Make Custom Marking

With over 15 years in the marking machine industry, I’ve helped countless businesses improve traceability and compliance through customized marking solutions. Studies show that over 70% of manufacturers benefit from reliable marking systems to boost efficiency and product reliability.

This list is based on my experience, input from industry experts, and data from real-world applications. Each solution addresses common challenges like durability, precision, and adaptability across materials and industries.

From robust dot peen marking to precise laser engraving, these five solutions deliver the efficiency and reliability modern businesses need. Let’s explore them!

1. Marking Solution for Cylindrical Workpieces

For customers who need to mark cylindrical objects, a revolving circular chuck is the perfect addition. This device ensures that the laser or dot peen marking machine marks the surface of the workpiece evenly and is also suitable for irregularly shaped items like bottles and pipes.

Key Characteristics:

Rotational Precision: Enables consistent marking across the circumference.

Versatility: Compatible with laser and dot peen systems.

Customizable Fittings: Accommodates varying diameters and shapes.

Applications:

Metal Pipes: Marking dimensions, logos, or batch codes.

Bottles: Adding decorative designs, QR codes, or branding.

Automotive Parts: Serial numbers on cylindrical components.

Case Study:

A beverage manufacturer used the HS-FL60-R Fiber Laser Marker with a rotary attachment to engrave QR codes and branding on thermos bottles. This improved traceability and brand visibility in the market.

Recommended Machine:

HS-FL60-R: Offers precise and permanent marking for cylindrical workpieces.

2. Automated Marking Solution for Production Lines

For marking products on a production line, flying laser marking machines are an excellent choice. These machines mark objects in real-time without slowing production, ensuring both speed and quality.

Key Characteristics:

Real-Time Marking: Suitable for dynamic data such as batch codes or expiration dates.

Non-Contact Operation: Ensures high efficiency without damaging products.

High-Speed Performance: Ideal for mass production lines.

Applications:

Packaging: Printing batch numbers and QR codes on flexible materials.

Electronics: High-speed branding of devices on assembly lines.

Food Industry: Date coding on plastic or paper packages.

Case Study:

A food packaging company used the HS-FL50 Flying Laser Marker to mark expiry dates on plastic wrappers at a speed of 300 items per minute, ensuring regulatory compliance without production delays.

Recommended Machine:

HS-FL50 Flying Laser Marker: Specifically designed for integration into high-speed production lines.

3. Customized Marking Solutions for Medical Devices

For customers in the medical industry, precision and compliance are paramount. Laser marking solutions tailored for medical devices deliver clean, high-quality, and permanent markings.

Key Characteristics:

High Precision: Suitable for intricate designs and traceability.

Compliance Ready: Meets regulatory requirements like UDI (Unique Device Identification).

Material Versatility: Handles stainless steel, plastics, and more.

Applications:

Surgical Tools: Traceable and permanent markings for compliance.

Implants: Marking serial numbers or barcodes.

Medical Packaging: High-resolution labeling for product details.

Case Study:

A medical device manufacturer adopted the HS-FL60M Mopa Fiber Laser Marker to engrave UDI codes on titanium implants, ensuring compliance with FDA regulations.

Recommended Machine:

60W Mopa Fiber Laser Marking Machine HS-FL60M: Provides precise and clean markings suitable for medical-grade materials.

4. Laser Marking Solutions for Food Packaging

Food packaging requires high-resolution and hygienic marking solutions to ensure compliance and product transparency. Laser marking machines are tailored to meet these demands.

Key Characteristics:

Hygienic and Non-Toxic: Meets safety standards for food packaging.

High-Resolution Marking: Clear and legible markings, including QR codes and dates.

Wide Compatibility: Works with paper, plastic, and other packaging materials.

Applications:

Batch Coding: Marking expiration and manufacturing dates.

QR Codes: Printing scannable codes for traceability.

Brand Logos: Enhancing packaging design with permanent branding.

Case Study:

A snack food company implemented the HS-CLY30 CO2 Expiry Date Laser Marker to mark expiration dates on paper bags, improving legibility and compliance with minimal maintenance.

Recommended Machine:

HS-CLY30 30W CO2 Expiry Date Laser Printing Machine: Designed for speed and accuracy in the food industry.

5. Precision Marking Solutions for Electronic Components

Electronic component manufacturers require highly detailed marking systems for traceability in confined spaces. Fiber laser markers deliver unmatched precision and speed for this application.

Key Characteristics:

· Micron-Level Accuracy: Ideal for small, intricate components.

· Durable Markings: Resistant to wear and abrasion.

· Compact Design: Easily integrates into existing workflows.

Applications:

· PCBs: Marking serial numbers and barcodes.

· Microchips: Adding traceability codes without damaging the component.

· Connectors: Branding and compliance marking on small surfaces.

Case Study:

A microelectronics manufacturer used the HS-UV05 5W JPT UV Laser Marker to mark QR codes on microchips, ensuring visibility and durability in confined spaces.

Recommended Machine:

· 5W JPT UV Laser Marking Machine HS-UV05: Perfect for detailed and small-scale electronic marking applications.

How to Choose the Right Marking Solution (FAQ)

1. Can I mark on an irregular surface?

No, standard machines are designed for flat surfaces. However, for small cylindrical surfaces, you can add a revolving circular chuck, or explore custom 3D marking solutions for more complex shapes.

2. What marking solution is best for metal components?

Fiber laser markers and dot peen machines are ideal for metals, offering durable and precise results.

3. Can I use the same machine for both plastics and metals?

It depends. CO2 lasers are better for plastics, while fiber lasers excel on metals. Hybrid solutions may be available for versatility.

4. How do I handle high-speed production requirements?

Flying laser markers are designed for integration into production lines, marking products in real time without slowing production.

5. Are your machines compliant with medical industry standards?

Yes, our machines meet UDI requirements and are suitable for marking surgical tools, implants, and medical packaging.

6. Can your machines mark sensitive components like PCBs or microchips?

Yes, UV lasers are highly precise and gentle, making them ideal for delicate electronics.

7. How durable are the marks on automotive components?

Marks made with fiber lasers or dot peen systems are permanent and resistant to wear, heat, and abrasion.

8. What’s the best solution for food packaging?

CO2 lasers provide hygienic, non-contact marking for expiration dates, batch codes, and branding on packaging materials.