CREALITY3D CR3D K1 MAX - 3D printer, K1 Max
688.77 EUR
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Ground-breaking printing speed that is 12x faster
The K1 Max achieves 600 mm/s* printing speed in just 0.03 seconds with an acceleration of 20,000 mm/s². The productivity of a K1 3D printer is the same as that of multiple standard 3D printers.
With its breathtaking speed, the K1 Max will awaken people's enthusiasm for 3D printing. The fast speed reduces printing time and increases efficiency. It consumes less energy for the same performance and is therefore more eco-friendly. But, above all, it is about pure joy in creating.
Basic requirement for high-speed printing
The K1 Max combines fast XY-Core printing technology with a 190-gram print head. The lightweight design of all moving parts, combined with the sturdy frame construction, guarantees vibration-free movements. This guarantees fast and fluid workflows.
EAN: 6971636403128
Delivery Cost: 17.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
- Ground-breaking printing speed that is 12x faster
- Max. flow: 32 mm³/s
- Double-sided component cooling
- AI-LiDAR monitors and controls the first shift
- AI camera controls printing behaviour
- Real-time monitoring
- Additional component cooling in the print chamber
- Fully automatic print bed measurement and calibration
- Self-diagnostics at the touch of a button
Ground-breaking printing speed that is 12x faster
The K1 Max achieves 600 mm/s* printing speed in just 0.03 seconds with an acceleration of 20,000 mm/s². The productivity of a K1 3D printer is the same as that of multiple standard 3D printers.
With its breathtaking speed, the K1 Max will awaken people's enthusiasm for 3D printing. The fast speed reduces printing time and increases efficiency. It consumes less energy for the same performance and is therefore more eco-friendly. But, above all, it is about pure joy in creating.
Basic requirement for high-speed printing
The K1 Max combines fast XY-Core printing technology with a 190-gram print head. The lightweight design of all moving parts, combined with the sturdy frame construction, guarantees vibration-free movements. This guarantees fast and fluid workflows.
EAN: 6971636403128
Delivery Cost: 17.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products
- For carbon-fibre-reinforced materials, high stability
- Fast (600 mm/s), CoreXY for accuracy
- All-metal extruder, triple-cooling
- AI monitoring, automatic levelling
- Quiet operation
The Creality K1C redefines 3D printing by combining robust design with ultra-high speed and smart features. Whether you need it for industrial applications, prototyping or creative projects - the K1C is prepared for all challenges. Experience the future of 3D printing with the Creality K1C and set new standards in quality and efficiency.
- Automatic calibration
- Connected for intelligent control.
- Precise linear rail on the X axis
- Hotend with 60-W ceramic heating
- Fast printing
- Model cooling fans on both sides
- Printing at 300°C supports more filaments
- Extensive accessories for DIY enthusiasts
Intelligent user interface and automatic calibration
Touch-sensitive user interface with an intuitive tab, intelligent self-test for Z offset, automatic levelling and more with just one tap, real-time model preview and vivid motion graphics of print parameters.
Intelligent algorithms, better print quality
Input moulding: reduces the vibrations of the printer for minimal lingering or ghosting. Motion feed: optimises material flow for less blobbing and leakage.
Intelligent control and monitoring from anywhere
The fun goes beyond the boundaries of space with LAN printing and cloud printing. Every aspect of your 3D printer can be controlled via WiFi from a PC (Creality Print) or a phone (Creality Cloud APP). With multiple printers online, you can manage them efficiently as a print farm.
Levelling forms the basis for print quality. The Ender-3 V3 SE features a CR touch sensor for automatic levelling and an elongation sensor for automatic Z offset. You do not need to turn screws or pull the paper. Just sit back and enjoy your successful printing.
The user interface comes to life
The user interface displays the levelling process and other parameters with moving graphics. You can see at a glance how the printer works.
Automatic filament loading and unloading
Tap ''Extrude'' and the filament will flow evenly out of the nozzle. Tap ''Retract'' and the filament will flow out quickly. This makes it easy to replace the filament.
