FLUX HEXA RF Desktop RF CO2 Laser Cutter
FLUX HEXA RF Desktop RF CO2 Laser Cutter
✓ 30W / 60W / 80W RF CO2 Laser
✓ 20,000 hour Lifespan
✓ 2000 mm/s Super High Speed
✓ Certified by CE, FCC, FDA & SGS / Compliance - IEC 60825-1 / FDA Class 1 Laser Safety Compliance
✓ Compatible with LightBurn and Beam Studio
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Free Shipping
Free Shipping
Shipping Notice
- Orders ship within 3 business days in the U.S.; 5 business days for Canada and Alaska.
- Orders shipped to Canada may be subject to import duties and taxes due to local regulations. These charges are determined and collected by local customs authorities and are the responsibility of the recipient.
- For further information, please please refer to the Shipping Policy.
Lifetime Customer Service
Lifetime Customer Service
For customer support, please contact us at support@flux3dp.com or via FLUX Facebook Messenger.
Warranty Policy
Warranty Policy
For detailed information about the warranty policy, please refer to the following link:FLUX Warranty Policy.
Free Software
Free Software
Meet Beam Studio
Free laser cutter software built for FLUX Lasers, Beam Studio works on desktop, tablet, and mobile, enabling seamless creation across multiple platforms.
Finer, Faster, and Built to Last.
Finer engraving, faster fulfillment, and repeatable production quality, HEXA RF is the upgrade that changes what your laser can deliver.
Get the Highlights
How RF Changes Everything
RF (Radio Frequency) changes how a laser performs. With a finer beam, greater stability, and longer service life, the RF metal laser tube is built for cleaner engraving, sharper detail, and more consistent results over time. From intricate designs to scaled production, it delivers the precision and reliability professionals depend on.
20,000 hours
Stable performance
2,000 DPI
Stunning Detail
0.07 mm
Incredibly fine beam
2,000 mm/s
Faster than ever
Why Upgrade to HEXA RF
Who is HEXA RF For
Growing Custom
Product Sellers
Turn custom orders into consistent production.
When orders grow, speed and consistency matter. HEXA RF helps you produce cleaner work, faster, and with fewer mistakes.
Best for
- Faster batch production
- Consistent engraving quality
- Ready for daily orders
Precision
Makers
Make fine details look clean, sharp, and premium.
For premium gifts, awards, and detailed custom pieces, HEXA RF keeps every line crisp, clean, and consistent.
Best for
- Sharper fine details
- Cleaner small text
- Premium engraving quality
Scaling
Teams
Build a workflow your team can repeat with confidence.
Built for teams that need repeatable results, faster workflows, and easier handoff between operators.
Best for
- Repeatable production results
- Easier team handoff
- Less downtime, more output
Education &
Labs
Equip classrooms and labs with a laser built for years of shared use.
Designed for long-term shared use, with a long-lasting RF metal tube that helps reduce maintenance interruptions.
Best for
- Long-lasting RF metal tube
- Fewer maintenance interruptions
- Built for shared use
See the Difference
in Precision
Featuring a 0.07mm ultra-fine beam and up to 2,000 DPI resolution, HEXA RF delivers sharper, more precise engraving and cleaner edges compared to traditional CO2 glass tubes.
Create Premium Personalized Products That Sell
Produce More,
Earn Smarter
Blink, and it’s done
With engraving speeds of up to 2,000 mm/s, HEXA RF is built for high-throughput production. Powered by a metal RF laser tube, it helps you move through batches faster while maintaining precise, consistent results.
Power That Cuts Deeper
30W RF
60W RF
80W RF
Power Equivalence Table
| RF Metal Tube | 30W | 60W | 80W |
|---|---|---|---|
| Equivalent CO2 Glass Tubeest. |
52W | 90W | 120W |
*This table is for reference only; actual results may vary based on materials and focal optics.
Power That Cuts Deeper
30W RF
60W RF
80W RF
Power Equivalence Table
| RF Metal Tube | 30W | 60W | 80W |
|---|---|---|---|
| Equivalent CO2 Glass Tubeest. |
52W | 90W | 120W |
*This table is for reference only; actual results may vary based on materials and focal optics.
