Accuracy

uFrame

uFrame is the standalone version of the radar-equipped sensors found in uSkan product line. Most notably, uSkan is designed from a multitude of uFrame modules daisy-chained together. Therefore, while uCore cannot provide the same imaging resolution as a uSkan, it can take measurements at twelve distinct positions at the same speed of 3000 Hz at a fraction of the cost.

Like its single-sensor counterpart uCore, uFrame is designed for maximum versatility for OEM whose main concern is about compacity and integration of a diverse ecosystem of quality control equipment that are based on distinct technologies, all the while keeping a low acquisition cost.

uFrame

Parameter Symbol Min. Typ. Max. Unit Comment
Scanning width Wscan - 192 - mm For a single imaging module.
Acquisition rate facq - - 3000 Hz -
Lengthwise resolution RX - 1 - mm Resolution in the conveyor axis.
Transverse resolution RY - 16 - mm Resolution perpendicular to the conveyor.
Signal to Noise Ratio SNR - - 35 dB -
Optical power Popt - 7.8 11.8 dBm Total output power over a 0.003 m2 area.
Maximum range Rmax - 250 - mm Limited by the sample rate of ADCs.
Beam divergence θ - TBA - ° Half-angle for each collimation lens.
Parameter Symbol Min. Typ. Max. Unit Comment
Length L - - 210 mm -
Width W - - 120 mm -
Height H - - 70 mm -
Weight m - - 1000 g -
Parameter Symbol Min. Typ. Max. Unit Comment
Input voltage Vin 9.6 12 13.2 V Powered using a 5.5x2.5 mm 12V DC Barrel Plug.
Power draw Pin - 26.41 34.08 W Computed from sub-components datasheets.

application

OEM Product

See beyond surfaces with fast, high-resolution, non-destructive imaging.

High-speed multi-sensor module

Scalable inspection frame embedding multiple radar sensors for ultra-high-speed industrial imaging applications.
  • Multi-sensor architecture enabling wide-area high-speed inspection
  • Designed for inline inspection on fast production conveyors
  • Scalable system integrating multiple synchronized radar sensors
  • Enables high-cadence acquisition for large-surface inspection tasks
  • Suitable for industrial automation and large-scale inspection systems

Typical uses: large-area inspection, high-speed production monitoring, automated quality control.

FAQ

What are the technical specifications of your equipment?

Optikan sells a variety of different products with different technical specifications depending on our customers’ needs. However, they typically share the same core technology which is based on FMCW radars operating at frequency ranging from 57 GHz to 328.5 GHz; The main characteristics of these products are:

  • An average emitted optical power up to 5 dBm or ~3 mW per radar chip;
  • A typical digital resolution of 1 mm;
  • An acquisition rate between 60 Hz and 3000 Hz.

For more information, the complete technical datasheet for each of our products is available for free to download on their respective page.

As with any measurement device, calibration is necessary before use. However, depending on the device, the process may differ:

  • On the uSense and uSkan, no calibration is necessary, as they are automatically performed on the reference plate prior to any scan;
  • On the uSense LITE, calibration must be performed manually after turning it on.
  • Please note: due to thermal equilibrium delay, it is recommended to wait 15 minutes after turning the device on before doing the calibration and using it for measurements.

A computer or tactile tablet is required to monitor each of our devices, which may be provided by Optikan as an option. Depending on the device, either a USB-C port of Ethernet port with Gigabit Ethernet capability is required.

Our software is currently available for Windows 11 machines on all our devices, although certain Linux distributions may be supported on the uSkan.

For more information, please check out the technical datasheet of each product on their respective page.

Need more informations ?

Contact our team to discuss about your specific needs

results

Key Figures

Core performance specifications.

Radar sensing bar

12

A compact sensing bar integrating 12 high-frequency radar sensors for inline millimetric imaging.

Ultra-fast acquisition

3 kHz 

Radar array operating at 3,000 acquisitions per second for high-speed industrial inspection.

Beam collimation optics

1 Integrated collimation lens array

A custom-designed array of individual collimation lenses optimized for the uFrame radar matrix.

I/Q complex signals

2 outputs

Provides in-phase (I) and quadrature (Q) signals for advanced radar signal processing.

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