Technical cookies are strictly necessary for our website to function and for you to navigate it. These cookies, for example, allow us to identify you, give you access to restricted areas if necessary, or remember different options or services already selected by you, such as your privacy preferences. Therefore, they are enabled by default and do not require your consent.
Through your browser settings, you can block or be alerted to the presence of these cookies, although blocking them will affect the proper functioning of various features on our website.
+
Analytics cookies allow us to study how users browse our website (e.g., which sections are visited most, which services are used most, whether they work correctly, etc.).
From statistical information about browsing on our site, we can improve the functionality of the site and the services it offers. Therefore, these cookies are not for advertising purposes but solely to help our website perform better and be more tailored to users in general. Enabling them contributes to ongoing improvements.
You can enable or disable these cookies by checking the appropriate box; they are disabled by default.
+
Functionality cookies allow us to remember your preferences to customize certain features and general options of our website each time you access it (e.g., the language in which information is displayed, marked favorite sections, your browser type, etc.).
Therefore, these cookies are not for advertising, but by enabling them, you enhance the website’s functionality (e.g., adapting to your browser type) and personalization based on your preferences (e.g., displaying information in your previously selected language), improving ease of use and comfort during your browsing.
You can enable or disable these cookies by checking the appropriate box; they are disabled by default.
+
Advertising cookies allow us to manage the advertising spaces on our website based on criteria like the content shown or how frequently ads are displayed.
For example, if you've been shown the same ad multiple times without interacting with it, it won’t appear again. In short, by enabling these cookies, the ads shown on our website will be more useful and diverse and less repetitive.
You can enable or disable these cookies by checking the appropriate box; they are disabled by default.
+
Behavioral advertising cookies allow us to gather information based on your browsing habits to display advertising content better suited to your personal tastes and interests.
To put it simply, here’s a fictional example: if your recent searches were about mystery literature, we’d show you ads for mystery books.
So, by enabling these cookies, the ads shown on our website won’t be generic—they’ll be tailored to your searches, preferences, and interests, making them relevant specifically to you.
You can enable or disable these cookies by checking the appropriate box; they are disabled by default.
To put it simply, here’s a fictional example: if your recent searches were about mystery literature, we’d show you ads for mystery books.
So, by enabling these cookies, the ads shown on our website won’t be generic—they’ll be tailored to your searches, preferences, and interests, making them relevant specifically to you.
You can enable or disable these cookies by checking the appropriate box; they are disabled by default.
We use our own and third-party cookies to analyze our services and show you advertising related to your preferences based on a profile created from your browsing habits (e.g., pages visited). You can accept all these cookies by clicking the ACCEPT button or configure or reject their use by clicking COOKIE SETTINGS.
The detection, measurement and classification of design-specific failures are significant criteria for producing high quality, cost-effective battery cells. Viscom X-ray metrology components are all developed in-house to ensure our clients the highest possible precision and accuracy levels, regardless of cell format or size.
Viscom specializes in advanced inline metrology for various cells, including coins, cylindrical, pouch, and prismatic cells. With proven results in energy storage, consumer goods and e-mobility, our customers benefit from an experienced research and development team consisting of engineers, scientists and software developers that can scale solutions from R&D to pilot lines and mass production.
Zero defects for powerful production
Achieve maximum cost-effectiveness with higher throughput with Viscom’s automated inline X-ray metrology approach to battery cell inspection. Optimize your production process by minimizing repetitive defects, ensuring traceability and boosting sustainability.
Ultra-fast quality control
Efficiency and safety require 100% X-ray quality gates built into processes. Our flexible and proven solutions capture both high-resolution images and measurement data at high production speeds.
360° Quality control
Comprehensive 3D measurement data is essential to gain product insight. Our 3D analyses with computed tomography (CT) enable powerful product improvements, whether in a lab or mass production.
Lab to line philosophy
Viscom ensures non-destructive quality control through every stage of development, from R&D to mass production. It enables complete transparency of a cells’ quality anytime, allowing for cost reduction, accelerated development and market readiness.
AI-Powered solutions
Beyond traditional image computation: In many cases, the classic application is limited in regard to complex structures, variations and fast analysis. Whilst maintaining full traceability of the results, we utilize the steadily collected production data to streamline custom analysis solutions for individual products.
100% Quality inspection
Whether inspecting stack alignments, measuring anode overhang, analyzing telescoping or detecting dents, Viscom solutions offer this and much more at high throughput rates.
Our highly flexible carrier and track systems seamlessly integrate into processes and adapt to production speeds. Traceable product data powered by AI optimize production, ensuring both high yields and long-lasting product safety.
Scalable quality control
3D analyses with Computed Tomography (CT) ensures your production meets the highest quality and safety standards. Whether used in a lab or during production, the non-destructive inspection helps detect faulty cells, increase production efficiency and ensure safe batteries.
Gain valuable insights into the internal cell structure, especially in critical areas such as inner and outer leading edge angles, tab bands, as well as weld and seam connections.