5W–30W UV Laser Engraver
Bring Fine Details to Life with a 5W–30W UV Laser Engraver
The MaxWave UV Laser Engraver delivers fine, precise marking with reduced heat impact on suitable materials. Available in 5W, 15W, 20W, and 30W configurations, it supports detailed logos, small text, identification codes, and intricate graphics on plastics, glass, electronic components, and other compatible surfaces.
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Precision UV Marking: Fine Text · Logos · Small Codes
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Lower Heat Impact: Less Thermal Stress · Fine Details
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Material Versatility: Plastics · Glass · Coated Parts
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Power Options: 5W · 15W · 20W · 30W
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Ink-Free Marking: Non-Contact · No Marking Ink
Easier Placement, Automatic Recognition, Smarter Batch Marking
Simply place your parts in the working area. The vision system identifies their positions and guides laser marking across multiple workpieces, reducing repetitive manual alignment and making batch production easier.
01
Easy Part Placement
Place parts freely without precise manual alignment.
02
Automatic Part Detection
Automatically detect part positions and angles.
03
Multi-Part Batch Marking
Mark multiple parts with less repositioning.
What Can You Mark with an Enclosed Vision UV Laser Engraver?
From electronic connectors and plastic housings to pipe fittings and precision components, the MaxWave Enclosed Vision UV Laser Engraver uses camera-guided positioning to mark logos, text, and identification codes on multiple parts with less manual alignment.
WHAT DO YOU WANT TO ENGRAVE?
COMMON MATERIALS / PRODUCTS
SUPPORTED
TYPICAL WORK
Enclosed Vision UV Laser Marking Examples
Explore real marking examples across electronic connectors, small housings, PVC pipe fittings, and precision components. The MaxWave Enclosed Vision UV Laser Engraver combines camera-guided positioning with UV laser marking for flexible part placement and batch processing.
SAMPLE 01
Electronic Connector Marking
CONNECTORS · RANDOM PLACEMENT · PART IDENTIFICATION
SAMPLE 02
Small Housing Marking
SMALL HOUSINGS · POSITION DETECTION · UV MARKING
SAMPLE 03
PVC Pipe Fitting Marking
PIPE FITTINGS · DIFFERENT ANGLES · PRODUCT MARKING
SAMPLE 04
Small-Component Batch Marking
SMALL PARTS · MULTI-PART RECOGNITION · BATCH MARKING
Where This Enclosed Vision UV Laser Engraver Fits
Electronics & Electrical Components Manufacturers
Plastic Injection Molding Manufacturers
Pipe Fitting Manufacturers
OEM & Precision Parts Manufacturers
PRACTICAL UV LASER MARKING FEATURES
Designed for Easier Focusing and More Flexible UV Marking
From dual-red-light focus assistance to galvo scanning and selectable marking fields, the MaxWave 5W–30W UV Laser Engraver offers practical features for accurate setup and different product marking requirements.
Dual-Red-Light Focus Assistance
Two red-light pointers help operators locate the correct working focus before marking. Bringing the two reference points together makes focus adjustment more intuitive and reduces repeated trial adjustments.
FOCUS GUIDE Dual Red-Light Pointers
ALIGNMENT Two Dots to One Point
BENEFIT Less Trial-and-Error
Galvo Scanning & F-Theta Optics
The galvo scanning head guides the laser beam across the selected marking field, while the F-Theta lens focuses it onto the workpiece. This optical combination supports accurate beam positioning for detailed marking.
SCANNING Galvo Scanning Head
OPTICS F-Theta Field Lens
BENEFIT Accurate Beam Positioning
Selectable Marking Fields
Choose a marking field that matches your product dimensions, from compact components to larger surface graphics. Different lens configurations provide flexibility for a wider range of marking jobs.
MARKING FIELD Selectable Sizes
CONFIGURATION Field Lens Options
APPLICATION Different Product Dimensions
Choose the Right Power for Your UV Marking Jobs
Compare the 40W and 60W configurations based on your materials, marking requirements, and production needs to find the right Enclosed Vision UV Laser Engraver for your business.
POWE
BEST FOR
TYPICAL CLEANING JOBS
WHY CHOOSE IT
40W
Standard Precision Marking
Electronic Connectors · Plastic Housings · Logos & Codes
A practical choice for everyday component marking.
60W
Higher-Power Marking
Production Components · Batch Identification · Demanding Marking Jobs
More laser power for applications requiring higher processing capacity.
LASER ENGRAVING TECHNOLOGY COMPARISON
UV vs Fiber vs CO₂ Laser vs Inkjet Marking
Compare marking methods, material compatibility, and production workflows to find the right technology for your applications.
Fiber Laser
Metal Marking
Ideal for marking metals and selected plastics with logos, text, and identification codes.
Durable Identification
Creates long-lasting marks on compatible metal surfaces.
Industrial Part Marking
Widely used for tools, hardware, and automotive components.
CO₂ Laser
Non-Metal Processing
Suitable for marking wood, leather, paper, and selected plastics.
