WIZ-QS-110 is an automated interferometer for inspection of single fiber connectors, ferrules and bare fiber. The WIZ-QS-110 was designed as a basic solution for interferometric inspection of fiber optic connectors in high-volume production environment, where speed, simplicity and precision matter the most.

Whitelight measurement algorithm and precision-aligned fixtures not requiring frequent calibration make it stand out from the competition in the same category of products.
Note: WIZ-QS-110 is an upgraded model of WIZ-QS+ interferometer, retaining all its benefits.

WIZ-QS-110

for inspection of single fiber connectors, ferrules and bare fiber.

Basic solution for interferometric inspection of fiber optic connectors

More than 1000 micron scan range for fiber height

Accurately inspect ferrule surfaces with large discontinuities and special connectors.

Wide range of applications

Inspect single fiber connectors, ferrules, bare fiber, Arinc, MS termini, both PC and APC.

Interactive 2D and 3D surface profiles

Rotate, zoom, scale images to explore surface details as small as 2.5 μm.

Fast measurements

Measure single fiber connectors and ferrules as quickly as 1.3 seconds with USB 3.0 SuperSpeed connection.

Autofocus

Minimize operator's actions to just one click.

Express Mode reporting

Save time testing large quantities of connectors in Express Mode.

Factory precision-aligned fixtures

Be free of the necessity to calibrate your fixtures before each use or when changing between fixtures.

Annual Software Maintenance and Support Plan

E-mail support for all technical issues, all revisions and updates to the MaxInspect software, remote hardware troubleshooting, help desk and video tutorials.

Learn more

Compliance to industry standards

Test per IEC, Telcordia or your own Pass/Fail criteria.

Data-base connectivity

Store measurement data from all local sites in one place and easily integrate Sumix equipment into your manufacturing systems.

Learn more

™ Software

Start screen

Variety of tasks for all major connector types per IEC/Telcordia industry standards. You may choose to see only active tasks supported by your equipment.

Just press Measure to get the connector focused and measured within several seconds.

Use Express mode for testing large number of connectors. Check the test result on the same screen and proceed to the next connector.

You may open the Summary Report panel to see real-time statistics.

Full Report contains measured geometry parameters. Print or export the report to certify your connector.

Zoomed 2D substracted image in report

Zoomed 3D surface in report

Specification

System

Field of view:

1.2 x 0.9 mm

Optical resolution:

2.5 µm

Best suitable for connectors/ferrules:

ST, FC, SC, MU, LC, E2000™, Arinc, MS termini - PC and APC, bare fiber

Maximum image size:

2590 × 1940 px

Magnification:

460×

Microscopy Mode:

Focus:

autofocus

Focus range:

±1 mm

Measurement

Measurement mode:

phase shift and white light

Scanning and calculation speed ¹:

1.3 sec

Measurement Range::

ROC (mm): 1 to flat
Apex offset (µm): 0 to 2000
Fiber height⁴ (μm): more than 1000⁵
Angles measurements - full range (degrees): 0 to 28⁶

Repeatability C.F.²:

ROC: 0.2 %
Fiber Height: 0.4 nm
Angles: 0.0002 deg
Apex Offset: 0.02 µm

Repeatability C.R.³:

ROC: 0.2 %
Fiber Height: 0.5 nm
Angles: 0.007 deg
Apex Offset: 1.1 µm

Recommended Environment

Temperature:

+20°... +24°C

Pressure:

700 – 850 mm mercury

Humidity:

5 – 75%, non-condensing

Dimensions and Weight

Weight:

3.9 kg (8.6 lbs)

Dimensions (H × W × L):

93 × 137 × 183 mm (3.66 × 5.4 × 7.2 in)

Power

Power supply:

external, USB 3.0 cable, 12 V DC power adapter

System Requirements

Recommended:

Windows 10, Windows 11
Intel Core i7
4GB RAM or higher
Built-in Intel USB 3.0 controller
Microsoft Excel 2010 or higher

Measurement time may vary depending on computer performance and connector end face shape.
Values were calculated from 30 consecutive measurements without interaction on connector between measurements (connector fixed) and represent one sigma value.
Values were calculated from 30 consecutive measurements with removing and inserting connector between measurements (connector reloaded) and represent one sigma value.
Difference from the highest and lowest points of the scanned object.
<100 µm available by default. >100 µm - for special connectors/tasks (software adjustment required).
Regular fixtures: 0, 8, 9 degrees. Customized fixtures: 0 - 28 degrees.

Annual Software Maintenance and Support Plan

Purchased with an interferometer

(i) e-mail support for all technical issues relating to the use of the interferometer and the MaxInspect software within one business day of receipt;
(ii) all revisions and updates to the MaxInspect software;
(iii) remote hardware and software demonstration, help desk and video tutorials;
(iv) remote hardware troubleshooting;
(v) providing a loaner unit for the period of repair or calibration (upon availability and if requested).

Extending the Support Plan is optional. If the Support Plan is extended for next year continuously (without a break in support), a 50% discount for the Support Plan applies.

Samples

Variety of tasks for all major connector types per IEC/Telcordia industry standards.

Press Measure to get the connector focused and measured within several seconds.

Check the test result on the same screen and proceed to the next connector.

Full Report contains measured geometry parameters.

Open the Summary Report panel to see real-time statistics.

Zoomed 2D substracted image in report

Zoomed 3D surface in report

Result browser

LC-APC connector geometry measurement

SC-APC connector geometry measurement

E2000 is a trademark of Diamond SA.
MTP is a registered trademark of US Conec Ltd.
CS is a registered trademark of Senko Advanced Components Inc.