Low-Cost Low-Pressure PlasmaPlasma system Atto
The high-performance, Low Cost solution for laboratories and research
The largest Low Cost plasma system Atto, with a large chamber volume of around 10 litres, has been specially developed for applications in research, development, analysis and small-batch production.
Start an inquiry
The largest Low Cost plasma system in its class
With a chamber volume of approximately 10 litres, the Atto is the largest system in the Low Cost series. It is ideal for users who require a larger process volume whilst wishing to benefit from a compact, cost-effective plasma system.
The optional Low Cost PC control system enables convenient operation via standardised process programmes and ensures reproducible results. Whether forplasma cleaning or surface activation – the Atto offers a cost-effective and flexible solution for numerous applications in laboratories and industry.
The Atto low-pressure plasma system is used wherever surfaces need to be thoroughly cleaned or activated. Typical areas of application include research and development, analytics, medical technology, plastics technology, textile technology and small-batch production.
Thanks to its high flexibility, the system is suitable for use both in the laboratory and in production-oriented development processes, and offers a cost-effective entry point into professional plasma surface treatment.
Cleaning
The Low-Cost Low-Pressure Plasma Atto laboratory system offers solutions for the sterile ultra-fine cleaning of all surfaces, regardless of the substrate. Plasma cleaning removes all organic residues without subjecting the component to chemical or thermal stress.
More information
Activate
A prerequisite for the adhesion of bonding partners is good surface wettability. Plasma activation in the Low-Cost Low-Pressure Plasma Atto system takes place immediately after cleaning and increases the surface energy.
More information
10l chamber
The Atto plasma system is equipped with a chamber volume of 10 l, which is ideally suited to more complex samples and components in the laboratory. The compact process chamber ensures a short evacuation time and short process durations, delivering efficient and cost-effective results. The chamber is made of borosilicate glass, which offers exceptional chemical resistance and thus a high degree of purity. Thanks to these properties, the Atto is ideal for applications in medical technology as well as laboratory and research work where high purity standards must be met. In addition, an electrode located outside the chamber prevents even the slightest contamination caused by material sputtering. With the well-thought-out design of the Atto, Diener electronic supports these demanding purity requirements and provides the conditions for safe and reproducible processes.
Cost-effective, Low Cost system
The Atto plasma system combines state-of-the-art plasma technology with a space-saving housing and an easy-to-use interface. Thanks to its compact design, the Atto can be quickly integrated into a laboratory or research environment. It offers high-performance plasma treatment in a space-saving format. The Atto plasma system is a cost-effective solution that provides an easy introduction to professional plasma surface treatment. The combination of low capital and running costs with consistent process quality enables cost-effective operation in demanding applications.
Control
Despite its state-of-the-art technology, the Atto is equipped with straightforward control options, including the Basic PC control system, which makes it easy to operate. The control unit, which runs on Windows CE, contains pre-set programmes for all processes, meaning that no prior knowledge or extensive training is required. It provides an overview of the current status as well as clear programme management. Its ease of use makes it simple to get started with plasma technology and ensures efficient operation.
Technical data
Housing dimensions
Tabletop
Control unit
Low Cost PC (Windows CE)
Semi-automatic
Vacuum chamber
Borosilicate glass, Hinged door
⌀ 211 mm x
D 300 mm; Volume approx. 10 liters
Generator
40.00 kHz | Power output 0 - 200 W
13.56 MHz | Power output 0 - 30 W
Gas supply
MFC (Mass flow controller)
Needle valve
Pressure measurement
Pirani sensor
Power supply
230 V | 16 A
Technical changes reserved.
Model variants
Atto
Semi-automatic kHz
Housing dimensions
TabletopW 425 mm x H 257 mm x D 420 mm
Control unit
Semi-automatic
Vacuum chamber
Borosilicate glass
,
Hinged door
⌀ 211 mm x
D 300 mm
Volume approx.