Finer Cuts,
Narrower Kerf
Powered by a 0.07 mm beam spot, HEXA RF delivers finer cuts and narrower kerf than traditional glass tube lasers.
Room to Create for
Your Masterpiece.
HEXA RF offers an expansive 29 x 16 inch working area, letting you customize over 50 standard business cards at once or tackle a full-size wooden panel in a single run.
More Materials to
Create with.
Designed for
Effortless Control
Add-Ons for
Expanded Possibilities
Extra spaces, holds thicker materials with ease.
Effortless engraving on cylinders, from glass cups to wine bottles.
Process materials beyond the standard work area
Beam Air Pro,
Built for Professional Spaces
3-Stage
Filtration System
Adjustable
Ventilation
Smart Dashboard to
Monitor Filters
Tranquil Trio
Configuration
Simple Enough for First-Timers,
Powerful Enough for Pros.
Beam Studio, FLUX’s intuitive laser software, comes with built-in material settings and a simple, easy-to-navigate interface. With features like gradients, sharpening, and advanced editing tools, even first-time creators can achieve professional results with ease.
SVG / JPG / PNG / PDF / DXF / AI / WEBP
Simple Enough for First-Timers,
Powerful Enough for Pros.
Beam Studio, FLUX’s intuitive laser software, comes with built-in material settings and a simple, easy-to-navigate interface. With features like gradients, sharpening, and advanced editing tools, even first-time creators can achieve professional results with ease.
SVG / JPG / PNG / PDF / DXF / AI / WEBP
More Advanced Features
Designed For You
LightBurn
Compatible
Super Safe and
Easy to Maintain
HEXA RF is certified by CE, FCC, and FDA, meeting global safety and quality standards. Additionally, it complies with the IEC60825-1 standard and is SGS-certified, providing users with the highest level of safety assurance.
No Water Cooling,
Zero Maintenance
Emergency Button
Instant Shutdown
Built-in Flame Sensor
Stops Automatically
Fully Enclosed Design
Stops When Opened
HEXA RF Spec
Product Spec
| Laser Power | 30W RF CO2 / 60W RF CO2 / 80W RF CO2 |
|---|---|
| Laser Wavelength | 10640 nm |
| Size (L × W × H) | 43.70" × 31.93" × 12.48" |
| Weight |
158.73 lbs
30W
163.14 lbs
60W
169.76 lbs
80W
|
| Package Size |
51.18" × 38.58" × 18.11" |
| Package Weight |
171.96 lbs
30W
174.17 lbs
60W
185.19 lbs
80W
|
| Laser Resolution | 2000 DPI |
| Laser Spot | 0.07 mm |
| Max Engraving Speed | 2000mm/s |
| Max Acceleration | 3G |
| Camera Resolution | HD 16MP (wide-angle) + HD 8MP (close-up) |
| Camera Preview Area |
28.74" × 16.14" |
| Laser Alignment | Camera Preview / Red Light Preview |
| Auto Focus | Built-in |
| Safety Certification | Class 1 (IEC 60825-1) |
Work Area
honeycomb
honeycomb
Pocket Add-on
Software and Connection
| Control Software | Beam Studio / LightBurn (built-in) |
|---|---|
| Operating System |
Windows / macOS / Linux / ChromeOS / iOS / iPadOS / Android |
| I/O Port | USB-A × 3 / USB-B × 1 |
| Connectivity |
Wi-Fi / USB / Ethernet (by USB Adaptor) / Direct Network Cable (by USB Adaptor) |
| Control Device | Computer / Mobile / Tablet |
Extension Pocket Add-on
Chuck Rotary Add-on
*Requires Extension Pocket Add-onfor Ring
for Cylinder Object
for Sphere Object
Auto Feeder Add-on
*Requires Extension Pocket Add-onslot
Extension Pocket Add-on
slot
Add-on ¹
slot
Add-on ¹
Length (Depth)
Length Under Machine (Depth)h
Product Spec
| Laser Power | 30W RF CO2 / 60W RF CO2 / 80W RF CO2 |
|---|---|
| Laser Wavelength | 10640 nm |
| Size (L × W × H) | 1110 × 811 × 317 mm |
| Weight |
72 kg
30W
74 kg
60W
77 kg
80W
|
| Package Size | 1300 × 980 × 460 mm |
| Package Weight |
78 kg
30W
79 kg
60W
84 kg
80W
|
| Laser Resolution | 2000 DPI |
