TBH-Blog
Welcome to the TBH blog! Here you will find the latest news, exciting projects, and practical insights into the world of extraction and filter technology.
We report on trade fairs, innovations and industry developments, and share tips on getting the most out of our systems.
- Fundamentals & Specialist Knowledge
- 4 min read
An energy-efficient extraction system is not necessarily the one with the highest airflow or the lowest power consumption. What matters is where pollutants are captured, how much air is actually needed for that purpose, and what happens to the purified
- News & Company Updates
- 2 min read
How can laser fumes be effectively captured in medical applications? Read on to learn what matters when it comes to positioning, detection elements, and filter technology.
- Fundamentals & Specialist Knowledge
- 5 min read
Laser cleaning appears clean, but depending on the material and process it can release fine particles, fumes, vapours and gases – making effective source capture and
- News & Company Updates
- 3 min read
How do laser fumes and deposits affect process stability? Read on to learn why extraction, airflow, and filtration technology must work together.
- News & Company Updates
- 1 min read
TBH at AMB: In an interview with HOME OF WELDING, our colleague Matthias Bürkle introduces TBH and our solutions for clean air in industry.
- Fundamentals & Specialist Knowledge
- 3 min read
Why capture directly at the source is crucial and how distance, airflow path and process setup affect the performance of laser fume extraction.
- Fundamentals & Specialist Knowledge
- 3 min read
The right filter for laser fumes depends not only on filter class, but also on particles, capture, airflow and the specific process.
- Fundamentals & Specialist Knowledge
- 3 min read
Laser fumes can be invisible: What matters is which fine particles are produced and what this means for capture, filtration and system planning.
- News & Company Updates
- 2 min read
When W3 becomes relevant for laser fume extraction and what matters for air recirculation, filtration and integration into automated laser welding processes.