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Amada Miyachi Blog

Drive EV Battery Efficiency with Laser Welding

Tips for generating clear and effective motion programs using Delta motion software

Ultra-Short Pulse Lasers Are Great Tools for Processing Plastics for Medical Devices

Looking for ways to improve your assembly process? - Try 6S

Laser System Teach Mode: Compensating for Part Variation

Projection Welding of Fasteners to Hot Boron Stamped Components

Exposing high school students to engineering career paths

Spot welding: improve quality and reduce cost with inverters

Ultrafast laser systems offer great promise as a manufacturing tool

Nanosecond laser micro welding: the possibilities!

Connecting with HS robotics team to support next gen engineers

The winning formula – helping next generation engineers race to success

Application labs - invest time up front to ensure success

Machine vision: how can it benefit your manufacturing process?

Position-based firing generates improved laser seam weld quality

Nd:YAG versus fiber laser welding – What are your options?

Battery pack welding: tips for improving tab-to-terminal connections

Laser welding process reduces cycle times and inventory: saves money

Micro TIG welding – "touch start" low voltage, low noise operation

Micro TIG welding – Troubleshooting tips for improving your results

Micro TIG welding – Setup tips and tricks

Micro TIG welding – What is it and how can I use it?

Material processing solutions for manufacturing – one size does not fit all

Select the right laser source to produce passivation-resistant marks

Are you on track for meeting UDI requirements?

Stent and tube cutting technology for next generation production needs

Laser marking: use laser markers to mark your parts and verify your process

Laser welding modes: conduction, transition, & keyhole welding

Laser safety: a few reminders

Battery welding: using lasers for tab welding applications

Avoid these pitfalls when moving to a laser welding process

Plastic welding with lasers - making it work for you

Inside the laser solutions for e-cigarette manufacturing 

E-cigarette manufacturing: the best joining technology for production

Medical device manufacturing – get part functionality with high yield

A visual guide to optimizing laser peak power & laser pulse width

Lasers in manufacturing – 5 trends to keep your eye on

Laser welding basics – CW, pulsed or modulated?

Laser welding basics: how does laser welding work?

Cutting polymer stents? Green femtosecond lasers offer best cut quality.

Update on ROI for disk femtosecond lasers

Some thoughts on choosing the best battery welding technology

Automated laser wire stripping: innovative & efficient!

Ultra-fast laser micromachining - what’s all the fuss about?

Micro TIG Welding: what is it and what can you do with it?

Scan heads for micro laser welding: “Ham n’ Eggs” of laser industry

Why weld monitoring? 3 Reasons: Analysis – Stability - Yield

Tube cutting with a femtosecond disk laser - ROI in less than a year

Battery pack welding: which technology for your job?

Bringing Laser Technology In-House: 6 Simple Steps to Success!

4 Tips for Maximizing your 2D Data Matrix™ Code Readability

How to Minimize Cycle Time for Large Area Laser Marking

Resistance welding trouble shooting: 7 simple steps

PCBs: Design Tips for Successful Hot Bar Reflow Soldering

Battery Pack Welding: Better Performance and Higher Currents

Fine Laser Cutting: Definition & Capabilities

Seam Sealing Electronic Packages: Laser or Resistance Welding?

Innovations on Parade – New Fiber Laser Welder at MD&M West

Designing Ring Projections for Hermetic Sealing

Laser Micro Machining with Pulsed Fiber Lasers

Tips for Laser Micro Welding Aluminum Alloys

NASA Partners with Miyachi Unitek for new Laser Welding System

Green Lasers: the Key to High Volume Micro Welding of Conductive Parts

Welding Innovation – the Decade’s Top Advancements

More on Direct Part Marking Methods: Compare Durability, Speed, Mark Quality, and System Cost

Miyachi Unitek's Call to Action: Serving Your Communities

Weighing the Pros & Cons of the Major Marking Methods

AC, DC, CD or HF: Which Spot Welding Power Supply Should I Use?

Projection Welding: Balance Heat and Extend Electrode Life

Direct Part Marking: Enabling Cradle-to-Grave Traceability

Spot Welding Equipment Calibration: the Key to Reducing Down-Time

Heat Balance: the Key to Successful Resistance Welding

Laser Tube Cutting: 5 Tips for Successful System Integration

Closed-Loop Resistance Welding Control: WIFM?

Better safe than sorry – 5 spot welding safety tips

Laser welding, marking, cutting? Top 2 safety questions answered!

Spot Welding? Remember the old adage “opposites attract”

5 Reasons to Consider Upgrading Your Aging Nd:YAG Laser Marker

4 Tips for Laser Beam Focus & Delivery

Which Laser Marker? Comparing Available Technologies

EWI: The "Consumer Reports" of Material Joining

Laser Tube Cutting: Capabilities and Constraints

Electronic Package Sealing? Projection Cap Welding Technique Saves $$$

Laser micromachining with a fiber laser marker: fast, cheap, & flexible

Laser welding tip: 4 simple steps for finding laser beam focus

3 Ways to use Laser Marking Equipment for Banding Applications

Laser Tube Cutting - Should You Use a Wet or Dry Process?

4 Tips for Laser Marking Anodized Aluminum

Welding Problems and Solutions - Start with these 4 Things

Laser Marking, Laser Etching, & Laser Engraving: ONE Flexible Tool

Part Design Guidelines: Thermocompression Bonding Does the Job

Flexible Circuit Design: 3 Layouts for Hot Bar Reflow Soldering

Fiber Laser Micro Welding: Single Mode or Multi Mode?

Laser Marking: that's not all you can do with laser markers!

Marking methods: When Lasers make sense

Laser Cutting: 3 Reasons to Consider this Wire EDM Alternative

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