The displayed content is also available in English. Change language
DYNAMICX SOLUTIONS

Your processes deserve an upgrade

Our DynamicX team develops customized solutions that are perfectly tailored to your unique processes and products.

What does that mean for you?

Greater precision, higher quality and more efficient production that strengthens your competitiveness.

Our Cube models

<p>Our Cube models</p>

Cube XL

The DynamicX Cube XL achieves flow rates of over 25 l/min, making it ideal for large-volume applications and direct inject processes. Highest precision with maximum throughput.

<p>Our Cube models</p>

Cube L

Can be used universally for 200-liter drums or as a loading station for Cube One and Cube Twenty. The Cube L combines flexibility with process reliability.

<p>Our Cube models</p>

Cube Twenty

Developed for 20-liter containers, compact and efficient. Ideal for small batches or as a buffer station in combination with Cube XL or Cube L.

<p>Our Cube models</p>

Cube One

Flexible use: The Cube 1 works both as a cartridge station for small quantities and as a buffer and distribution station. Always precise and air-free.

Let us achieve your goals together.

100%
100% Airless material flow

SPLITNEX from Nexus permanently separates out air bubbles in the LSR material. The result? Guaranteed air-free silicone, less wasted material, more stable processes, minimal mixing deviations.

100% perfect mixing ratio
Our dosing systems keep the mixing ratio of A & B exact and stable - at all times. This means: no deviations, maximum quality.
100% pulsation-free volume flow
Pulsation-free, uniform volume flow for precise mixing ratios - thanks to the servo pumps. This ensures stable processes and consistent product quality.
No waste of material
Whether residual quantity or rinsing quantity - our dosing systems reduce losses to a minimum. This saves money, conserves resources and increases your efficiency.
100% air-free material flow
No air bubbles, no faults - our systems guarantee a completely air-free material flow. For more stable processes and fewer rejects.

Areas of application for DynamicX

<p>Areas of application for DynamicX</p>

Direct Inject

Continuous filling of insulators or other high-volume components. Perfect mixing ratio, stable processes and guaranteed air-free.

<p>Areas of application for DynamicX</p>

Textile coating

Apply liquid silicone precisely to fabrics and substrates. Air-free, pulsation-free and flexible for various materials.

<p>Areas of application for DynamicX</p>

Cable coating

Extrude liquid silicone evenly for continuous & air-free cable sheathing.

<p>Areas of application for DynamicX</p>

Tire coating

Precise, homogeneous coating on the inside of "self-healing tires" - for long-lasting performance and stable processes.

Your reliable partner for successful projects.

Your questions,
our answers.

Contact now

What distinguishes DynamicX from conventional dosing systems?

DynamicX is a further development of proven Nexus dosing technologies and combines pulsation-free and absolutely air-free material flow. The result is more precise processes, consistent quality and maximum material efficiency - even in demanding applications.

What applications is DynamicX suitable for?

DynamicX can be used for a wide range of applications - from coatings and direct inject to extrusion. Typical applications include tire coatings, cable coatings, insulator filling and textile coatings.

How does DynamicX achieve air-free material flow?

Thanks to servo-controlled pump technology and optimized system architecture, the material is completely degassed. This prevents air bubbles or pulsations - the basis for constant process stability and perfect results.

What does "pulsation-free" mean in practice?

Pulsation-free conveying ensures a uniform material flow without fluctuations. This increases accuracy, improves coating quality and reduces material waste - especially in sensitive direct inject applications.

Which materials can be processed with DynamicX?

DynamicX is designed for liquid elastomers, silicones and comparable high-viscosity materials. The technology can be individually adapted to material properties and process requirements.