Rotary transfer testing systems.

Rotary transfer testing systems.

Our rotary transfer machines are characterized by the combination of different technologies. Typical stations include a camera test, a shadow test using an optical micrometer and surface measurement using a triangulation sensor.

The multimodality enables use in various areas and is particularly popular where lean and efficient production processes are required.

The possible applications are wide-ranging: from plug and circuit board testing to testing complex injection molded parts and plastic-metal composites, MABRI.VISION offers complete solutions tailored to your production in an inline-capable system.

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Our rotary transfer test systems are based on a solid granite structure to deliver reliable and repeatable test results even in a demanding production environment.

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The number and characteristics of the testing stations can be flexibly adapted to the requirements of your production and testing characteristics.

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There are hardly any limits to the variety of parts to be tested. The assembly takes place via a lifting door and can be assembled manually or automatically.

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Our software offers advanced batch management. A recipe database enables products to be changed quickly without having to readjust parameters. A results database forms the basis for continuous product improvement.

Representation of a screen showing the MABRI.VISION software MV.IMAGING. Specifically, the 2D results of a 2D measurement are shown. , universal, measurement, possible applications, testing, rotary indexer, test systems, robot-guided measurement technology, sensors, test centers, test, components, test part

For example, 2D measurements can be used to determine the presence of features, their exact position or sway circles. Defects such as discoloration or scratches can also be identified at this point. The advantages are the speed and productivity of the test step.

Representation of a screen showing the MABRI.VISION software MV.IMAGING. Specifically, the 3D results of a 3D measurement are shown. , universal, measurement, possible applications, testing, rotary indexer, test systems, robot-guided measurement technology, sensors, test centers, test, components, test part

We use triangulation sensors to measure the surface of a component. A 3D profile measurement is carried out using two light section sensors. Height information and dimensional accuracy in the lower micrometer range can be determined.

Specifications

EXAMS
Image field
up to (240×150) mm²
Scan modes
1, 2 or 3D measurements
clock speed
from 2 s | depending on test characteristics
Tested features
up to 200 per cycle
power supply
230V
Weight
from 550 kg
Software and interfaces
Interfaces
ProfiNet, Ethernet
interface
24 inch monitor, touch
software
MV.IMAGING
Functions and modules
Recipes, database, user management
System (depending on the version)
Dimensions system (W x D x H)
(800 x 1,200 x 2,360) mm³
Weight
550kg
rated capacity
2.4kW
care
100 – 240V

Universal: can be used in a variety of ways.

ELECTRICAL ENGINEERING

Achieve accuracies in the micrometer range with the robust MABRI.VISION testing system MV.EYE - whether when testing connectors or circuit boards.

automobile

Thanks to their modular design, the MABRI.VISION rotary machines are ideal for testing complex components in the automotive industry. Check in time with production.

MEDICAL TECHNOLOGY

In the medical industry, rely on comprehensive inline quality control of components and products and benefit from a scalable testing system.