Manufacturing capabilities
Our competencies
Laser cutting, welding, bending and human disinfection solutions — in-house expertise for demanding industrial projects.
Welding
- MAG welding: from 1 mm up to 10 mm on cold rolled steel and stainless steel parts,
- MIG welding: from 1 mm up to 10 mm on aluminium parts,
- TIG welding: from 1 mm up to 6 mm on cold rolled steel (DKP), stainless steel and aluminium parts.
Bending
- We offer solutions for complex bending with our wide range of tooling,
- Bending capacity: up to 3 m length, 6 mm thickness.
Laser cutting
- Fast cutting, low production costs,
- Tool-free production for low-volume jobs,
- Eliminating tooling costs,
- Cost reduction with minimum scrap rate,
- Sheet-based production is more economical than chip removal for many parts,
- High precision (0.01 mm between axes) thanks to stable machine structure and modern operation and measurement,
- Laser is a versatile cutting process with a narrow kerf,
- Complex cuts from simple inner/outer contours on thin and thick sheets,
- Holes down to 0.4× sheet thickness,
- Scratch-free products with non-contact processing,
- Assembly-ready parts,
- Marking and lettering on sheet metal.
| Maximum laser cutting capacity | Table size 3000 × 1500 mm |
|---|
| Laser cutting thickness | |
|---|---|
| Material | Maximum cutting thickness |
| Hot and cold steel (DKP–HRP) | 0.5 – 25 mm |
| Stainless steel | 0.5 – 15 mm |
| Galvanized | 1 – 8 mm |
| Aluminium | 0.5 – 8 mm |
| Brass | 3 mm |
Human disinfection systems
Human disinfection systems have been developed to support hygiene at the entrances of hospitals, shopping malls, factories, stores and similar places where many people gather and social distancing is difficult, in response to Covid-19 (coronavirus) and other harmful microorganisms.
Since any area with external contact may carry a risk of transmission, disinfecting visible clothing—like hand cleaning—is important.
Our system works by having people pass through the cabin while disinfectant liquid is applied by spraying/fogging so that visible surfaces are treated. Optional hygienic mats for shoe disinfection are available.
Importance of human disinfection systems
Studies indicate that Covid-19 can survive more than 48 hours on surfaces such as fabric, plastic, paper and cardboard, and on frequently touched hard surfaces such as door handles and laminated countertops.
Who can avoid touching fabric, plastic, paper or door handles?
Is it only our hands that touch these surfaces?
Is hand disinfection alone enough?
This is exactly where human disinfection systems come in.
Research shows that coronavirus on surfaces can be inactivated within about one minute using disinfectants such as 62–71% alcohol, 0.5% hydrogen peroxide or 0.1% sodium hypochlorite bleach, as applied in human disinfection systems.
How the human disinfection booth works
The booth operates independently of the chosen solution and disinfectant. The system can run with any water-based liquid loaded into it. Depending on the agent, users may wear a face mask.
A motion sensor detects entry; the selected disinfectant is sprayed (fogged) for an adjustable period of 2–15 seconds.
Pulverization uses a high-pressure pump and multiple nozzles to atomise the liquid without a heavy wetting feeling. Disinfectant from 0.5 mm nozzles reaches microorganisms on outer clothing and neutralises them.
Usage areas
Human disinfection systems can be designed and built for different needs. They are especially recommended at the main entrance of a building. Typical applications include shopping malls, stores, entertainment venues, cafés and restaurants, hospitals and clinics, waiting areas, public buildings (courts, governorates, etc.), factories and workshops, sports facilities, metro and bus ticket areas, and optionally residential entrances.