Laser Marking Machine XJ-GL10

Product Introduction

The Laser Marking Machine XJ-GL10 is an automated laser marking system designed for clear aligner and invisible orthodontic production. It automatically identifies dental molds through a code reader and marks serial numbers, model information, date information, QR codes, graphics, and other specified content onto clear aligners.

The machine uses an advanced 10W green laser with adjustable working power. Marking positions are automatically generated by pre-processing design software powered by AI algorithms, helping achieve accurate and repeatable marking without unnecessary damage to compatible aligner materials.

With model recognition completed in up to 2 seconds and a maximum marking speed of 7000 mm/s, the equipment is designed for high-throughput clear aligner production where traceability, identification, and automated marking are required.

Developed by ConverSight, the XJ-GL10 can be used as a standalone marking machine or incorporated into a broader intelligent clear aligner production workflow.

Key Product Features

1. Automatic Marking Position Generation

The laser marking position is automatically calculated and generated through a deep learning algorithm. This reduces the need for operators to manually define marking locations and supports repeatable positioning.

The specified repetition accuracy reaches 0.01 mm, providing precise positioning for automated marking applications.

2. Automatic Dental Model Recognition

The equipment uses a code reader to identify dental molds before marking. Model recognition and identification information can then be associated with the required marking content.

The recognition time is specified at ≤2 seconds, supporting efficient processing in mass-production environments.

3. High-Speed Laser Marking

The maximum laser marking speed reaches 7000 mm/s. Combined with rapid model identification, the system is designed to support high-volume clear aligner production and reduce marking cycle time.

Actual marking time may vary according to marking content, graphics, QR codes, surface conditions, and production settings.

4. 10W Green Laser

The Laser Marking Machine XJ-GL10 uses a 10W green laser source. Green laser technology is suitable for producing visible markings on compatible clear aligner surfaces, including curved areas.

The working laser power can be adjusted according to the material and marking requirements.

5. Multiple Marking Types

The system can mark different types of information, including:

• Serial numbers

• Model information

• Date information

• QR codes

• Graphics

• Other configured identification information

This makes the equipment suitable for production traceability and product identification applications.

6. Marking on Curved Surfaces

Clear aligners have curved geometries, which can make conventional marking processes more difficult. The green laser marking system is designed to produce clear markings on compatible curved aligner surfaces.

The automatically generated marking position helps maintain consistent placement across different models.

7. Adjustable Laser Power

The laser working power can be adjusted according to different film materials and marking requirements. This provides greater flexibility when processing clear aligners made from different compatible films.

The appropriate laser power should be determined through process testing according to the actual material and marking content.

8. Automated and Repeatable Operation

The combination of code recognition, AI-based position generation, programmable laser marking, and automated processing reduces manual marking operations and supports consistent production.

Technical Specifications

Actual production performance depends on the marking content, aligner material, surface geometry, processing parameters, and production workflow.

Automated Laser Marking Process

The Laser Marking Machine XJ-GL10 integrates model identification and laser marking into an automated process.

Step 1: Dental Model Identification

The code reader automatically reads the identification information associated with the dental mold.

Step 2: Model Recognition

The system completes model identification in ≤2 seconds and prepares the corresponding marking information.

Step 3: Marking Position Calculation

The AI-powered pre-processing software calculates the required marking position using a deep learning algorithm.

Step 4: Automatic Laser Marking

The green laser marks the configured serial number, QR code, model, date, graphic, or other information at the generated position.

Step 5: Product Identification

The completed aligner receives clear identification information for subsequent production management, traceability, or sorting processes.

Applications in Clear Aligner Production

The machine is designed for intelligent clear aligner manufacturing and can be used for:

• Clear aligner identification

• Invisible orthodontic appliance marking

• Serial number marking

• QR code marking

• Model identification

• Date marking

• Production traceability

• Dental laboratory automation

• Automated aligner production lines

The system can be integrated with other clear aligner processing equipment to create a more automated workflow.

Marking Content Options

Different types of information can be marked according to production requirements. Typical marking content includes:

Serial Number: Used for individual product identification and production tracking.

QR Code: Suitable for machine-readable product information and traceability applications.

Model Information: Helps identify the corresponding dental model or production order.

Date Information: Can be used to record production-related dates.

Graphics: Logos, symbols, or other configured graphical elements can also be marked when supported by the production process.

The final marking format and content should be confirmed according to the customer's software and production requirements.

Precision and Repeatability

Precise marking position is important when identification information needs to be placed consistently on clear aligners.

The machine uses a deep learning algorithm to automatically calculate marking positions. The specified repetition accuracy is 0.01 mm, helping reduce position variation during repeated production cycles.

The 180 × 180 mm scan area provides the working field for compatible marking applications.

Green Laser for Clear Aligner Materials

The XJ-GL10 uses a 10W green laser with adjustable working power. The laser configuration is intended for compatible clear aligner film materials and curved surfaces.

Because different orthodontic films can have different optical and thermal characteristics, laser power and marking parameters should be evaluated according to the actual material before mass production.

Sample testing can help determine suitable marking settings for new or customized materials.

