Practical Knowledge
Welcome to Lampert Practical Knowledge. Here, we bring together our expertise in micro-pulse and fine welding, presented in an easy-to-understand format for workshops, laboratories, and industry.
What You'll Find Here
This feed brings together our practical, industry-focused articles in one place. New articles are published regularly. Here’s an overview of the topics:
- Materials Tutorials: How to Cleanly Weld Titanium, Aluminum, Copper, and Other Materials.
- Comparison of Processes: Micro-pulse welding compared to laser, TIG, MIG, and MAG, and many others.
- Practical Tips and Instructions: Specific settings and procedures based on real-world experience.
- Answers to frequently asked questions about equipment, inert gas, and applications.
Latest Posts
Micro-TIG, Laser and Electron Beam Welding: Fine Welding Processes Compared
Fine welding processes compared: micro-TIG, laser and electron beam by heat input, penetration depth, distortion, cost and suitable materials.
Welding Platinum Capsules: Hermetic Closures for the Lab
Sealing thin-walled platinum capsules gas-tight with micro-TIG welding: minimal heat input to the sample, a dedicated platinum program, validated by helium leak test.
Welding Inconel and Superalloys: Weldability, Hot Cracking, Practice
Welding Inconel: weldability depends on the hardening mechanism, and the main risk is hot cracking. What micro-TIG welding contributes per crack type, with parameters.
Hermetic Sealing with Micro-TIG Welding
Gas-, liquid- and vacuum-tight closures for capsules, sensor housings and implants. Micro-TIG welding with the Lampert Micro Arc Welder: tight seams, minimal heat input, validated by helium leak test.
Micro TIG welding vs fiber laser: a comparison of the Lampert Micro Arc Welder
Micropulse welding or fiber laser? Detailed comparison of the processes. Investment, mobility, workpiece size, safety. When the MAW is the economically better choice and when lasers are worthwhile.