MICROPULS® LOTUS

PVD Coating SystemS & Equipment for Industrial Applications

RUBIG MICROPULS Lotus PVD coating plant shown as complete system solution
 

What does the lotus flower have in common with the new RUBIG PVD Coating System?

The lotus flower has special surface properties that protect it from external influences. With the PVD technology, such protective and improving surface properties can be created.

The MICROPULS® Lotus PVD coating system was developed and built together with RUBIG Technology and RUBIG Industrial Furnaces in order to be able to offer our customers an innovative complete package.

Lotus flower symbolizing the RUBIG MICROPULS® Lotus PVD system with protective surface properties.

PVD coating is a surface finishing process that ensures durability and aesthetics. Manufacturers from a wide variety of industries, such as medical technology or jewelry and interior design, therefore trust the expertise of RUBIG Industrial Furnaces. Discover the lotus effect together with us!

PVD Coating Equipment from RUBIG combines robust system design with expert support, ensuring stable processes, high uptime and reproducible coating quality in industrial use.

 

PVD Coating Equipment

ADVANTAGES OF THE MICROPULS® LOTUS

Technical symbol with sparkle effect – represents bright, metallically clean surface

Perfect surfaces

Magnetron sputtering systems impress with their perfectly smooth layers and homogeneous layer structures. Droplets are a thing of the past.

Black outline icon of a hand holding a small plant with a leaf, symbolizing growth, sustainability, or environmental protection.

Environmental friendliness

Compared to CVD technologies, no emissions (e.g. chlorides) are released.

A black-and-white icon featuring a lightning bolt in the center, surrounded by multiple rays indicating energy or power.

High-performance plasma generators

Optimal processes are made possible by powerful RUBIG plasma generators.

Black outline icon of three horizontal sliders, symbolizing adjustment, settings, or configuration.

Process control and regulation

The individual process parameters are individually adjustable.

A black-and-white icon depicting a circle and a square, guided by downward arrows into matching indentations in a tray.

Usable substrates

Metals, plastics as well as nonwovens, fabrics or filter materials.

A black and white icon composed of half a gear on the left and circuit-like lines on the right, symbolizing the fusion of mechanical and digital elements.

State-of-the-art PVD Coating System

Very compact design of the chamber as well as upgrades via technology packages such as plasma monitoring.

MICROPULS® LOTUS

Standard coating systems

 

PVD TiN

PVD TiCN

PVD CrN

PVD CrN+O

PVD CrCN

PVD ZrN

PVD ZrCN

PVD MoS2

Type of layerTiNTiCNCrNCrN+OCrCNZrNZrCNMoS2 (a-C:H – MoS2)
Hardness approx. [HV]2300250020002300230028003100350
Operating temperature<500°C<400°C<450°C<600°C<600°C<600°C<600°C<500°C
Friction coefficient~0,50,1-0,2~0,5~0,3~0,3~0,5~0,5~0,04
Coating temperatureRT-450°CRT-450°CRT-450°CRT-450°CRT-450°CRT-450°CRT-450°CRT-200°C


DUPLEX is possible yes/no:
Pretreatment by nitriding or case hardening is possible, non-ferrous metals must be chemically coated with nickel.

The above-mentioned layer properties were deposited under ideal conditions. The properties of the component may vary due to the surface quality, size of the component, material and other general conditions.

 

Table edge featuring a deposited black carbon-based coating – combining low reflectivity, high abrasion resistance, and chemical durability.
Matte black carbon-coated tubes on matching surface – ideal for optical and functional performance.
Close-up of water droplets on a deep black carbon-based surface – low-reflection, durable, and protective for demanding applications.
Curved black ribbon on matte black surface – aesthetic representation of carbon-based coatings.
For manufacturers who want more than just black

Deep-black PVD coatings for design and industrial applications

Deep-black PVD coatings give your components a premium, uniform appearance while combining it with excellent scratch and wear resistance as well as improved chemical durability. This creates surfaces that not only look outstanding but also deliver reliable performance under demanding conditions.

Especially on visible components in optical, design and precision applications, the deep-black coating produces low-reflection, visually calm surfaces and a clear increase in perceived value. At the same time, the dense layer structure offers reliable protection against UV radiation, weathering and corrosion. The result: durable, resilient surfaces that clearly set your products apart—both visually and functionally.

We achieve a deep-black colour value of L < 25 and can realise both matte and glossy finishes.

Coating is primarily applied to metal parts with decorative use. Typical applications include:

  • Jewellery
  • Metal parts for handbags and travel luggage (inserts, corners, handles, brackets, closures, pendants)
  • Watch cases and bracelets
  • Sanitary fittings such as taps and shower heads

Powder Coating vs. Deep Black PVD Coating

Deep Black PVD CoatingBlack powder-coated wristwatch with visible scratches.
PVD coatings with multilayer metallic surfaces for wear protection and design applications by RUBIG
Ing. DI (FH)  HAAS Stefan

Innovative and Tailor-Made

With over three decades of technological leadership, we develop equipment solutions precisely tailored to your manufacturing processes. Consult with our experts to implement a solution that sustainably optimizes your production.

Request a callback

DI Stefan Haas

Head of Sales - Industrial Furnaces

+43 7242 293 83

PVD coatings with multilayer metallic surfaces in gold, copper, and silver – for wear protection and design applications at RÜBIG
PVD Coating

PROCESS

With the MICROPULS® Lotus, RUBIG customers implement highly effective PVD coating processes with which even fabrics can be coated.

 

Learn more about PVD thin film technology here!

the process