| Laser Spot | 0.07 mm |
| Max Engraving Speed | 2000mm/s |
| Max Acceleration | 3G |
| Camera Resolution | HD 16MP (wide-angle) + HD 8MP (close-up) |
| Camera Preview Area | 730 × 410 mm |
| Laser Alignment | Camera Preview / Red Light Preview |
| Auto Focus | Built-in |
| Safety Certification | Class 1 (IEC 60825-1) |
Work Area
honeycomb
honeycomb
Pocket Add-on
Software and Connection
| Control Software | Beam Studio / LightBurn (built-in) |
|---|---|
| Operating System |
Windows / macOS / Linux / ChromeOS / iOS / iPadOS / Android |
| I/O Port | USB-A × 3 / USB-B × 1 |
| Connectivity |
Wi-Fi / USB / Ethernet (by USB Adaptor) / Direct Network Cable (by USB Adaptor) |
| Control Device | Computer / Mobile / Tablet |
Extension Pocket Add-on
Chuck Rotary Add-on
*Requires Extension Pocket Add-onfor Ring
for Cylinder Object
for Sphere Object
Auto Feeder Add-on
*Requires Extension Pocket Add-onslot
Extension Pocket Add-on
slot
Add-on ¹
slot
Add-on ¹
Length (Depth)
Length Under Machine (Depth)
FAQ
General
-
What is HEXA RF?
HEXA RF is FLUX’s flagship, high-end laser cutter featuring an upgraded RF (Radio Frequency) metal laser tube. It precisely cuts and engraves common materials such as wood, acrylic and leather. With premium hardware and software optimization, it offers an exceptionally detailed, reliable, and professional user experience.
-
What are the differences between FLUX HEXA RF and the standard FLUX HEXA?
The primary difference lies in the laser technology. The standard FLUX HEXA uses a traditional 60W CO2 glass laser tube (DC laser), whereas the HEXA RF series upgrades to high-efficiency RF metal laser tubes, available in 30W, 60W, and 80W configurations. While sharing the same large working area and structural design, the HEXA RF provides a significantly finer laser spot size, faster engraving speeds, longer tube operational life, and superior engraving consistency.
-
What wattage options are available for the FLUX HEXA RF?
The FLUX HEXA RF laser cutter series offers three distinct power configurations: the 30W RF laser tube, the 60W RF laser tube, and the 80W RF laser tube. Users should choose their configuration based on material thickness targets and production volume needs.
About Laser
-
How does the lifespan of an RF metal tube compare to a CO2 glass tube?
RF metal laser tubes last for several years (approx. 20,000+ hours) and can be gas-refilled when depleted. CO2 glass laser tubes are consumables that generally last only 6 to 12 months (approx. 2,000 to 6,000 hours) and must be replaced entirely.
-
What is the difference in laser spot size and engraving quality between RF tubes and glass tubes?
RF tubes produce an ultra-fine 0.07 mm laser spot, delivering exceptionally high resolution and crisp details for intricate engraving projects. Glass tubes have a larger, less concentrated laser spot size, which works well for standard cutting but lacks the fine precision required for complex, high-density engraving.
-
Why do RF metal laser tubes engrave faster than CO2 glass tubes?
RF tubes respond instantly to electronic pulses due to a much higher modulation rate, enabling the FLUX HEXA RF to achieve ultra-fast engraving speeds of up to 2000 mm/s. Traditional glass tubes rely on a slower gas ionization reaction time, which strictly limits their processing speed and resolution.
-
How do RF tubes and glass tubes differ in cooling requirements and power stability?
RF tubes offer high power stability and maintain a highly consistent laser output during continuous jobs. Glass tubes rely heavily on water cooling and are prone to power fluctuations as the water temperature changes or as the glass tube ages.
