MaxWave 3D RF CO2 LASER ENGRAVER
Go Beyond Basic Marking with a 3D Dynamic RF CO2 Laser Engraver
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3D Dynamic Focusing: Large-area marking · Less repositioning
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Coherent RF CO2 Laser: 100W J1 · 150W J2 · 250W J3
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Mark, Engrave & Cut: Detailed patterns · Intricate cutouts
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Non-Metal Materials: Denim · Leather · Wood · Acrylic · Paper
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Integrated Workstation: Industrial PC · Software · Water cooling
Larger Designs, Finer Details, More Production Possibilities
From denim patterns and leather engraving to wood crafts and decorative cutouts, 3D dynamic focusing and Coherent RF CO2 laser technology help you handle larger designs, detailed work, and a wider range of non-metal processing jobs.
01
Large-Format Engraving
3D dynamic focusing handles larger patterns with fewer repositioning steps.
02
Engraving, Cutting & Cutouts
Create detailed engravings and intricate cutouts on suitable non-metal materials.
03
High-Speed Galvo Marking
High-speed galvo scanning processes surface patterns without moving an XY cutting head.
What Can You Engrave & Cut with a 3D RF CO2 Laser?
From denim finishing and leather decoration to wood engraving and acrylic cutting, the MaxWave 3D RF CO2 Laser Engraver supports a range of non-metal materials for detailed patterns, large-area designs, and custom production.
WHAT DO YOU WANT TO ENGRAVE?
COMMON MATERIALS / PRODUCTS
SUPPORTED
TYPICAL WORK
3D RF CO2 Laser Engraving & Cutting Examples
Explore laser processing examples across denim, leather, wood, and acrylic—from faded patterns and detailed engraving to decorative cutouts and custom shapes.
SAMPLE 01
Denim Laser Fading & Whiskers
DENIM · WHISKER EFFECTS · WASHED PATTERNS
SAMPLE 02
Leather Engraving & Cutouts
LEATHER · DECORATIVE PATTERNS · CUTOUTS
SAMPLE 03
Detailed Wood & MDF Engraving
WOOD / MDF · DETAILED ARTWORK · ENGRAVING
PLASTIC / COATED PARTS · DUAL-BEAM · LOGO & ID MARKING
SAMPLE 04
Acrylic Engraving & Cutting
ACRYLIC · DECORATIVE DESIGNS · SHAPE CUTTING
Where This 3D RF CO2 Laser Engraver Fits
Denim & Jeans Manufacturers
Footwear & Leather Goods Manufacturers
Textile & Garment Manufacturers
Wood & Decorative Product Manufacturers
3D RF CO2 LASER TECHNOLOGY
What Makes This 3D RF CO2 Laser Engraver Different?
Built with 3D dynamic focusing, a Coherent RF CO2 laser source, dedicated marking software, and an industrial workstation, MaxWave helps manufacturers handle detailed engraving and cutting jobs with greater flexibility.
3D Dynamic Focusing & Automatic Z-Axis
The 3D dynamic focusing system works with Z-axis height adjustment to support engraving across larger processing areas. By reducing repeated focus adjustments and workpiece repositioning, it makes complex patterns and large-format designs easier to process.
FOCUSING 3D Dynamic Galvo
HEIGHT CONTROL Automatic Z-Axis
APPLICATION Large-Format Engraving0W 455nm + 2W 1064nm
Fully Enclosed Optical System
OPTICAL DESIGN Fully Enclosed
ROUTINE ADJUSTMENT Reduced
APPLICATION Engraving & Cutting
Dedicated Software & Foot-Switch Control
SOFTWARE Dynamic Marking Software
FILE FORMATS PLT · DXF · BMP · AI
OPERATION Industrial PC · Foot Switch
Choose the Right Power for Your Engraving Job
Compare the 100W, 150W, and 250W configurations based on your materials, engraving requirements, cutting tasks, and production needs.
POWE
BEST FOR
TYPICAL CLEANING JOBS
WHY CHOOSE IT
100W
Detailed Engraving
Denim Fading · Leather Marking · Wood Engraving
Ideal for detailed marking and surface engraving.
200W
Versatile Processing
Leather Decoration · Fabric Patterns · Decorative Cutouts
For engraving and perforation jobs.
300W
Higher-Power Processing
Wood & MDF Engraving · Acrylic Cutting · Leather Cutouts
For deeper engraving and demanding cutting tasks.
LASER ENGRAVING TECHNOLOGY COMPARISON
Traditional XY vs 2D Galvo vs 3D Dynamic CO2 Laser Engraving
Compare laser movement, focusing methods, and processing capabilities to understand which CO2 laser engraving system best fits your production needs
Traditional XY CO2
Moving Laser Head
The laser head moves along X and Y axes across the worktable.