10
liters
Generator
40.00 kHz | Power output 0 - 200 W
Gas supply
2 x Needle valve
Pressure measurement
Pirani sensor
Power supply
230 V | 16 A
Atto
Semi-automatic MHz
Housing dimensions
TabletopW 525 mm x H 257 mm x D 420 mm
Control unit
Semi-automatic
Vacuum chamber
Borosilicate glass
,
Hinged door
⌀ 211 mm x
D 300 mm
Volume approx.
10
liters
Generator
13.56 MHz | Power output 0 - 30 W
Gas supply
2 x Needle valve
Pressure measurement
Pirani sensor
Power supply
230 V | 16 A
Atto
PC kHz
Housing dimensions
TabletopW 525 mm x H 257 mm x D 420 mm
Control unit
Low Cost PC
Vacuum chamber
Borosilicate glass
,
Hinged door
⌀ 211 mm x
D 300 mm
Volume approx.
10
liters
Generator
40.00 kHz | Power output 0 - 200 W
Gas supply
2 x MFC (Mass flow controller)
Pressure measurement
Pirani sensor
Power supply
230 V | 16 A
Atto
PC MHz
Housing dimensions
TabletopW 525 mm x H 257 mm x D 420 mm
Control unit
Low Cost PC
Vacuum chamber
Borosilicate glass
,
Hinged door
⌀ 211 mm x
D 300 mm
Volume approx.
10
liters
Generator
13.56 MHz | Power output 0 - 30 W
Gas supply
2 x MFC (Mass flow controller)
Pressure measurement
Pirani sensor
Power supply
230 V | 16 A
Housing dimensions
Control unit
Vacuum chamber
Generator
Gas supply
Pressure measurement
Power supply
Other interesting products
FAQ Frequently Asked Questions
Which surfaces can be activated using the Atto plasma system?
The Atto plasma system from Diener electronic can be used to activate the following surfaces: plastics, metals, glass, ceramics and textiles.
What can be covered using the Atto?
The Atto from Diener electronic can be used to process all vacuum-resistant materials.
Can the Atto be coated using this system?
Unfortunately, with the Atto system from the Low Cost range, it is not possible to coat the surface.
Can the Atto be etched using this equipment?
Unfortunately, with the Atto system from the Low Cost range, it is not possible to etch the surface.
Which gases can be used with the Atto?
The following gases can be used in the Atto and, more generally, in low-pressure plasma: O₂, N₂, Ar, ambient air, CO₂, H₂O vapour and forming gas
Can temperature-sensitive components be processed using the Atto?
Yes, as this is a cold plasma, the low-pressure plasma systems Atto from Diener electronic are suitable for temperature-sensitive components.
Can the Atto system handle magnetic components?
Magnetic components can also be processed effectively in the vacuum chamber of the Atto from Diener electronic.
Can ESD-sensitive components be handled using the Atto?
Yes, this is possible using low-pressure plasma of the Atto. A trial can be carried out in our process department on request.
What is the typical pressure range usually found in the vacuum chamber of the Atto?
The typical pressure range of the Atto is adjustable from 0.1 to 1.0 mbar, depending on the defined low-pressure plasma process.
What is the typical process temperature for the Atto in the vacuum chamber?
With the Atto from Diener electronic, the temperature is normally between room temperature and approximately 80 °C – depending on the component, chamber type, process time and load quantity. Higher temperatures can be achieved on request from Diener electronic using heating elements.
What software integration options are available for the Atto?
With the Low Cost control unit for Atto, it is not possible to connect it.
What is the frequency of the GHz system Atto?
The generators for the GHz system Atto operate at an ISM frequency of 2.45 MHz – comparable in intensity to that of a microwave. Please enquire about the safety guidelines for people with pacemakers.
Is the Atto plasma system suitable for continuous operation?
The Low Cost Atto system, designed for research and engineering, is not suitable for continuous operation.
Are exhaust air filters required for the Atto?
Yes, all systems must be connected to a proper exhaust system, regardless of the type of gas used. Nitrogen oxides, exhaust gases, fine oil mist (from oil pumps), etc. are produced, which must not be inhaled; furthermore, the gases are often acidic, meaning they accelerate the rusting of surrounding parts, machinery and equipment.