Thermal Surface Marking
Uses laser heat to create text, graphics, and surface patterns.
Packaging & Decoration
Commonly used for packaging codes and decorative product marking.
UV Laser
3D Dynamic Focus Control
Galvo scanning and dynamic optics adjust the laser focus during processing.
Lower Heat Impact
Helps reduce thermal effects on heat-sensitive components.
Vision-Guided Batch Marking
MW-DV40 / MW-DV60 recognizes part positions for flexible batch marking.
ENGRAVING POSSIBILITIES
Explore What You Can Mark with an Enclosed Vision UV Laser Engraver
From electrical connectors and plastic housings to pipe fittings and precision components, explore how MaxWave’s vision-guided UV laser marking supports product identification, custom branding, and batch marking.
Electronic Connectors
Part numbers · Logos · Batch codes
Plastic Device Housings
Model numbers · Brand marks · Product IDs
PVC Pipe Fittings
Size marks · Specifications · Branding
Small Production Components
Part identification · Lot codes · Batch marking
Switches & Control Buttons
Function icons · Text · Symbols
Cable Glands & Accessories
Part codes · Size marks · Identification
Automotive Plastic Parts
Serial numbers · Part IDs · Traceability
Plastic Caps & Closures
Batch codes · Logos · Product marks
Product Identification Tags
QR codes · Serial numbers · Small text
Coated Metal Nameplates
Model data · Logos · ID codes
Acrylic Components
Small graphics · Logos · Custom text
FREE SAMPLE TEST
See Your Marking Results Before You Buy
Send us your product photos, material details, and marking artwork. We’ll evaluate vision recognition, test suitable workpieces, and help you choose the right MW-DV40 or MW-DV60 configuration.
01
Share Your Project Details
Material · Part Photos · Marking Artwork
02
Choose the Right Test Setup
Part Recognition · Position & Angle · Marking Area
03
Process & Record the Sample
UV Marking · Finished Result · Test Video
04
Review Before Ordering
Marking Quality · Recognition Results · Recommended Model
WHAT YOU’LL RECEIVE
A Clear Result Before You Order
Engraved Sample
Review actual logos, text, or identification codes on your workpieces.
Test Video
See how the camera recognizes parts and guides laser marking.
Recommended Setup
Get advice on choosing the 40W or 60W model for your marking needs.
PACKAGE & CONFIGURATION
Know Exactly What Comes with Your 3D RF CO2 Laser Engraver
Explore the core laser system, 3D focusing head, worktable, control software, and cooling equipment, along with maintenance essentials and available configuration options.
01 Included With the Machine
Vision-guided UV laser marking system with 40W or 60W power options.
40W / 60W UV Laser Source
UV laser source for fine text, logos, and product identification marking.
Industrial Vision Camera
Detects workpiece positions and angles for automatic marking alignment.
Ring Illumination System
Provides consistent lighting for clearer workpiece recognition.
Laser Marking Head
Processes logos, text, and identification codes on suitable materials.
Vision Positioning Software
Supports part recognition, template matching, and multi-part marking.
Marking Worktable
Provides a working area for positioning and marking small components.
02 Routine Care & Spare Parts
Keep the camera view and lighting surfaces clean for reliable recognition.
Marking Optics Maintenance
Inspect and maintain optical components according to service guidance.
Worktable Maintenance
Keep the marking area clean and check workpiece holders regularly.
Replacement Parts
Ask about compatible optical, vision, and other service components.
03 Optional Configuration
Choose the laser power that fits your material and marking needs.
Workpiece Fixtures
Discuss suitable holding solutions for different part shapes and sizes.
Vision Template Setup
Configure recognition templates for different products and marking tasks.
Production Line Integration
Discuss PLC connections or automated feeding requirements for your project.
MAINTENANCE & CONSUMABLES
Keep Vision Clear. Keep UV Marking Consistent.
Routine care focuses on clean camera optics, stable lighting, and a clear marking area. Regular checks help maintain reliable part recognition and consistent marking results.
ITEM
AFTER USE
REGULAR CHECK
SERVICE / REPLACE WHEN
Vision Camera & Ring Light
Keep accessible surfaces free of dust
Check image clarity and lighting
Blurred images or unstable illumination
Laser Marking Optics
Check for visible dust or residue
Inspect accessible optical surfaces
Blurred marks or optical damage
Marking Worktable
Remove debris and finished parts
Check stability and workpiece holders
Loose, worn, or damaged components
Vision Software & Calibration
Save marking jobs and settings
Verify recognition with test parts
Repeated detection or alignment errors
Cooling System
Check operating status and alarms
Inspect according to the supplied cooling setup
Temperature alarms or cooling faults
Fume Extraction System
Keep extraction openings clear
Check airflow and filters, if equipped
Blocked filters or weak airflow
Power & Control Connections
Check for visible cable damage
Inspect accessible connectors
Loose, overheated, or damaged connections
Maintenance intervals depend on operating conditions and the supplied machine configuration. Optical servicing and internal repairs should be performed by qualified personnel.
