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When right speed for maximum perfection counts.

When right speed for maximum perfection counts.

Optical measuring systems from Qsigma.

Qsigma:

Big in small
tolerances

Quality control is a must. Should it be reliable, non-destructive, precise and fast?

Then Qsigma is your contact when it comes to inspecting form and tolerances.

Optical measuring concepts with lasers, various lighting concepts, cameras or other sensors can be realized to optimize your measuring task.

Qsigma REFERENCES

MEASURABLE COMPETENCIES.

Up to

measurement recordings
0

per second.

Up to

accuracy
under 0 µm

under optimal conditions.

From prototype construction to

control
0 %

thanks to individual solutions.

Up to

measurable length / width
0 mm

of the workpieces.

Up to

weight
0 kg

of the workpieces.

Qsigma: precision

When right speed for maximum perfection counts.
You want to:

Improve your cycle times through faster quality controls?

Increase the measurement accuracy and optimize yield?

Easily integrate your measuring systems into the manufacturing process?

Achieve the required accuracy which you cannot achieve with current available resources?

Have a central contact person for measuring devices and evaluation software?

Map a complex measurement task internally, which was previously not possible?

ZU DEN Qsigma KOMPETENZEN

Qsigma: Measure better

More quality for your individual measurement requirements.
accuracy
In development laboratories the cycle times are usually not critical. In this case the measurement results must be precise and accurate to meet the high-quality standards. Optical measuring systems are perfectly suited to be able to acquire and evaluate geometrical measured variables contactless, quickly and without influencing the measuring object.
Cycle time
In production environments the demands on cycle times are increasing in combination with the growing quality control. In many application areas, optical measurement technology provides a better combination between precision and speed than for example tactile measurement methods.
Integration capability

Integration in production systems, automatic feeding of test parts, monitoring of process compatibility, data transfer and product tracing are important for efficient production. Implementing these requirements and taking the optimization of cycle times into account is the expertise of Qsigma.

InnoMeas software

The core is our user-friendly InnoMeas software platform and it is the central communication and reporting interface between the measurement systems and the customer infrastructure and provides everything you need to record, visualize and evaluate your measurement data.

Keeping an eye on costs

Due to the modularity of the InnoMeas software platform and the scalability / expandability of the measuring systems, needs-based, cost-optimized solutions can be implemented that meet your requirement profile.

Qsigma: Measurement methods

Speed up and improve quality.
Point sensor-based
Ideal when high precision in previously defined cutting planes is important. Applicable especially when high accuracy and tight cycle times are important when capturing the test parts.

The high resolution of point sensors in combination with rotary or XYZ measurement setups is particularly useful here.

USE CASE CATALYTIC CONVERTERS

Line sensor-based
Ideal when it comes to the complete 3D recording of the test parts. The use of line sensors expands the measuring space so that a complete 3D structure can be recorded.

Line sensor-based systems can also be combined with the point sensor system in order to combine both advantages.

USE CASE SUSPENSION SPRINGS

Profile projection
Ideal if the surface properties and geometry of the test part are technically or economically unsuitable for laser scanning. The profile projection enables a precise and linear recording of the silhouette of the objects to be measured.

Both high resolution for small objects and fast data acquisition for large objects are possible.

USE CASE ALLOY WHEELS

Grid-based measurement approach

The grid-based method is suitable for area scanning or
if the test object is solely in the optimal measuring range of the sensor.

ZUR MESSMETHODE

Path tracing measurement approach

Path tracing is suitable when recording complex objects such as suspension springs, as well as geometries that are difficult to access, where the grid-based method does not provide the desired accuracy.

ZUR MESSMETHODE

Qsigma: Our advantage

We solve problems due to single source hardware and software development.

Qsigma hardware

Reliable sensors with efficient software form the basis for industrial measurement systems.

Are you not satisfied with “standard”? We neither.

Our measuring systems are optimized to customer requirements and designed so that they can be easily integrated into your infrastructure.

Qsigma REFERENCES
Qsigma software

The software platform is the core of our measuring systems. The in-house development is user-friendly and offers plenty of scope for individual adjustments and evaluations.

EFFICIENCY is a top priority:
The support of various interfaces enables a smooth flow of information between the measuring and manufacturing systems.

Thanks to integrated assistance systems you can change measurement templates quickly and intuitively.

Qsigma REFERENCES

Qsigma:

Give us your measurement task!
Challenge us!
Inspire us!

Are you facing a complex measurement task? Involve Qsigma in finding the solution. Because we enjoy getting to the root of problems and developing a solution that fits your requirements.

We analyse your measurement task, carry out a feasibility study and discuss with you the integration into your special environment.

Please contact us. We take care of your individual measurement concerns and look forward to your ideas!

CONTACT US NOW

CONTACT US NOW

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Qsigma GmbH

Brautäcker 4
34560 Fritzlar
Germany

Tel: +49 5622 930807-0
info@qsigma.de

Qsigma ist ein Solution Partner von Micro-Epsilon.