- Fast prints: 600 mm/s with CoreXZ system
- Large volumes: 300 x 300 x 330 mm
- Effective cooling: two high-performance fans
- Stable movement: high-torque motors and support rods
- Easy to use: 4.3-inch touchscreen and cloud app
The Ender-3 V3 Plus is a high-performance 3D printer that achieves a maximum print speed of 600 mm/s thanks to its CoreXZ motion system, making it ideal for fast prototypes and small batches. Its robust metal design and generous build volume allow large objects or multiple parts to be printed at the same time. The printer also provides efficient cooling, easy maintenance and a variety of features for demanding printing tasks.
Supported resolutions
Max. Resolution 3840*2160@60Hz, 4096*2160@60Hz
Input
- PC 1: HDMI™, USB, Mic, Stereo Port
- PC 2: HDMI™, USB, Mic, Stereo Port
- 3.5 mm Mic jack
- DC 5V power supply
Output:
- 1x HDMI™ jack
- 1x MIC jack
- 1x stereo jack
- 1x USB mouse connector
- 1x USB keyboard port
- 3.5 mm stereo port
The CSV-1382 is a high performance HDMI™ keyboard video and mouse (KVM) switcher.
It routes high-definition video up to 4096 x 2160 at 60Hz resolution and audio from any HDMI™ source to any HDMI™-supported display.
This HDMI™ KVM switcher not only has the push-button switching function, but also has a smart function and a hot-plug function.
Features
- Supports resolutions up to 4Kx2K@60Hz
- Supports RGB 4:4:4/ YCbCr 4:4:4/ YCbCr 4:2:2/ YCbCr 4:2:0
- Supports KVM function
- Supports one HDMI™ display and one set of keyboard and mouse to control two PCs with HDMI™ ports
- Supports 6Gbps per channel (18Gbps for all channels) bandwidth
- Supports 12bit per channel (36bit for all channels) color depth
- Supports HDCP 2.2/1.4
- Supports3D
- Supports HDR
- Supports infrared remote control function
- Supports LED display switching
Package Contents:
- 1x CSV-1382 HDMI™ KVM Switch
- 1x external power supply 5V 3A
- 1x IR remote control
- 1x IR extender
- 2x USB Type-B male to USB-A male cable
- Quick Installation Guide
Supported resolutions
max. resolutions: 3840*2160@60Hz, 4096*2160@60Hz
Input
- PC 1: DisplayPort™, USB, microphone, stereo jack
- PC 2: DisplayPort™, USB, microphone, stereo jack
- 3.5mm microphone input
- DC 5V power supply
Output
- 1x HDMI™ jack
- 1x DisplayPort™ jack
- 1x microphone
- 1x stereo jack
- 1x USB mouse port
- 1x USB keyboard connector
- 3.5mm stereo jack
The CSV-7210 is a high-performance DisplayPort™ KVM (keyboard, video and mouse) switcher.
It routes high-definition video up to 4096 x 2160 at 60 Hz resolution and audio from any DisplayPort™ source to any HDMI™ or DisplayPort™ supported display.
This DisplayPort™ KVM switcher not only features one-touch switching, but also an intelligent hot-plug feature that allows switching without having to power off the device.
DisplayPort™
- Supports 8.1 Gbps per channel (32.4 Gbps all channels) bandwidth
- Supports 16 bits per channel (48 bits all channels) Deep Color
- Supports HDR
HDMI™
- Supports 6 Gbit/s per channel (18 Gbit/s all channels) Bandwidth
- Supports 12 bits per channel (36 bits all channels) Deep Color
- Supports HDCP 2.2/1.4
- Supports HDR
Features
- Supports resolution up to 4Kx2K@60Hz
- Supports RGB 4:4:4/ YCbCr 4:4:4/ YCbCr 4:2:2/ YCbCr 4:2:0
- Supports KVM function
- Supports one DisplayPort™ or HDMI™ display and one set of keyboard and mouse to control two PCs with DisplayPort™ ports
Package Contents:
- 1x CSV-7210 DisplayPort™ KVM Switch
- 1x External power supply 5 V 3 A
- 1x IR remote control x1
- 1x IR extender
- 2x Cable USB type B male to USB type A male
- 1x Quick installation guide
- Automatic calibration: filament detection, levelling and pressure advance calibration. All automatically!
