ROBOT.SPECTOR 360 · Rotary table robot cell
Every page. Every part. Every
cell.
Fully automatic 100% visual inspection: The robot arm guides the camera and performs up to 30 freely programmable inspection views around each component — with an inspection report for each piece.
MABRI.VISION | Testing Systems
ROBOT.SPECTOR 360
Fully automated 100% visual inspection in a compact robotic cell: The rotary table rotates the component, the robot arm guides the camera—each side from up to 30 perspectives, in a single setup. Surface defects, completeness, optional dimensions and codes are inspected. Available up to ISO 5 cleanroom and ESD compliant.
IMAGE URL per field
Operating principle
Round table plus robot — every position becomes accessible.
Rigid inspection stations require one camera per view — and one fixture per variant. Here, the rotary table rotates the component so that the robot can reach every point with the camera: each new inspection view is software-based, not a physical reconfiguration.
Camera on the robot arm
A camera, guided by the robot arm, captures each inspection view from the appropriate angle — instead of fixed cameras for each perspective.
The component rotates on the rotary table
The rotary table rotates the component so that every side and every perspective is in front of the camera — without repositioning.
One cell instead of several stations
All tests are performed in a single cell consisting of a robot and a rotary table — no passing through multiple testing stations.
Dimensions
The basic system — measure by measure.
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Technical data
Specifications
What the system checks
Defects that no human can reliably see for eight hours.
The cell checks each part from all relevant sides—consistently from the first to the ten-thousandth component of the layer. Example images follow; only approved or anonymized parts are shown.
Scratches & blemishes.
Surface defects on functional and visible surfaces — even on curved geometries, thanks to freely selectable camera angles across up to 30 views.
Pores & inclusions.
Material and injection molding defects that are reliably detected in the visible spectrum — and with UV option also below.
Completeness.
Missing components, incorrect variants or unset features — checked against the stored target configuration of the component.
Measurements & Codes.
Dimensional inspection of detected edges as well as reading and verification of DMC/barcodes — available as a software option.
Does my part fit?
Does this fit your role?
Included in the scope — and what is deliberately excluded.
The ROBOT.SPECTOR 360 is built for specific inspection tasks. To help you quickly determine if it's suitable for your part:
Within the scope
- Surface and completeness inspection in VIS + UV
- Small to medium-sized precision parts, inspectable from many perspectives
- Up to 30 inspection views per component
- Medical technology, pharmaceuticals and surface-critical components
Not in scope
- High-speed mass production with very short testing time
- Pure software/AI projects without equipment
- Standard pick & place / pure handling
- Heavy load and large components
Price & Configuration
Assemble your system — and request a quote directly.
Select your desired upgrade levels, see the estimated price immediately — and send us your configuration with one click. Available as a PDF to take with you, if desired.
Base cell
- 1 robot with camera guidance
- 1 round table
- 1 cell including protective enclosure
- 1× 5 MP monochrome camera
- 1 inspection process with up to 30 inspections
Expansion stages — transparently priced
REFERENCES
AR / Smart Glasses
CA · US
EUV Semiconductors
NL
Tier-1 Automotive
Munich · DE
MedTech Implants
Boston, MA
Diagnostic chips
Hilden · DE
Drug Delivery
Massachusetts · US
Procedure for trial examination
Send us your parts — we will check the feasibility.
Send us your OK and NIO parts, we will check their feasibility in our optics laboratory in Aachen — and get back to you with the results.
Sending OK and non-OK parts
Ideally, 5-20 sample parts with known good and bad parts — this way we can see directly whether your critical defects are reliably detected.
We test in our optics laboratory
We set up inspection views and lighting for your component and test your parts under real conditions in our optics laboratory.
Report + Feasibility Study + Indicative Price
You will receive the test results for your parts, a feasibility statement, and a guide price for your configuration.
What QS managers ask us first.
The short answers in advance — we'll clarify everything else regarding the specific component.
How much does an automated visual inspection system cost?+
Our basic ROBOT.SPECTOR 360 cell costs €129,000 EXW — with a defined scope of delivery: 1 robot, 1 rotary table, 1 cell, 1 x 5 MP monochrome camera, and 1 inspection process with up to 30 inspections. All expansion stages are transparently priced, allowing you to calculate your configuration in advance.
What component sizes can the system test?+
The basic cell is designed for components up to 400 × 200 × 120 mm (L × W × H) — from turned parts and injection-molded components to assembled modules. A trial inspection will definitively determine whether your specific part will fit.
What defects does the automatic visual inspection detect?+
Surface defects such as scratches, dents, and pores, as well as completeness checks against the component design, are performed. Dimensional inspection and DMC/code verification are available as options. UV illumination also reveals defects that are not visible under normal light.
How long does the inspection take per component?+
Depending on the number of inspection views, approximately 10–30 seconds per component.
Does the system work in a cleanroom?+
Yes. The cleanroom version up to ISO 5 (with FFU) is a defined option — the reference system at RJ-Lasertechnik operates in a space-saving cleanroom environment.
How quickly can a new component be set up?+
A new component is stored in the software: inspection views, lighting, and tolerances—without mechanical modifications, new cameras, or fixture construction. Switching between variants during operation is done via selection in the software.
Does the system completely replace manual visual inspection?+
Yes — that's the use case. The cell inspects 100% of the parts objectively and without fatigue, and documents each result in an inspection report for each piece. This also meets audit and customer requirements for documented 100% inspection.
How does the mock exam work?+
You send us 5–20 sample parts (IO and NIO), our experts check the feasibility in our optics laboratory in Aachen and get back to you with the results, a feasibility statement and a guide price for your configuration — usually within 10 working days.
Inquire now
Request a callback & initial consultation.
Leave your number — we'll call you back and discuss your testing requirements in an initial consultation. We can also provide a sample test or data sheet upon request.