New Horizons: Oacon'25

Detection and image processing technologies; It continues to revolutionize many sectors, from smart automation solutions to artificial intelligence-supported analysis. We are preparing to raise the bar even higher in 2025 with our innovative approach in this field.

In our article, we have listed the innovations that we, as Oacon, offer for the first half of 2025, so that you can make a difference in the quality control of your production processes in 2025, with the latest image processing products developed for industrial applications at the same time as the rest of the world.

Highest Sensitivity in 3D Imaging. 6500 Points/PerProfile

LMI Technologies, a global leader in the field of 3D; It introduced the "Gocator 6300" series for the first time in the last quarter of 2024. With 6500 point data per profile and 2.1 μm X resolution, we can detect very small errors in 3D with high precision.

Gocator 6300 series, which has 1.5 times the resolution of the Gocator 2600 series, which has the world's highest resolution and was released last year, has a high scanning speed of up to 10kHz. In addition, both the lens and the laser are designed with a telecentric optical system that allows imaging in the X direction without blind spots.

We take the solutions we offer to the highest level in in-line precise product controls, where both accuracy and speed are required.

Hyperspectral imaging: We improve product analysis and error detection beyond the visible.

Unlike traditional cameras, SWIR cameras use shortwave infrared light instead of visible light to image objects. In this way, it has a wide range of applications in the plastic and food industry. These cameras enable the detection of foreign substances by imaging the internal structure and composition of materials.

For example, it can detect packaging errors, spoilage in fruits and vegetables, or shells mixed with nuts.

SWIR cameras can also detect properties such as moisture and oil content. This makes it possible to control the quality and freshness of the products. Thanks to this technology, users can increase their market share by offering safer and higher quality products.

With Omron FH Swir cameras, we are bringing this new technology to the industry by 2025.

PCP Series Programmable Light Source: We reveal almost impossible to detect defects on glossy material surfaces.

In the last quarter of 2024, OPT introduced the programmable pattern light source series PCP, which works with the linear reflection principle*.

Until today, detecting defects such as burrs, dents and scratches on the external visible parts of automobiles and white goods, shiny plastic interior trim parts and glass has been one of the most challenging issues in image processing. What makes it easier with all these difficult perceptions; We respond to your applications that were difficult to do before with the PCP Programmable light source, which allows synchronous connection with multiple cameras thanks to its strip type, parameters and colors, and multiple signal outputs.

*Linear Reflection Principle: By using lines with a certain period, the light is reflected on the relevant object, ensuring that the differences on the surface of the object appear as diffuse reflection and light deviation.

Omron ZP-L Laser Displacement Sensors: For all engineers who do not have time to deal with sensor adjustment;

At Oacon, we believe that we are in a time when laser displacement sensors should be selected based on their usability. Omron introduced the new ZP-L Series in December 2024. The ZP-L series is packed with creative features, with a perfectly designed user interface and detection accuracy that allows engineers to reduce the time and effort they spend without realizing it when working with displacement sensors.

Omron ZP-L series is in a position far beyond its competitors with its patented* or patent pending* features such as screen design, diagnostic explanations, back-up feature, and speed measurement.

Reliable, best-in-class** detection performance

Be sure to check the following two performance features when selecting or replacing your laser displacement sensors.

• Static Resolution 0.5μm

• Accuracy 0.025% FS

* Best-performing laser displacement sensor in its class for detecting approximately 10μm to 1mm (based on OMRON research in November 2024)

** “Patent pending” and “Patented” refer to patent status in Japan (as of November 2024).

150MP Ultra High Definition Camera: Always need more.

Camera resolution in industrial image processing applications; It is a factor that directly affects the accuracy, efficiency and overall performance of the system.

High-resolution cameras can detect small details more clearly because they contain more pixels. High resolution is critical, especially in cases where small errors or micro-level defects need to be detected.

Higher resolution allows a larger area to be displayed simultaneously without loss of detail. When using a low resolution camera, it may require the use of more than one camera to view the same area.

In addition, resolution directly affects the accuracy of measurements. Resolution; Determines detection accuracy in dimensional measurement, OCR or shape analysis.

We meet all your needs with OPT's 150 MP resolution industrial cameras that we added to our product line. In addition, various data interfaces, internal noise reduction, sharpening, gamma correction and image algorithms provide the optimum image for excellent image quality.

"We are ready for the industry of the future today!"

As Oacon, we are excited to deliver these state-of-the-art technology products to you simultaneously globally.

Our products, designed with innovative technologies and value-added solutions, make your production processes more efficient, sustainable and profitable. Be a part of this change and take the steps that will make a difference today. Contact us now and meet our new generation products.