking presence or count — faster and more consistently than manual inspection, on 100% of production.
A single-camera station typically starts around ZAR 120 000–300 000; a multi-camera inline station with custom algorithms and integration usually runs ZAR 350 000–900 000; high-speed or multi-station systems can exceed ZAR 1 million. It depends on camera count, speed, lighting, and algorithm complexity.
Yes. An inspection station is usually a self-contained module — cameras, lighting, and reject mechanism — interfaced to your line PLC. It does not require replacing your line controls, and is a natural part of a line upgrade and digitalisation project.
We build on Hikvision VisionMaster — the Hikrobot machine-vision software platform — with industrial cameras and lighting. CISH designs the inspection algorithms, builds the station, and integrates it. You own the recipes, the data, and the documentation.
A badly built system will. The discipline is in the lighting design, the algorithm, and tuning on your real product. We commission against agreed false-reject and missed-defect targets before sign-off, so the station improves quality without throttling throughput.
Related reading

Vision inspection in context.

Got a defect you keep shipping?

Send us a sample — a good one and a bad one — and tell us your line speed. We will tell you honestly whether vision inspection can catch it, and roughly what it would cost.