-
How does the laser power of an RF metal tube compare to a traditional CO2 glass tube in terms of practical cutting efficiency?
Due to the superior beam quality, higher energy density, and instant pulse modulation of RF technology, RF metal tubes deliver significantly greater processing efficiency than traditional glass tubes with higher rated wattages, meaning a 30W RF tube provides cutting capabilities roughly equivalent to a 52W CO2 glass tube, a 60W RF tube performs closely to a 90W CO2 glass tube, and an 80W RF tube matches the practical output of a 120W CO2 glass tube.
About Hardware
-
Do users need to learn any skills before operating the FLUX HEXA RF?
Before using the laser cutter, it is recommended to have basic vector design knowledge and a fundamental understanding of laser operations. Users can learn the basics through FLUX’s official YouTube channel or social media platforms (Instagram, Facebook, and the FLUX Facebook Group). For detailed documentation, refer to the HEXA RF Help Center.
-
What is the warranty coverage for the FLUX HEXA RF and its laser tube?
The FLUX HEXA RF machine body comes with a 2-year warranty coverage. The high-performance RF metal laser tube is backed by a 1-year limited warranty setup. For specific information, refer to the HEXA RF Warranty Terms & Disclaimer.
-
What are the physical working area dimensions of the FLUX HEXA RF?
The FLUX HEXA RF features a physical working area of 28.74" × 16.14". The bed depth is 4.92" with the honeycomb platform removed, and can be extended to 8.46" with the optional Extension Pocket for processing taller materials and objects.
-
What materials can the FLUX HEXA RF cut and engrave?
HEXA RF precisely cuts wood, acrylic and leather. The RF metal tube delivers exceptional high-resolution engraving details on a wide range of materials, including stone, anodized metal, glass, and rubber.
-
How do users choose between the 30W, 60W, and 80W power configurations based on their specific material cutting capabilities?
Users should select their wattage based on their primary material thickness requirements, where the 30W RF option can cleanly cut through up to 0.59" (approx. 5/8") Japanese Cypress and 0.63" (approx. 5/8") Acrylic, the 60W configuration upgrades cutting capabilities up to 0.94" (approx. 15/16") Japanese Cypress and 1.06" (approx. 1") Acrylic, and the 80W configuration provides maximum performance to cut through up to 1.18" (approx. 1-3/16") Japanese Cypress and 1.26" (approx. 1-1/4") Acrylic in a single pass.
-
Can the FLUX HEXA RF cut deeper than its standard material specifications?
Yes. By reducing the cutting speed in the software or performing multiple passes, users can achieve deeper cuts than standard single-pass specifications.
-
Does the FLUX HEXA RF support camera preview, and what features are included?
Yes, the FLUX HEXA RF features an advanced dual-camera system that provides a full preview perfectly matching the actual physical working area of the machine. The built-in wide-angle camera captures a complete layout snapshot of the whole bed for general positioning, which fully supports workflows in both Beam Studio and LightBurn software. The close-up camera is attached directly to the laser head to deliver macro previews for precision accuracy, operating exclusively within Beam Studio software.
-
What alignment methods can users choose to position materials on the FLUX HEXA RF?
Users can perform precise alignment based on their specific project workflow by choosing from three available methods, which include the dual-camera preview system for direct on-screen layout, red light preview to track the design boundaries on the material, or initiating processing directly from the current position of the laser head.
-
How do users autofocus the material on the FLUX HEXA RF?
The HEXA RF features a built-in auto focus system that users can operate by first moving the laser head directly above the specific material they intend to process, and then pressing and holding the physical "AF" button located on the bottom left of the machine's touchscreen panel for 2-3 seconds to complete the calibration.
-
What safety features and precautions are included with the FLUX HEXA RF?
HEXA RF is CE, FCC, and FDA certified, complies with IEC60825-1 standards, and is SGS certified. Safety hardware includes a fully enclosed design, a lid-open safety stop mechanism that halts operation when the cover is lifted, and a physical emergency stop button on the right side of the machine.
-
Can the FLUX HEXA RF cut metal sheets?