- Extruders packed with functionality: easy to maintain and virtually clog-free thanks to the integrated design.
- Easy to commission: the Creality Hi is pre-assembled to 95%, with a carefully structured guide to get you off to the perfect start.
- Solid metal enclosure: stable and stylish thanks to precision-manufactured aluminium alloy components!
- Fast print speeds: maximum speed of up to 500 mm/sec
- Maximum acceleration: 12,000 mm/sec²
Integrated sensor for filament detection
Simply scan a Creality RFID filament on the right-hand side of the printer and the integrated sensor will automatically detect the colour and the type of filament. You will receive a notification if there is a conflict between the slicing information and the filament being used
- An excellent choice for multicolour 3D printing
- Intelligent CFS: up to 16 colours at the same time thanks to the new Creality CFS!
- Automatic calibration: filament detection, levelling and pressure advance calibration. All automatically!
- Extruders packed with functionality: easy to maintain and virtually clog-free thanks to the integrated design.
- Easy to commission: the Creality Hi is pre-assembled to 95%, with a carefully structured guide to get you off to the perfect start.
- Solid metal enclosure: stable and stylish thanks to precision-manufactured aluminium alloy components!
- Fast print speeds: maximum speed of up to 500 mm/sec
- Maximum acceleration: 12,000 mm/sec²
Bring colour into your projects
The CFS has a connection hub on the back where you can connect up to 4 CFS units in order to enjoy the full splendour of up to 16 colours*. This system saves you from painting your prints.
* Only one CFS unit is included with the Creality Hi Combo. To enjoy the full 16 colours you will need to purchase three additional CFS units
- Smooth PEI surface for the flat model surface
- PEI is resistant to wear and high temperatures and delivers stable performance
- High-strength spring steel plate, not easily deformed
- Easy removal of printed models
- Strong magnetic power, hard to displace
- Well-designed, fine details
- Full compatibility: FDM 3D printer with a mounting plate size of 315 x 310 mm & K1 Max
- Size: 315 x 310 mm
- Hybrid blue laser and NIR, metrology-level accuracy
- The first multi-line blue laser 3D scanner for consumers
- Seven laser lines for metrology-level accuracy
- High speeds when scanning your models
- Structured infrared light for precise and detailed scanning
- Thanks to its versatility, the Raptor scans for all formats
- Stabilisation and anti-shake protection for smooth scanning
- Scan black/metallic objects without scanning support sprays
- Quiet scanning in a variety of environments
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide makes insertion significantly easier.
Stable and durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. This means that each press-in nut has a long service life and is easy to use. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
RP-F10 POS Printer Series
- Top and front paper exit
- Very compact 127 mm x 127 mm x 127 mm
- Max. printing speed 250 mm/s
- IPx1 protection (front paper exit model)
- Easy BT pairing via NFC (Bluetooth model)
- USB Type-C port (Bluetooth, USB Type-C model)
- Print Service for Android (Bluetooth model)
2-WAY
Paper Top-Exit and Front-Exit (IPx1) are available in one Model
Communicative
USB, LAN or BT Interface, easy Bluetooth Pairing via NFC
Very compact
127 mm cubic shape for even more flexibility at the Point-Of-Sale
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
- Single extruder
- 1.75 mm PLA, PETG, TPU, ABS, ASA, PLA-CF, PETG-CF
- Max. printing size: 22 x 22 x 22 cm
- Heated bed
- Webcam
- Enclosed building area
- Ultra-fast printing
- Fast warm-up time: <10 minutes
- One-click levelling
- Quick and easy to change nozzles
- Internal and external filtration to protect your respiratory system
- Suitable for any room
- 50 dB quiet printing
- Power failure recovery
- Double-sided, flexible PEI steel plate
- Filament end warning
- Automatic shut-off
- Remote control by camera
The Adventurer 5M Pro is a versatile tool that can be used for parent-child activities, household repairs and creative teaching.
The fully enclosed design allows for quick and easy use while you enjoy printing.
Next-level speed
Boasting a top speed of 600 mm/s, the Adventurer 5M Pro raises the bar for high-speed 3D printing and enables most objects to be printed in just a few hours.
