micro-plasma welding

...Cooling Electrode: indirectly water-cooled Cooling Nozzle: indirectly water-cooled Weldable Thickness: 0.05 to 1mm Max. Current Capacity: 20 A Duty Cycle: 100 % Plasma Gas: Argon Shielding Gas: Argon, Argon/Hydrogen Application Micro Plasma Welding: - Electrical Industry - Aerospace - Nuclear Technology - Measurement and Instrumentation - Apparatus Construction - Screen Manufacturing - Dental Laboratories - etc.

... and low energy consumption, production can be made at low cost. With the oxygen cutting method, we can shape materials up to 200.00 mm in thickness with additional fprhnologies such as micro-joint at a speed of 15 mitpr per minute.

... is widely used in the manufacturing industry around the world. Laser welding is performed with a concentrated laser beam of high power density (more than 1 MW/cm²), and the size of the focus spot varies from 0.1 mm to 1 mm. This allows for deep welding proportional to the energy consumed (from 0.1 mm to 30 mm). The speed of laser welding is several times higher than that of arc and plasma welding. Circuit voltage: 380 Wave length: 1070 +10 Cooling of welding positioner: Water Volume of cooling fluid: 10 Circuit frequency: 50 Modulation frequency: 0-50 Fiber length: 10 m...

...Manually, automatically, and with robots, we weld all materials. Of course, we also master other joining techniques such as riveting, folding, soldering, and screwing, etc. With our certified welders, we offer you various methods. We weld all common materials, especially stainless steel and aluminum alloys. Joining methods: - Robotic welding MIG/MAG - TIG/WIG - MIG, MAG, TIG, and plasma welding - Arc welding - Micro-plasma welding - Spot welding - Welding of threaded bolts and nuts - Longitudinal welding machine (TIG) - Circular welding machine (TIG) - Soft and hard soldering - Riveting...

...The DIMAKIN Longitudinal, Circumferential, and Corner Welding Machines stand out globally for their precision and impeccable process finish. Designed to reduce operator exposure, they ensure consistent and homogeneous welds. Available for integration with a variety of welding technologies, such as: TIG, MIG/MAG, Micro plasma, Plasma-keyhole, and Laser. These machines adapt to a wide range of industries, both for their versatility and their openness to customization.

...The DS machine is designed for the efficient drilling and cutting of plates, featuring automatic plate feeding and the automatic removal of cut parts. The machine's portal is based on our MG machine, which is constructed from a heavy welded structure suitable for plasma cutting straight or bevel, oxy-fuel cutting, drilling up to a diameter of 40 mm, and marking with micro-punch pneumatic marking. The machine is designed to automate your production process, thereby saving time and costs.

Since 1972, MIG-O-MAT has been developing innovative welding technologies and manufacturing the corresponding devices and systems in the field of plasma welding and micro flame soldering. MIG-O-MAT also produces and delivers turnkey automation solutions for the plasma welding process and supports customers in process optimization, prototype and small series welding, as well as training.

... Consulting Laser Cutting Laser Welding Soldering Metal Pressing (manual / automatic) Micro Plasma Welding Assembly Work Spot Welding Robot Welding Sawing Welding Swivel Bending Silo and Container Construction Stamping and Laser Sheet Metal Processing Center (CNC) Stamping (CNC) Rolling Roll Straightening Tool Making Cutting...

Saturne Technology specializes in the fields of laser and micro-plasma welding and laser engraving. SATURNE Technology implements technical and human resources that enable the production of individual parts, sub-assemblies, or complete assemblies ready for installation. SATURNE Technology works with a precise specification and can closely support the client in drafting their specifications. All of this is done in compliance with current standards.

...Copper rods; Cold-worked electrode material; Cu alloys, copper semi-finished products; CuCr1Zr; CuZr; CuNi2Be; CuCo2Be; Cu alloys; Spot welds; Seam welding; Bumps; Butt welding; Compacting; Stranding compacting; Resistance brazing; Brazing; Induction soldering; Contract welding; Process-safe connection; Six Sigma; Cable welding; Splicing; Copper enamel wire welding; Micro-joining; Seam welding...

Plastics technology; Metal technology; Environmental technology; Assemblies; Electrical engineering; Rework; Circuit board coating; Vacuum casting; Printing technology; Laser processing; Conformal coating; Plasma treatment; Polymer coating; Surface technology; Tool making; Molding; Fixture construction; CNC milling; Spot welding; Projection welding; Ultrasonic welding; Micro welding; High-frequency soldering Development of problem solutions in plastics technology; metal technology, and electrical engineering up to the finished product; including the associated manufacturing processes.