SWA39 CT

Modular fixating system for computed tomography

The standard program SWA39 with more than 200 products is the basis for the CT fixating system from dk. In industrial computed tomography, these modules also form the most advanced modular system for clamping devices for the secure holding of all types of parts.

Advantages of the dk system

CT suitable workpiece holder
Modules developed especially, in terms of geometry and materials for industrial computed tomography: Completely or, especially in the transition from workpiece to holder, the fixation elements have a significantly lower degradation coefficient than the test specimen. The part to be examined is thus clearly distinguishable in the scan. In addition, the geometrically precisely defined clamping elements form the basis for their later exclusion from the overall result if this should become necessary for special parts and processes.

Professional module system
Modules which are precisely matched to each other are connected over standard interfaces. Instead of an unstable, short-life and non-adjustable combination of force and form clamping knocked together from soft foams, the dk system enables the professional construction of precise, safe and reusable fixtures.

Rapid, simple and secure structures 
The logical separation into adjustment elements, clamping function units and workpiece holders make the system easy to understand and practical for everyone. Each employee can effortlessly assemble a stable clamping fixture in a short time, securely clamp the test piece, align it into position and inclination and readjust it if necessary..

Repeat accuracy 
When several workpieces are to be scanned in series, the clamping position remains identical. This can only ease the testing task.

Reproducible construction  
Fixtures can be completely dismantled and the elements used for other devices. Once constructed, a clamping configuration can be reproduced at any time. Many adjustable elements have scales to aid this.

High service life
The basic, clamping and holding elements are wear-resistant. They can therefore be repeatedly used over many years and so, save costs and resources.

Application examples

You can find the brochure with all products for CT here

Press release: Computed tomography in additive manufacturing