AMADA WELD TECH INC.

AMADA WELD TECH INC. AMADA WELD TECH INC. manufactures equipment and systems for resistance/laser welding, laser marking/cutting, hermetic sealing and reflow soldering.

Manufacturer of industrial equipment and systems for welding, marking, cutting, bonding and sealing

👷 A machine can be technically safe and still be difficult to use.In Part 6 of our Designing Laser Systems for Safe Oper...
08/31/2026

👷 A machine can be technically safe and still be difficult to use.

In Part 6 of our Designing Laser Systems for Safe Operation series, we explore how physical and cognitive ergonomics can help:

✔️ Reduce operator strain and fatigue
✔️ Minimize repetitive effort and manual input
✔️ Support accuracy and consistency

📖 Read the full blog to learn more: https://amadaweldtech.com/blog/designing-laser-systems-for-safe-operation-part-6-ergonomics-and-more/

🔜 Part 7: Training, Maintenance and Summary coming September 14.

📅 Save the dates!Check out our upcoming events and find out where you can connect with AMADA WELD TECH next.👉 View our e...
08/28/2026

📅 Save the dates!
Check out our upcoming events and find out where you can connect with AMADA WELD TECH next.

👉 View our event schedule: https://amadaweldtech.com/events/

08/28/2026

Facing sudden issues with your resistance spot welding program can be frustrating, but don't panic! Follow these 7 simple steps to troubleshoot effectively:

1. Check Materials: Examine the materials being welded. Ensure consistency in base materials, plating, and processes. Test parts from previous lots to compare performance.

2. Inspect Electrodes: Verify electrode material, size, and condition. Ensure proper resurfacing procedure is followed.

3. Review Tooling: Check for any modifications or damage to the tooling holding parts in position.

4. Examine Weld Head: Inspect electrode holders and motion. Ensure proper clamping and no friction issues. Verify all electrical connections from electrode holders to power supply.

5. Assess Power Supply: Confirm correct line voltage, secure electrical connections, and absence of alarms.

6. Validate Process Settings: Double-check power supply schedule, menu settings, and weld head force/speed settings.

7. Engage Operators: Communicate with operators for any changes in maintenance, handling, or initiation procedures. Ensure proper training for new operators.

If issues persist after these steps, consider conducting a process audit using our Process Audit Worksheet. Still stuck? Reach out to our application engineers for expert assistance. We're here to help! https://amadaweldtech.com/support/

🔥 Overheating can create an oversized heat affected zone, reduce weld strength, damage surrounding components, and affec...
08/20/2026

🔥 Overheating can create an oversized heat affected zone, reduce weld strength, damage surrounding components, and affect the final weld appearance.

Our blog discusses common causes of overheating, including improper gas coverage, excessive heat input, and using a weld process that generates too much energy for the material.

It also explores solutions such as proper gas coverage, laser beam biasing, heat sinking, and pulsing.

📖 Read the full blog to learn more about preventing overheating in laser welding: https://amadaweldtech.com/blog/laser-welding-metals-troubleshooting-4-common-issues/

⚠️ Cracking can occur during or after the welding process.Cracks can reduce weld strength, hermeticity, and conductivity...
08/19/2026

⚠️ Cracking can occur during or after the welding process.

Cracks can reduce weld strength, hermeticity, and conductivity, making them a critical issue for many laser welding applications.

Our blog explores several contributing factors, including:
✔️ An insufficient melt pool
✔️ Material metallurgy
✔️ Incorrect weld energy or input

Learn how careful weld development and defining the weld window can help support successful welds.

📖 Read the full blog for a closer look at the causes of cracking and potential solutions: https://amadaweldtech.com/blog/laser-welding-metals-troubleshooting-4-common-issues/

🌫️ Laser processing can create hazards beyond the beam.Fumes, fine particulates, metal oxides, and VOCs generated during...
08/18/2026

🌫️ Laser processing can create hazards beyond the beam.
Fumes, fine particulates, metal oxides, and VOCs generated during laser processing can pose respiratory and long-term health risks when they aren’t properly controlled.
In Part 5 of our Designing Laser Systems for Safe Operation series, we look at the role of effective fume extraction, including:
✔️ Capturing contaminants at the source
✔️ Maintaining proper airflow and negative pressure
✔️ Using filtration to remove particulate and gaseous contaminants
✔️ Supporting airflow and reducing buildup through proper blower, duct, and maintenance design

Fume extraction shouldn't be an afterthought. It should be evaluated as part of the overall laser system design.
📖 Read the full blog to learn more about fume extraction safety and system design: https://amadaweldtech.com/blog/designing-laser-systems-for-safe-operation-part-5-fume-extraction-safety/
🔜 Come back August 31 for Part 6: Ergonomics.

🫧 Porosity is more than a cosmetic issue.Voids in the weld pool can reduce weld strength, increase the risk of cracking,...
08/14/2026

🫧 Porosity is more than a cosmetic issue.

Voids in the weld pool can reduce weld strength, increase the risk of cracking, affect hermeticity, and impact appearance.

Our latest blog looks at three common causes of porosity:
✔️ Improper gas coverage
✔️ Material contaminants and metallurgy
✔️ Inadequate pre-cleaning

It also shares practical considerations to help reduce porosity and improve weld quality.

📖 Read the full blog to learn more: https://amadaweldtech.com/blog/laser-welding-metals-troubleshooting-4-common-issues/

Even the smallest gap can create big welding challenges.A gap between parts can lead to underfill, reduced weld strength...
08/12/2026

Even the smallest gap can create big welding challenges.

A gap between parts can lead to underfill, reduced weld strength, and porosity. Because fiber laser spot sizes can be less than 100 microns, proper part fit-up and fixturing are essential for successful laser welding.

The blog explores how part design, manufacturing tolerances, and tooling can all contribute to gaps—and practical ways to address them.

📖 Read the full blog to learn more about reducing gaps and improving laser weld quality: https://amadaweldtech.com/blog/laser-welding-metals-troubleshooting-4-common-issues/

Machine motion is essential—but it should never become a safety risk.Robotic arms, positioning stages, and pneumatic act...
08/10/2026

Machine motion is essential—but it should never become a safety risk.

Robotic arms, positioning stages, and pneumatic actuators keep laser systems moving, but without the right safeguards, they can create serious hazards.

In Part 4 of our Designing Laser Systems for Safe Operation series, we explore:
✔️ How physical guarding helps protect operators
✔️ The role of interlocks and presence-sensing devices
✔️ Why safety-rated control systems are critical for reliable operation
✔️ How thoughtful machine design supports safer maintenance and service

Effective mechanical safety doesn't rely on operator awareness alone—it starts with smart system design: https://amadaweldtech.com/blog/designing-laser-systems-for-safe-operation-part-4-motion-safety/

📖 Read the full blog to learn how modern laser systems are engineered to help protect people throughout production and maintenance.

🔜 Come back August 17 for Part 5: Fume Extraction Safety.

Address

1820 S Myrtle Avenue
Monrovia, CA
91016

Opening Hours

Monday 8am - 5pm
Tuesday 8am - 5pm
Wednesday 8am - 5pm
Thursday 8am - 5pm
Friday 8am - 5pm

Website

Alerts

Be the first to know and let us send you an email when AMADA WELD TECH INC. posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category