Fixed Working Focus
Focus is set to the material height before processing and adjusted when needed.
Ideal for Sheet Cutting
Well suited for contour cutting and engraving on flat wood, acrylic, and other compatible sheets.
2D Galvo CO2
High-Speed Beam Scanning
Galvo mirrors move the laser beam quickly across a defined processing area.
Fixed Focal Plane
Focus is optimized for a set working height, making flat surfaces easier to process.
Ideal for Flat-Area Marking
Suitable for logos, text, and decorative patterns within the configured scan field.
3D Dynamic CO2
3D Dynamic Focus Control
Galvo scanning and dynamic optics adjust the laser focus during processing.
More Flexible Focusing
Helps maintain the required focus across larger scan fields and suitable surfaces with height variations.
Ideal for Large-Area Engraving
Supports large decorative patterns on denim, leather, and other compatible non-metal materials.
ENGRAVING POSSIBILITIES
Explore What You Can Make with a 3D RF CO2 Laser Engraver
From personalized leather goods and fabric accessories to wooden crafts, acrylic displays, and decorative products, explore the engraving, marking, and cutting possibilities of MaxWave 3D RF CO2 laser technology.
Engraved Leather Belts
Names · Decorative Patterns · Custom Logos
Personalized Leather Journal Covers
Brand Logos · Artwork · Custom Text
Custom Canvas Tote Bags
Logos · Graphic Designs · Personalized Patterns
Laser-Cut Fabric Patches
Custom Shapes · Fabric Labels · Decorative Edges
Engraved Wooden Gift Boxes
Branding · Personalized Messages · Detailed Artwork
Engraved Wooden Wall Art
Detailed Artwork · Lettering · Decorative Patterns
Wooden Gift Boxes
Logos · Messages · Decorative Art
Decorative Furniture Components
Wooden Inlays · Surface Patterns · Custom Designs
Laser-Cut Wooden Model Kits
Architectural Models · Puzzle Parts · Detailed Shapes
Laser-Cut Paper Invitations
Intricate Cutouts · Decorative Borders · Custom Patterns
FREE SAMPLE TEST
See the Engraving Result Before You Buy
Send us your material details, product photos, and artwork. We’ll test suitable engraving or cutting settings, record the results, and recommend the right 3D RF CO2 laser configuration before you order.
01
Share Your Project Details
Material · Thickness · Artwork · Desired Result
02
Choose the Right Test Setup
Laser Power · 3D Focus · Processing Area
03
Process & Record the Sample
Engraving / Cutting · Close-Up Results · Test Video
04
Review Before Ordering
Sample Quality · Key Settings · Recommended Model
WHAT YOU’LL RECEIVE
A Clear Result Before You Order
Engraved Sample
Review the engraving details, surface finish, or cut edges on a tested sample.
Test Video
Watch the actual laser process and examine the finished result.
Recommended Setup
Get a suggested 100W, 150W, or 250W setup based on your material and processing 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
3D RF CO2 Laser Engraver
Industrial engraving system with your selected 100W, 150W, or 250W configuration.
Coherent RF CO2 Laser Source
Metal RF laser source for non-metal marking, engraving, and suitable cutting applications.
3D Dynamic Focusing Head
Dynamic focusing and scanning for detailed patterns across the configured processing area.
600 × 600 mm Honeycomb Worktable
Supports workpieces during engraving, marking, and cutting.
Industrial PC & Dynamic Marking Software
Computer-based artwork, processing settings, and laser operation control.
Industrial Water Chiller
Provides cooling for stable laser system operation.
02 Routine Care & Spare Parts
Optical Lens Care
Keep the optical system clean using approved maintenance procedures.
Honeycomb Worktable Cleaning
Remove engraving residue and cutting debris after processing.
Water Chiller Maintenance
Check coolant condition and cooling system operation as instructed.
Replacement Optics & Components
Compatible lenses and service parts can be identified for future maintenance needs.
Routine care is simple, and commonly needed spare parts can be prepared with the machine before shipment.
03 Optional Configuration
Long-Focal-Length Scanning Lens
Discuss lens options for different processing areas and focusing requirements.
Fume Extraction System
Select suitable smoke and fume extraction equipment for your processed materials.
Custom Workpiece Fixtures
Ask about positioning solutions for specific workpieces and repeated production jobs.
MAINTENANCE & CONSUMABLES
Simple Daily Care. No Complicated Cooling System.
Routine care mainly means keeping the optics clean, the work area clear and the cooling vents free of dust. The air-cooled design removes water-chiller maintenance, keeping everyday upkeep simple.
