Choosing the right squeegee
Flexible Precision. Better Printing

Do Not Settle for Less in Rotary Screen Printing
The RKS rotary screen squeegee RS is engineered for printers who demand both flexibility and precision. Unlike conventional blades, the RS combines controlled flexibility with exceptional structural stability. As a result, it delivers consistent ink transfer while maintaining exact squeegee angle, pressure, and parallel alignment—without deformation or memory after use.
This balance makes the RKS RS not only easy to set up, but also highly reliable during long and demanding print runs.

Flexible, Solid, and Exceptionally Precise
What truly sets the RKS rotary screen squeegee RS apart is its ability to be flexible and solid at the same time. The carefully engineered construction absorbs micro-movements during printing, which reduces vibration in the printing machine.
Less vibration means:
- More stable printing conditions
- Cleaner ink laydown
- Sharper details and consistent color
- Reduced mechanical stress on the print head
In short, stability at the squeegee translates directly into higher print quality.
Higher Printing Speed Without Compromising Quality
Printing results matter most. Therefore, the RKS RS is designed to actively improve efficiency. Compared to standard stainless steel blades, the RKS rotary screen squeegee RS enables printing speed increases of up to 15%, while maintaining the same—or better—print quality.
This allows printers to increase output, reduce cycle times, and maximize press productivity without sacrificing precision.
Longer Lifetime for Squeegee and Screen
RKS introduces a unique, insoluble bond between the carrier and the elastic print edge. This innovation significantly extends the lifetime of the squeegee while maintaining stable performance throughout its use.

At the same time, the specially designed squeegee tip is less invasive to the screen, which:
- Reduces screen wear
- Extends screen lifetime
- Lowers replacement and maintenance costs
The result is a more economical and sustainable printing process.
Designed to Fit Every Rotary Screen Print Head
No two rotary screen print heads are exactly the same. That’s why the RKS rotary screen squeegee RS is available in configurations compatible with the most popular rotary screen print heads on the market.
This flexibility ensures easy integration into existing press setups, without compromising performance or process stability.
Standardize Your Rotary Screen Printing Process
Consistency is key in high-end rotary screen printing. The advanced design of the RKS RS supports process standardization, regardless of print speed, ink system, or design complexity.
Developed in close cooperation with rotary screen print head OEMs, the RKS RS is engineered to meet specific parameter requirements. This ensures repeatable, predictable results—job after job.
Premium Materials for Premium Printing
Only squeegees manufactured with:
- High-quality glass fiber support
- Highly resistant Vulkolan® print edge
can be classified as an RKS RS rotary screen squeegee. These materials guarantee durability, precision, and consistent performance in demanding industrial printing environments.
Better Printing Results, Less Downtime
In conclusion, the RKS rotary screen squeegee RS delivers:
- Improved print quality
- Reduced machine vibration
- Higher printing speeds
- Longer squeegee and screen lifetime
- Lower downtime and operating costs
Let our specialists help you select the right RKS RS specifications for your rotary screen printing head—and unlock the full potential of your press.

| Dimension | Specification |
| Blade Height (H) | Optional up to 50 mm high |
| Blade Length (L) | Optional up to 2,800 mm long |
| Shore Hardness (A) | 55 Shore 65 Shore 75 Shore 80 Shore |
| Radius | Optional KR (small radius) GR (large radius) |
| VU Strength (T) | 1.5 mm (thickness) 3.0 mm (thickness) |
| VU Height (h) | ca. 13.8 mm Support thickness (t) ca. 0,8 mm GFK |
- increased print efficiency as well as print qualty
- cost savings through both lower blade consumption as well as reduced screen damage
- reduction of maintenance, and therefore realization of cost savings