No, HEXA RF utilizes a far-infrared wavelength CO2 laser designed for non-metal materials, meaning it cannot cut through metal sheets. However, due to the high modulation rate and fine spot of the RF laser, it delivers outstanding results when engraving on anodized or coated metals. It cuts wood, acrylic, and leather perfectly.
-
Does the FLUX HEXA RF have built-in air assist and exhaust functions?
Yes, HEXA RF features a built-in air pump and a powerful exhaust fan. The air assist prevents materials from burning or leaving scorch marks, while the exhaust fan removes cutting fumes from the machine chassis.
-
Does the FLUX HEXA RF come with a honeycomb cutting platform?
Yes, the FLUX HEXA RF laser cutter package includes a professional honeycomb platform as a standard accessory to support materials and reduce rear laser reflections during processing.
-
What are the material thickness limits for the FLUX HEXA RF under different hardware configurations?
The maximum material thickness varies by configuration, allowing for up to 2.36" with the honeycomb platform installed, increasing to 4.92" when the honeycomb platform is removed, and extending up to 8.46" if the honeycomb platform is removed and the optional Extension Pocket Add-on is attached.
-
What is the recommended installation environment for the FLUX HEXA RF?
It is recommended to install the machine in a well-ventilated area with a window. Because laser cutting generates combustion fumes and dust, users must use the included vent hose to direct fumes outside. For optimal indoor air quality, pair the machine with a professional FLUX Beam Air Pro filter.
-
What routine maintenance does the FLUX HEXA RF require?
Compared to traditional CO2 glass tube lasers, the maintenance for the RF metal tube system is significantly simpler and more user-friendly. Because the HEXA RF utilizes a self-contained, stable RF metal tube architecture, it eliminates the need for water cooling tank management or regular water refills. Routine maintenance is limited only to cleaning the optical mirrors and focus lens regularly based on usage to ensure beam clarity, and periodically applying lubricant to the linear rails to maintain smooth mechanical movement.
-
What consumables does the FLUX HEXA RF require, and how long do they last?
The main consumables for daily laser operations are the optical mirrors and focus lenses, which may require replacement over time depending on your cleaning habits and specific workload intensity. Unlike traditional CO2 glass tubes, the high-performance RF metal laser tube itself is built as a highly durable core hardware component rather than a short-term consumable; it lasts for several years under normal operational parameters and can be sent to the FLUX technical support team for professional gas refilling if power drops after long-term extended use.
-
What optional add-ons are available to expand the capabilities of the FLUX HEXA RF?
Users can expand their hardware capabilities with specialized functional add-ons, which include the Chuck Rotary for securing and engraving cylindrical or irregular objects, the Extension Pocket to bypass standard height restrictions for exceptionally tall objects, and the Auto Feeder system to enable continuous material loading for automated, large-scale batch manufacturing.
-
Can the FLUX HEXA RF engrave on curved or cylindrical objects like bottles and cups?
Yes, by installing the optional Chuck Rotary add-on, the machine can securely grip and precisely rotate irregular or cylindrical objects during the laser process, allowing for seamless 360-degree engraving on bottles, tumblers, and glassware. Please note that operating the Chuck Rotary requires the simultaneous installation of the Extension Pocket add-on to provide the necessary vertical clearance and hardware depth for the rotary assembly and your workpieces.
-
Can the FLUX HEXA RF process materials that are longer than the machine's physical working area?
Yes, by utilizing the optional Auto Feeder add-on, the machine allows users to cut and engrave materials that exceed the physical length limitations of the working bed. This system enables continuous segment processing for exceptionally long boards or rolled materials like leather and fabrics, smoothly advancing the workpiece through the machine for extended workflows.
About Software
-
Is the Beam Studio software free to use with the FLUX HEXA RF?
Yes, Beam Studio is completely free. Users can download and try it out or use the web version without purchasing a machine. Features can be explored on the official Beam Studio page.
-
Does the FLUX HEXA RF support LightBurn software?
Yes, the FLUX HEXA RF supports LightBurn software, allowing professional users to utilize LightBurn's advanced laser control features, layers, and processing settings directly with the machine hardware.
