Trainings on Request

In the training “MAG Welding – Unalloyed Steels”, participants receive a hands-on introduction to the key factors influencing the quality of welded joints.

The focus is on understanding unalloyed materials, their welding characteristics, and the targeted selection of suitable filler materials, taking into account the base material, shielding gas, and application conditions. Another key aspect is the professional evaluation of dissimilar joints.

Objective:

Participants will be able to:

• differentiate between various types of unalloyed materials in terms of their properties and weldability
• select appropriate filler materials based on base material, shielding gas, and application requirements
• evaluate dissimilar joints professionally and choose suitable filler materials to ensure high-quality and safe welds

Agenda:

• Types of materials
• How to select filler materials
• Dissimilar joints

Description:

Learn the key features and processes of brazing – from fundamental terminology and applicable standards to the selection of suitable filler metals and fluxes. A particular focus is placed on brazing-oriented design to achieve optimal results in practical applications.

Objective:

Participants:

• understand the fundamental terminology, standards, and distinctions of brazing
• are able to select suitable filler metals and fluxes based on technical criteria
• understand the requirements for brazing-oriented design
• master the basic practical steps of brazing and can apply them safely

• Definition and differentiation of brazing
• Relevant standards and technical terminology
• Selection criteria for filler metals and fluxes
• Design of brazing-appropriate components
• Practical brazing experience

Description:

This specialized training covers all relevant aspects of brazing in the HVAC+R sector – from brazing-oriented design to modern brazing techniques.

Objective:

Participants will understand the requirements of brazing in HVAC+R systems and are able to select suitable filler metals and fluxes for copper and dissimilar joints. They will master both flame brazing and induction brazing techniques and are able to produce consistent, durable, and leak-tight joints.

Agenda:

• Characteristics and requirements of brazing in HVAC+R systems
• Selection of suitable filler metals and fluxes for copper and dissimilar joints
• Flame brazing: techniques, safety, and applications
• Induction brazing with medium and high frequency: efficient processes for reproducible results
• Design of brazing-appropriate components for durable and leak-tight joints

• Trainer: Christopher Zaremba
• Target group: Skilled professionals from production, quality assurance, and engineering
• Topic: “Fundamentals of Furnace Brazing”
• Duration: 1 day
• Location: ATC Eisenberg
• Date: on request

Description:

Gain solid knowledge of furnace brazing as a reliable process for producing uniform and reproducible joints – ideal for series production and complex assemblies.

Agenda:

• Fundamentals and process sequence of furnace brazing
• Selection and properties of suitable furnace atmospheres (e.g. shielding gases)
• Brazing pastes: composition, selection criteria, and application techniques
• Practical case studies: typical applications and defect prevention

• Trainer: Christopher Zaremba
• Target group: Skilled professionals from production, engineering, and quality assurance
• Topic: “Fundamentals of MIG Brazing”
• Duration: 1 day
• Location: ATC Eisenberg
• Date: on request

Description:

This training provides in-depth knowledge of MIG and laser brazing – two key technologies for precise, low-heat joining in industrial manufacturing. These processes enable high-quality joints while minimizing thermal distortion and preserving base material properties

Objective:

Participants will understand the differences and advantages of MIG and laser brazing processes. They will be able to select suitable filler materials and process parameters and are capable of producing precise, low-heat, and quality-assured brazed joints for industrial applications.

Agenda:

• Brazing vs. welding: differences, advantages, and application limits
• MIG brazing: process sequence, applications, and typical materials
• Laser brazing: high-precision joining technology for automated production
• Selection of suitable filler materials, product forms, and accessories
• Process guidelines: parameters, quality assurance, and standards
• Application examples from automotive, electronics, and sheet metal processing

• Trainer: Christopher Zaremba
• Target group: Skilled professionals from production, engineering, and quality assurance
• Topic: “Customized Process Analysis & Consulting”
• Duration: 1 day
• Date: on request

Description:

We support you directly on-site with a solution-oriented needs, feasibility, and process analysis tailored to your specific requirements.

Objective:

The aim is to develop a customized solution aligned with your needs to achieve optimal brazed joints in your production.