Cooling and Utility Requirements

The equipment uses a water chiller for laser cooling and requires 0.6 MPa air pressure according to the listed specifications.

The machine operates at 220 V and has a rated power of 2.5 kW.

Before installation, buyers should confirm the available electrical supply, compressed air conditions, cooling requirements, installation space, and production line interfaces.

Integration into Intelligent Production Lines

ConverSight develops intelligent equipment for different stages of clear aligner manufacturing. The XJ-GL10 can be used independently or combined with other equipment in a broader production workflow.

Potential upstream and downstream equipment includes:

• Dental model identification systems

• Thermoforming machines

• Automated film feeding systems

• Digital trimming machines

• Intelligent aligner trimming systems

• Inspection and quality control equipment

• Sorting systems

• Automated production lines

The modular approach allows manufacturers to configure equipment according to production volume and automation requirements.

Company Profile

ConverSight specializes in intelligent dental manufacturing equipment and flexible processing solutions for the clear aligner industry. The company has more than 10 years of experience in intelligent dental equipment and develops solutions covering key stages of clear aligner production.

Its equipment portfolio includes fully automated production lines, thermoforming machines, laser marking machines, digital trimming machines, and all-in-one processing equipment.

The company reports 4+ R&D and manufacturing bases, 40+ patented technologies, 10 software intellectual copyrights, products delivered to 20+ countries, and more than 100 automated projects delivered.

Its technology development focuses on precision, efficiency, and stability, with technologies including 3D vision, intelligent trajectory planning, AI-based processing, automated identification, and quality control.

Core Intelligent Manufacturing Technologies

ConverSight's broader equipment solutions include several technologies relevant to automated clear aligner production:

Full-Process Aligner Processing

Vision positioning and automated processing can connect film cutting, molding, and quality inspection processes.

Intelligent Aligner Trimming

Vision systems and robotic processing can identify trimming lines and support automated trimming of dental models and aligners.

Intelligent Identification and Sorting

Vision recognition can be used to photograph dental models, read barcodes, identify models, and select the corresponding film size.

Cloud-Based Data Management

Cloud-based systems can support remote equipment commissioning, production scheduling, maintenance guidance, and process optimization.

Defect Detection and Quality Control

Deep learning-based inspection technology can be used to identify potential defects and monitor aligner quality within compatible production workflows.

Custom Development and Sample Testing

ConverSight supports customized machine development based on customer requirements, including sheet specifications, dental model samples, marking content, and production workflow.

Before purchasing, customers can provide:

• Clear aligner film specifications

• Dental model samples

• Required marking content

• QR code or serial number format

• Desired marking position

• Production capacity

• Existing production equipment

• Integration requirements

Sample testing can be used to evaluate marking clarity, position accuracy, laser power, and compatibility with the customer's aligner material.

B2B Equipment Selection Guide

Before ordering the XJ-GL10, buyers should confirm:

1. Clear aligner material

2. Film thickness and optical characteristics

3. Required marking content

4. Marking position

5. Product identification method

6. QR code requirements

7. Required production capacity

8. Existing model identification system

9. Available compressed air

10. Available power supply

11. Installation space

12. Required production line integration

Providing product samples and marking requirements can help determine the appropriate machine configuration and process parameters.

Why Choose This Laser Marking Machine

• Designed for clear aligner production

• Automatic dental model identification

• Code reader integration

• AI-generated marking positions

• Deep learning-based positioning

• 0.01 mm repetition accuracy

• ≤2-second model recognition

• Up to 7000 mm/s marking speed

• 10W green laser

• Adjustable laser power

• Supports serial numbers and QR codes

• Supports model and date information

• Supports graphic marking

• Suitable for curved aligner surfaces

• 180 × 180 mm scan area

• Water-chiller cooling

• Suitable for standalone or integrated production

FAQ

What is the main application of the XJ-GL10?

It is designed for automated laser marking of clear aligners and invisible orthodontic appliances.

What type of laser does the machine use?

The machine uses a 10W green laser.

Can it mark QR codes?

Yes. QR codes are among the supported marking types.

Can it mark serial numbers?

Yes. Serial numbers, model information, date information, QR codes, and graphics can be marked according to the configured application.

How fast can the system identify a dental model?

The specified recognition time is ≤2 seconds.

What is the marking speed?

The maximum specified marking speed is 7000 mm/s.

What is the positioning repeatability?

The specified repetition accuracy is 0.01 mm.

Can the laser power be adjusted?

Yes. The green laser's working power can be adjusted according to compatible material and marking requirements.

What is the scan area?

The specified scan size area is 180 × 180 mm.

What cooling system does the machine use?

The equipment uses a water chiller for cooling.

Can it process different aligner film materials?

The adjustable laser power provides compatibility with various compatible film materials. Process testing is recommended when using new or different materials.

Can the machine be integrated into an automated production line?

Yes. It can be used independently or integrated with other clear aligner processing and automation equipment.

Product Summary

The Laser Marking Machine XJ-GL10 combines AI-based position generation, automatic model recognition, 0.01 mm repeatability, and adjustable 10W green laser marking for efficient clear aligner identification and traceability.