-
What file formats does Beam Studio support for the FLUX HEXA RF?
Beam Studio supports SVG, JPG, PNG, PDF, DXF, AI, and WEBP formats.
-
Which third-party design software is compatible with Beam Studio?
Beam Studio is compatible with Adobe Illustrator, Adobe Photoshop, Affinity Designer, Autodesk AutoCAD, SketchUp, and most other vector or raster design software.
-
What is the purpose of the touchscreen panel on the FLUX HEXA RF?
The high-resolution touchscreen panel embedded in the machine’s casing allows users to directly check the machine’s connection status, adjust hardware parameters, and monitor live job progress.
-
How can the FLUX HEXA RF connect to a network?
The HEXA RF can connect to a network via either Wi-Fi or a wired Ethernet cable.
-
Which operating systems support Beam Studio software?
Beam Studio is available for Windows 10+, macOS 13+, Ubuntu 22+, and ChromeOS.
General
-
What is HEXA RF?
HEXA RF is FLUX’s flagship, high-end laser cutter featuring an upgraded RF (Radio Frequency) metal laser tube. It precisely cuts and engraves common materials such as wood, acrylic and leather. With premium hardware and software optimization, it offers an exceptionally detailed, reliable, and professional user experience.
-
What are the differences between FLUX HEXA RF and the standard FLUX HEXA?
The primary difference lies in the laser technology. The standard FLUX HEXA uses a traditional 60W CO2 glass laser tube (DC laser), whereas the HEXA RF series upgrades to high-efficiency RF metal laser tubes, available in 30W, 60W, and 80W configurations. While sharing the same large working area and structural design, the HEXA RF provides a significantly finer laser spot size, faster engraving speeds, longer tube operational life, and superior engraving consistency.
-
What wattage options are available for the FLUX HEXA RF?
The FLUX HEXA RF laser cutter series offers three distinct power configurations: the 30W RF laser tube, the 60W RF laser tube, and the 80W RF laser tube. Users should choose their configuration based on material thickness targets and production volume needs.
About Laser
-
How does the lifespan of an RF metal tube compare to a CO2 glass tube?
RF metal laser tubes last for several years (approx. 20,000+ hours) and can be gas-refilled when depleted. CO2 glass laser tubes are consumables that generally last only 6 to 12 months (approx. 2,000 to 6,000 hours) and must be replaced entirely.
-
What is the difference in laser spot size and engraving quality between RF tubes and glass tubes?
RF tubes produce an ultra-fine 0.07 mm laser spot, delivering exceptionally high resolution and crisp details for intricate engraving projects. Glass tubes have a larger, less concentrated laser spot size, which works well for standard cutting but lacks the fine precision required for complex, high-density engraving.
-
Why do RF metal laser tubes engrave faster than CO2 glass tubes?
RF tubes respond instantly to electronic pulses due to a much higher modulation rate, enabling the FLUX HEXA RF to achieve ultra-fast engraving speeds of up to 2000 mm/s. Traditional glass tubes rely on a slower gas ionization reaction time, which strictly limits their processing speed and resolution.
-
How do RF tubes and glass tubes differ in cooling requirements and power stability?
RF tubes offer high power stability and maintain a highly consistent laser output during continuous jobs. Glass tubes rely heavily on water cooling and are prone to power fluctuations as the water temperature changes or as the glass tube ages.
-
How does the laser power of an RF metal tube compare to a traditional CO2 glass tube in terms of practical cutting efficiency?
Due to the superior beam quality, higher energy density, and instant pulse modulation of RF technology, RF metal tubes deliver significantly greater processing efficiency than traditional glass tubes with higher rated wattages, meaning a 30W RF tube provides cutting capabilities roughly equivalent to a 52W CO2 glass tube, a 60W RF tube performs closely to a 90W CO2 glass tube, and an 80W RF tube matches the practical output of a 120W CO2 glass tube.
About Hardware
-
Do users need to learn any skills before operating the FLUX HEXA RF?
Before using the laser cutter, it is recommended to have basic vector design knowledge and a fundamental understanding of laser operations. Users can learn the basics through FLUX’s official YouTube channel or social media platforms (Instagram, Facebook, and the FLUX Facebook Group). For detailed documentation, refer to the HEXA RF Help Center.