3D RF CO2 LASER ENGRAVER OPERATION
From Artwork to Finished Engraving
See how the MaxWave 3D RF CO2 Laser Engraver works—from importing artwork and setting processing parameters to positioning materials and engraving with the 3D dynamic focusing system.
ENCLOSED VISION UV LASER WORKSPACE SETUP
Prepare Your Workspace for Vision-Guided UV Marking
Before installation, prepare suitable power, sufficient workspace, stable lighting, effective fume extraction, and proper laser protection. A well-prepared environment supports reliable vision recognition and UV laser marking.
BEFORE SHIPMENT
Power · Workspace · Vision Lighting · Ventilation · Laser Safety
01 Power Supply & Grounding
Provide a stable, properly grounded power supply that meets the electrical requirements of your MW-DV40 or MW-DV60 configuration.
02 Space for the Complete Workstation
Prepare a level, stable area with enough room for the machine, workpiece loading, and routine maintenance.
03 Vision Camera & Lighting Conditions
Keep the camera view clear and avoid strong glare or changing light conditions that may affect part recognition.
04 Fume Extraction & Cooling
Arrange suitable fume extraction for your marking materials and prepare any cooling equipment required by your machine configuration.
05 UV Laser Safety
Set up a controlled working area with appropriate UV laser protection, safe access, and required safety measures.
ENCLOSED VISION UV LASER ENGRAVER SUPPORT
Support for Your Enclosed Vision UV Laser Engraver After Delivery
From machine installation and vision calibration to UV marking settings, software operation, and troubleshooting, MaxWave provides technical guidance to help you get started and keep your production running smoothly.
01
SETUP GUIDANCE
Get Your Vision Marking System Ready
Installation & Setup Guidance
Guidance on workstation setup, system connections, and initial operation.
Camera & Vision Software Setup
Get help with camera calibration, lighting, and initial recognition settings.
02
ENGINEER SUPPORT
Technical Help for Your Marking Jobs
Vision Recognition & Positioning
Get guidance on part detection, camera alignment, and positioning issues.
Template & Batch Marking Setup
Learn to create recognition templates and set up multi-part marking tasks.
UV Marking Parameters
Get advice on marking settings for logos, text, and identification codes.
Remote Troubleshooting
Share photos, software screenshots, or videos for technical assistance.
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ONGOING SUPPORT
Support That Continues Beyond Installation
Camera & Optics Maintenance
Get guidance on camera care, lighting checks, and optical maintenance.
Software & Operation Assistance
Receive help with marking projects, software settings, and daily operation.
Spare Parts Assistance
Get help identifying compatible components and replacement parts.
Warranty & Service Support
Receive service guidance according to your confirmed warranty terms.
Technical Specifications
Main Configuration
Laser Source
JPT 10W UV laser source
Laser Wavelength
355 nm
Vision Software
Industrial visual positioning & marking software
Vision Field
200 × 200 mm
Laser Marking Field
110 × 110 mm
Conveyor Size
200 × 30 cm
Conveyor Height
750 mm
Control
Industrial PC + vision software + laser control system
Production Mode
Continuous conveyor feeding with vision-guided marking
JPT 10W UV Laser Source
Model
Seal-355-10E
Laser Type
10W UV laser, all-in-one
Wavelength
355 nm
Average Output Power
>10 W @ 60 kHz
Pulse Duration
<20 ns @ 60 kHz
Frequency Range
40–150 kHz
Spatial Mode
TEM00
Beam Quality (M²)
≤1.25
Beam Roundness
>90%
Average Power Stability
RMS ≤3% @ 24 hr
Cooling
Water cooling
Operating Environment
0–40 °C; RH <80%
Warranty
2 Years
MaxWave 3D RF CO2 Laser Engraver FAQs
Choosing a 3D RF CO2 Laser Engraver for your production line? From dynamic focusing and material compatibility to laser power selection, explore answers to common questions about engraving quality, cutting capabilities, and choosing the right machine for your applications.
What Is the Advantage of 3D Dynamic Focusing?
3D dynamic focusing adjusts the laser focus during scanning, helping maintain consistent engraving results across larger processing areas and suitable surfaces with height variations. The actual working range depends on the optical configuration.
What Materials Can This Laser Engraver Process?
It supports marking and engraving on denim, leather, textiles, wood, MDF, acrylic, and other compatible non-metal materials. Cutting and perforation capabilities depend on material type, thickness, laser power, and processing settings.
Which Laser Power Should I Choose: 100W, 150W, or 250W?
The right power depends on your material, thickness, engraving depth, and production requirements. MaxWave can help compare the J1, J2, and J3 configurations based on your processing needs and sample test results.
Expand Your Production with 3D RF CO2 Laser Engraving
From denim fading and leather decoration to textile cutouts, wood engraving, and acrylic designs, the MaxWave 3D RF CO2 Laser Engraver helps manufacturers take on a wider range of non-metal processing jobs. With 3D dynamic focusing and 100W, 150W, and 250W options, you can choose a system that fits your materials, designs, and production needs.
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