ITEM
AFTER USE
WEEKLY
SERVICE / REPLACE WHEN
Optical Lens & Components
Check for dust or residue
Inspect accessible optical surfaces
Scratched, contaminated or damaged
3D Dynamic Focusing Head
Keep the exterior clean
Check for abnormal operation
Focusing errors or scanning faults
Honeycomb Worktable
Remove scraps and debris
Check for damage or distortion
Warped, unstable or damaged
Industrial Water Chiller
Check temperature, flow and alarms
Inspect coolant level and leaks
Low flow, cooling faults or coolant replacement due
Fume Extraction System
Check airflow and remove debris
Inspect filters and ducting
Clogged filters or weak airflow
Power & Control Connections
Check for visible cable damage
Inspect connectors and cables
Loose, overheated or damaged
Maintenance intervals depend on operating conditions and the manufacturer’s instructions.
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.
3D RF CO2 LASER ENGRAVER WORKSPACE SETUP
Prepare Your Workshop for 3D RF CO2 Laser Engraving
Before installation, prepare suitable power, enough space for the laser workstation and water chiller, effective fume extraction, and a controlled laser work area. Proper setup helps keep engraving and cutting operations running reliably.
BEFORE SHIPMENT
Power · Floor Space · Water Cooling · Fume Extraction · Laser Safety
01 Power Supply & Grounding
Provide a stable, properly grounded power supply that matches the selected J1, J2, or J3 configuration. Confirm electrical requirements before installation.
02 Space for the Complete Workstation
Prepare a level floor with enough room for the laser machine, industrial PC, and water chiller. Leave access space around the worktable and equipment for operation and maintenance.
03 Fume Extraction for Laser Processing
Arrange effective local fume extraction when processing denim, leather, wood, acrylic, and other compatible materials. Remove smoke and airborne residue from the working area.
04 Industrial Water Chiller Setup
Connect the industrial water chiller and verify coolant level, water flow, and temperature control before starting the RF CO2 laser. Keep cooling ventilation clear.
05 Laser-Safe Working Area
Set up a controlled laser work area with appropriate beam protection, restricted access, and fire safety measures. Use protective equipment suitable for the CO2 laser wavelength.
3D RF CO2 LASER ENGRAVER SUPPORT
Support for Your 3D RF CO2 Laser Engraver After Delivery
From machine installation and 3D focusing setup to engraving parameters, software operation, and troubleshooting, MaxWave provides technical guidance to help keep your production running smoothly.
01
SETUP GUIDANCE
Get Your Laser Workstation Ready for Production
Installation & Setup Guidance
Step-by-step guidance for connecting the laser system, 3D focusing head, industrial PC, and water chiller.
Software & Operator Training
Learn artwork import, parameter setup, machine operation, and basic maintenance through manuals and training videos.
02
ENGINEER SUPPORT
Technical Help for Your Engraving & Cutting Jobs
3D Focusing & Scanning Support
Get guidance on focus settings, scanning area adjustments, and engraving quality issues.
Engraving & Cutting Parameters
Receive processing advice for denim, leather, wood, acrylic, and other compatible materials.
Software & Artwork Support
Get help with artwork import, processing settings, and software operation.
Remote Troubleshooting
Share photos or videos with our engineers for remote diagnosis of machine and processing issues.
03
ONGOING SUPPORT
Support That Continues Beyond Installation
Optics & Cooling Maintenance
Get maintenance guidance for optical components, the worktable, and the industrial water chiller.
Spare Parts Assistance
Get help identifying compatible lenses, optical components, and other replacement parts.
Regular Follow-Up
Our service team follows up on machine operation, answers questions, and provides maintenance recommendations.
Warranty & Service Support
Receive warranty assistance and service guidance according to the confirmed equipment terms.
Technical Specifications
Model
MW-RF(100w-250w)-3D
Max Marking Area
800mmx800mm
Laser Generator
USA Imported RF Metal Laser Tube
Laser Power
0-200W (Continuously Adjustable)
Wavelength
10.64µm
Min Character
0.4mm
Marking Speed
≤8000mm/s
Marking Depth
≤5mm (Depends on materials)
Repeat Precision
±0.02mm
Cooling System
Water Cooling
Power Supply
220V(±10%)/50Hz/30A
Gross Power
<3.5KW
Operating Temperature
10℃-45℃
Warranty
2 Years
Dimension
1800mmx500mmx1600mm (Optic System)
560mm x840mm x830mm (Control System)
500mm x600mm x810mm (Cooling System)
Ross Weight
300kg
Dimension（mm）
120*85*160cm
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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