-
What is the warranty coverage for the FLUX HEXA RF and its laser tube?
The FLUX HEXA RF machine body comes with a 2-year warranty coverage. The high-performance RF metal laser tube is backed by a 1-year limited warranty setup. For specific information, refer to the HEXA RF Warranty Terms & Disclaimer.
-
What are the physical working area dimensions of the FLUX HEXA RF?
The FLUX HEXA RF provides a spacious professional workspace with a physical working area of 730 mm × 410 mm. It offers a standard bed depth of 125 mm with the honeycomb platform removed, or up to 215 mm when the optional Extension Pocket is installed, allowing you to process taller workpieces.
-
What materials can the FLUX HEXA RF cut and engrave?
HEXA RF precisely cuts wood, acrylic and leather. The RF metal tube delivers exceptional high-resolution engraving details on a wide range of materials, including stone, anodized metal, glass, and rubber.
-
How do users choose between the 30W, 60W, and 80W power configurations based on their specific material cutting capabilities?
Users should select their wattage based on their primary material thickness requirements, where the 30W RF option can cleanly cut through up to 15 mm Japanese Cypress and 16 mm Acrylic, the 60W configuration upgrades cutting capabilities up to 24 mm Japanese Cypress and 27 mm Acrylic, and the 80W configuration provides maximum performance to cut through up to 30 mm Japanese Cypress and 32 mm Acrylic in a single pass.
-
Can the FLUX HEXA RF cut deeper than its standard material specifications?
Yes. By reducing the cutting speed in the software or performing multiple passes, users can achieve deeper cuts than standard single-pass specifications.
-
Does the FLUX HEXA RF support camera preview, and what features are included?
Yes, the FLUX HEXA RF features an advanced dual-camera system that provides a full preview perfectly matching the actual physical working area of the machine. The built-in wide-angle camera captures a complete layout snapshot of the whole bed for general positioning, which fully supports workflows in both Beam Studio and LightBurn software. The close-up camera is attached directly to the laser head to deliver macro previews for precision accuracy, operating exclusively within Beam Studio software.
-
What alignment methods can users choose to position materials on the FLUX HEXA RF?
Users can perform precise alignment based on their specific project workflow by choosing from three available methods, which include the dual-camera preview system for direct on-screen layout, red light preview to track the design boundaries on the material, or initiating processing directly from the current position of the laser head.
-
How do users autofocus the material on the FLUX HEXA RF?
The HEXA RF features a built-in auto focus system that users can operate by first moving the laser head directly above the specific material they intend to process, and then pressing and holding the physical "AF" button located on the bottom left of the machine's touchscreen panel for 2–3 seconds to complete the calibration.
-
What safety features and precautions are included with the FLUX HEXA RF?
HEXA RF is CE, FCC, and FDA certified, complies with IEC60825-1 standards, and is SGS certified. Safety hardware includes a fully enclosed design, a lid-open safety stop mechanism that halts operation when the cover is lifted, and a physical emergency stop button on the right side of the machine.
-
Can the FLUX HEXA RF cut metal sheets?
No, HEXA RF utilizes a far-infrared wavelength CO2 laser designed for non-metal materials, meaning it cannot cut through metal sheets. However, due to the high modulation rate and fine spot of the RF laser, it delivers outstanding results when engraving on anodized or coated metals. It cuts wood, acrylic, and leather perfectly.
-
Does the FLUX HEXA RF have built-in air assist and exhaust functions?
Yes, HEXA RF features a built-in air pump and a powerful exhaust fan. The air assist prevents materials from burning or leaving scorch marks, while the exhaust fan removes cutting fumes from the machine chassis.
-
Does the FLUX HEXA RF come with a honeycomb cutting platform?
Yes, the FLUX HEXA RF laser cutter package includes a professional honeycomb platform as a standard accessory to support materials and reduce rear laser reflections during processing.
-
What are the material thickness limits for the FLUX HEXA RF under different hardware configurations?
