Micro Edge Process Co., Ltd.

We are conducting demonstration experiments to help you better understand laser processing using our in-house laser processing machines.
From one-day demonstration experiments to long-term collaborative experiments, we will propose an experiment plan that meets your needs. Laser processing demonstration experiments allow you to explore what lasers can do.

[What is laser prcess, how does it work?]
Laser processing is always accompanied by various questions.

• What kind of laser processing can be done?
• What is the quality of laser processing?
• How much does laser equipment cost?
• How can I process it efficiently?
• What is the best laser?
• How to install a laser processing machine?

You can solve various questions like this with our demonstration.

[The merit of our demonstration]

• Laser processing principle experiment
• Preparation for introduction of laser processing machine
• Development of new method

[Demo experiment content]
We will flexibly arrange demo experiments to realize the customer's desired processing. We can answer all your questions regarding laser processing. An application engineer will listen to your requests and set the optimal laser processing conditions.

• Processing jig preparation
• Laser parameter settings (average power, frequency, pulse width...)
• Processing experiments with varying parameters
• Utilization of optimal processing equipment
• Evaluation of processing results
• Investigation experiments towards the introduction of branched laser processing machines

■Usage hours
Weekdays (Monday to Friday) 10:00 to 17:00

■Usage conditions

• Pre-reservation Attendance
• Experiments and reports with samples received

■Experiment compatible lasers

• Semiconductor laser (450nm, 800nm)
• Nanosecond laser (1064nm)
• QCW fiber laser (1064nm)

We plan to increase the number of compatible lasers in the future.

■Analysis and evaluation
Keyence high-resolution digital microscope, etc.

As a system integrator, we will propose equipment that can achieve optimal laser processing.
We provide an all-in-one service from concept to design, assembly, delivery adjustment, and after-sales care.

When the equipment is delivered, training will be provided by a service engineer, so you can use it immediately after installation.

[System examples]

• Precision laser soldering equipment
• Fine laser welding system
• Microhole machining system for medical parts
• Precision tool laser processing equipment
• Material internal marking device

[Laser]

• Semiconductor laser (450nm, 800nm)
• Short pulse/ultra short pulse laser (nanosecond, picosecond, femtosecond laser)
• QCW fiber laser
• Compatible with various other lasers

[Optical system]

• High precision fixed optical system
• High speed galvano scanner
• Equipped with vision system
• Alignment using automatic image recognition
• Beam path stabilization

[mechanism]

• High precision stage system (XYZ, rotation)
• conveyor system
• Gantry type
• high speed rotation system

[software]

• Dedicated software
• customization software

[Application/Field]

• Electronics
• Medical/Biotechnology
• Automobile/EV
• Aerospace
• Environment/Energy

Highly accurate evaluation and analysis service for minute samples.
Using reliable analysis technology and high-performance evaluation and analysis equipment, we provide evaluation, analysis, and analysis services in a wide range of fields, including electronic components, semiconductors, metals, and new materials.
Our experienced engineers will support you in problem solving, new material development, etc.

[Evaluation/analysis issues]

• I don't know how to measure and evaluate
• How should we understand the resulting data?
• Measurement results vary too much and are unreliable.
• There are frequent machining errors and I want to find out the cause.

We use the latest measurement equipment and highly skilled engineers to address these issues.

[Evaluation/analysis contents]

• Dimension measurement/evaluation
• Depth measurement/evaluation
• Temperature distribution measurement/evaluation
• Optical power/intensity measurement/evaluation

[Field]

• semiconductor
• battery development
• High-performance plastic development
• electronic components
• General materials
• laser development micro parts
• environment

■Usage form

• Attendance analysis/evaluation
• Analysis and evaluation of samples received