Localised treatment
Compact plasma torch
A nozzle blows plasma onto the area to treat, a few millimetres from the part. The rest of the part is left untouched.
Spot, robot sweep
The right machine for your process
Nine plasma machines, all at atmospheric pressure: no vacuum chamber, no solvent, mounted straight onto your line.
Find yours in under 2 minutes
Activate and clean a surface
Wide-web treatment
Plasma curtain
A continuous plasma curtain treats the full width in a single pass. For panels, sheets and moving webs.
60 to 500 mm web width
Uniform surface treatment
Surface-discharge plasma source
Plasma covers the whole electrode surface at once. Flat parts and flexible films are treated evenly, with no scanning.
Full discharge surface
Millimetre precision
Precision cold plasma torch
A cold plasma, precise to the millimetre, that does not heat sensitive materials. For the line and for the lab.
≈ 1 cm²
Designed and built in-house
DBD plasma reactor
Our benchmark reactor, with no vacuum chamber, designed and built in-house. Adaptable to your process.
Sized around your part
Coat, automate, check
Thin films, 1 to 300 nm
Thin-film deposition station
A 1 to 300 nm layer applied on the line gives the surface a new property: protection against corrosion or scratching. No bath, no oven.
1 to 300 nm film
Complete station
Turnkey treatment cell
A closed cell with robot, plasma source and safety built in. You program a path once, the station repeats it exactly.
A5 to A3, up to 300 mm/s
Unusual materials and formats
Specialised treatment stations
A powder is not treated like a part: every grain must pass through the plasma. These turnkey stations are built for that.
Continuous flow
Surface energy measurement
Test inks
In a few seconds, the ink tells you whether the surface is ready to bond, paint or print. Before the step, not after the customer complaint.
22 to 72 mN/m
Compare them side by side
Localised treatment
Compact plasma torch
- What it treats
- Localised areas on 3D parts
- Footprint / width
- Spot, robot sweep
- Integration
- Robot arm or fixed station
- Typical use
- Bonding, painting, marking
Wide-web treatment
Plasma curtain
- What it treats
- Panels, sheets, webs
- Footprint / width
- 60 to 500 mm web width
- Integration
- In line, on the move
- Typical use
- Large areas, high throughput
Uniform surface treatment
Surface-discharge plasma source
- What it treats
- Flat surfaces, flexible films
- Footprint / width
- Full discharge surface
- Integration
- Benchtop, large format, roll-to-roll
- Typical use
- Films, papers, textiles
See all nine in a table
| Machine | What it treats | Footprint / width | Integration | Typical use |
|---|---|---|---|---|
| Compact torch | Localised areas on 3D parts | Spot, robot sweep | Robot arm or fixed station | Bonding, painting, marking |
| Plasma curtain | Panels, sheets, webs | 60 to 500 mm web width | In line, on the move | Large areas, high throughput |
| Surface-discharge source | Flat surfaces, flexible films | Full discharge surface | Benchtop, large format, roll-to-roll | Films, papers, textiles |
| Precision torch | Samples, sensitive substrates | ≈ 1 cm² | Test bench or robotic cell | R&D, small parts |
| DBD reactor | To specification | Sized around your part | Laboratory or line | Custom process |
| Deposition station | Parts to functionalise | 1 to 300 nm film | Dedicated station | Anti-corrosion, anti-scratch |
| Turnkey cell | Parts up to A3 format | A5 to A3, up to 300 mm/s | Standalone station | Repeatable series |
| Specialised stations | Powders, granulates and other materials | Continuous flow | In line, 3 configurations | Miscibility, dispersion |
| Test inks | Any surface | 22 to 72 mN/m | Consumable | Quality control |
Get our grid for choosing between the nine
What comes with the machine
Laboratory trials
We treat your samples before any decision. You see the result on your material.
Process development
Settings, path, gases and throughput: tuned with your teams, then documented.
Purchase or rental
Buy to produce. Rent to validate on site before investing.
Support after installation
Our team stays your direct contact, from commissioning to adjustments.
Frequently asked questions
Do your machines connect to our PLC?
Yes. Depending on the machine: RS485, RS232, TCP-IP, Modbus TCP/IP or RTU, with PROFINET or EtherCAT as options. The OEM version integrates into your own machine interface.
Do I need air extraction?
In most cases, yes. Air or nitrogen plasma produces ozone, which must be captured at source. Our enclosed cells have a Ø 100 mm extraction connection; on your own line, extraction is yours to plan. Recommended flow: [x] m³/h per source, confirmed with you.
How much gas should I plan for?
Allow 30 to 60 L/min for a compact torch, 60 to 500 L/min for a curtain. These are running flows: a station that treats for 20 seconds per part does not consume continuously. Many configurations run on compressed air; nitrogen or argon are only for certain chemistries.
How long do the electrodes last?
It is the main recurring cost, to compare before the purchase price. On our sources: [x] hours under normal use, for about [y] $. Replacement is done [z].
Can I rent before buying?
Yes. Rental lets you validate production on site, with your parts and your operators. Terms: [x]. Rent credited on purchase: [y].
How long until commissioning?
1 to 3 months for a standard DBD reactor. [x] weeks for a catalogue source, [y] for a custom cell or station. The clock starts at process validation: that is why the trial on your samples comes first.
Does plasma damage heat-sensitive parts?
No. Our plasma is cold: the gas stays close to room temperature. Polymers, thin films and sensitive substrates do not deform. On a difficult material, a trial settles it.
What documents for a customer audit?
The process file: plasma settings, measurement methods, results on your parts and procedures. It meets the requirements of regulated markets: medical, food, aerospace.