The maximum material thickness varies by configuration, allowing for up to 60 mm with the honeycomb platform installed, increasing to 125 mm when the honeycomb platform is removed, and extending up to 215 mm if the honeycomb platform is removed and the optional Extension Pocket Add-on is attached.
-
What is the recommended installation environment for the FLUX HEXA RF?
It is recommended to install the machine in a well-ventilated area with a window. Because laser cutting generates combustion fumes and dust, users must use the included vent hose to direct fumes outside. For optimal indoor air quality, pair the machine with a professional FLUX Beam Air Pro filter.
-
What routine maintenance does the FLUX HEXA RF require?
Compared to traditional CO2 glass tube lasers, the maintenance for the RF metal tube system is significantly simpler and more user-friendly. Because the HEXA RF utilizes a self-contained, stable RF metal tube architecture, it eliminates the need for water cooling tank management or regular water refills. Routine maintenance is limited only to cleaning the optical mirrors and focus lens regularly based on usage to ensure beam clarity, and periodically applying lubricant to the linear rails to maintain smooth mechanical movement.
-
What consumables does the FLUX HEXA RF require, and how long do they last?
The main consumables for daily laser operations are the optical mirrors and focus lenses, which may require replacement over time depending on your cleaning habits and specific workload intensity. Unlike traditional CO2 glass tubes, the high-performance RF metal laser tube itself is built as a highly durable core hardware component rather than a short-term consumable; it lasts for several years under normal operational parameters and can be sent to the FLUX technical support team for professional gas refilling if power drops after long-term extended use.
-
What optional add-ons are available to expand the capabilities of the FLUX HEXA RF?
Users can expand their hardware capabilities with specialized functional add-ons, which include the Chuck Rotary for securing and engraving cylindrical or irregular objects, the Extension Pocket to bypass standard height restrictions for exceptionally tall objects, and the Auto Feeder system to enable continuous material loading for automated, large-scale batch manufacturing.
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Can the FLUX HEXA RF engrave on curved or cylindrical objects like bottles and cups?
Yes, by installing the optional Chuck Rotary add-on, the machine can securely grip and precisely rotate irregular or cylindrical objects during the laser process, allowing for seamless 360-degree engraving on bottles, tumblers, and glassware. Please note that operating the Chuck Rotary requires the simultaneous installation of the Extension Pocket add-on to provide the necessary vertical clearance and hardware depth for the rotary assembly and your workpieces.
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Can the FLUX HEXA RF process materials that are longer than the machine's physical working area?
Yes, by utilizing the optional Auto Feeder add-on, the machine allows users to cut and engrave materials that exceed the physical length limitations of the working bed. This system enables continuous segment processing for exceptionally long boards or rolled materials like leather and fabrics, smoothly advancing the workpiece through the machine for extended workflows.
About Software
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Is the Beam Studio software free to use with the FLUX HEXA RF?
Yes, Beam Studio is completely free. Users can download and try it out or use the web version without purchasing a machine. Features can be explored on the official Beam Studio page.
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Does the FLUX HEXA RF support LightBurn software?
Yes, the FLUX HEXA RF supports LightBurn software, allowing professional users to utilize LightBurn's advanced laser control features, layers, and processing settings directly with the machine hardware.
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What file formats does Beam Studio support for the FLUX HEXA RF?
Beam Studio supports SVG, JPG, PNG, PDF, DXF, AI, and WEBP formats.
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Which third-party design software is compatible with Beam Studio?
Beam Studio is compatible with Adobe Illustrator, Adobe Photoshop, Affinity Designer, Autodesk AutoCAD, SketchUp, and most other vector or raster design software.
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What is the purpose of the touchscreen panel on the FLUX HEXA RF?
The high-resolution touchscreen panel embedded in the machine’s casing allows users to directly check the machine’s connection status, adjust hardware parameters, and monitor live job progress.
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How can the FLUX HEXA RF connect to a network?
The HEXA RF can connect to a network via either Wi-Fi or a wired Ethernet cable.
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Which operating systems support Beam Studio software?
Beam Studio is available for Windows 10+, macOS 13+, Ubuntu 22+, and ChromeOS.