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
RP-F10 POS Printer Series
- Top and front paper exit
- Very compact 127 mm x 127 mm x 127 mm
- Max. printing speed 250 mm/s
- IPx1 protection (front paper exit model)
- Easy BT pairing via NFC (Bluetooth model)
- USB Type-C port (Bluetooth, USB Type-C model)
- Print Service for Android (Bluetooth model)
2-WAY
Paper Top-Exit and Front-Exit (IPx1) are available in one Model
Communicative
USB, LAN or BT Interface, easy Bluetooth Pairing via NFC
Very compact
127 mm cubic shape for even more flexibility at the Point-Of-Sale
- Single extruder
- 1.75 mm PLA, PETG, TPU, PLA-CF, PETG-CF
- Max. printing size: 22 x 22 x 22 cm
- Heated bed
- Webcam
- Enclosed building area
- Ultra-fast printing
- Quick to set up
- Quick and easy to change nozzles
- Recovery after power failure
- Double-sided, flexible PEI steel plate
- Filament end warning
Next-level speed
Boasting a top speed of 600 mm/s, the Adventurer 5M raises the bar for high-speed 3D printing and enables most objects to be printed in just a few hours.
Consistently first-class quality.
The Adventurer 5M features a rugged all-metal Core XY frame and breakthrough vibration suppression technology for smooth, perfect prints at all times.
Many different materials.
The Adventurer 5M supports PLA, PETG, TPU, PLA-CF, PETG-CF. The optional 0.6/0.8-mm nozzles are required for printing PLA-CF, PETG-CF.
Quick-release nozzle
Change the print mode with the quick-change nozzles in different diameters (0.25*/0.4/0.6*/0.8* mm).
*NOT included in delivery
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
- Build volume: 320 x 320 x 385 mm³
- Print speed: max. 500 mm/s
- Automatic print bed levelling with 121 (11 x 11) points
- Nozzle: up to 300°C
- Supports PLA/TPU/PETG/ABS/ASA/nylon filaments
- Connections: Wi-Fi, LAN, USB
Pre-installed Klipper firmware
The Neptune 4 Plus comes with the powerful Klipper firmware. This enables impressive print speeds of up to 500 mm/s (default: 250 mm/s) and accelerations up to 12,000 mm/s². It supports advanced functions such as input shaping and pressure advance calibration.
It also includes acceleration sensors on the X and Y axes for automatic calibration and enhanced print quality.
Klipper high-speed motherboard
The Neptune 4 Plus features a Klipper motherboard and an ARM 64-bit 1.5G main frequency quad-core processor.
With the pre-installed Klipper firmware, it can print at up to 500 mm/s (default: 250 mm/s) with accelerations of up to 12,000 mm/s². The 8 GB ROM provides ample memory for various print files.
The printer also supports input shaping and pressure advance to enhance print quality and reduce problems such as artefacts, filaments and blobbing.
- Build volume: 225 x 225 x 265 mm³
- Print speed: max. 500 mm/s
- Intelligently segmented heated bed
- Automatic bed levelling: 121 (11 x 11) points
- Nozzle: up to 300°C
- Supports PLA/TPU/PETG/ABS/ASA/nylon filaments
- Connections: USB/LAN
Accelerated printing with Klipper
With its Klipper motherboard and ARM 64-bit 1.5G main frequency quad-core processor for faster processing and command execution, the Neptune 4 Pro can print at up to 500 mm/s. This allows you to quickly and efficiently complete your print projects. Thanks to the pre-installed Klipper firmware, you can start printing immediately without needing to install firmware.
The printer also supports input shaping to eliminate artefacts and resonances on model surfaces, and pressure advance to predict nozzle pressure for more precise and consistent extrusion, reducing filaments and blobs.
Intelligently segmented heated bed
With a power of 100 W + 150 W, the slicing software automatically detects the size of the model during slicing and activates the peripheral heating zone if the model size exceeds the central heating zone (120 mm x 120 mm).
- Build volume: 225 x 225 x 265 mm³
- Print speed: max. 500 mm/s
- Automatic bed levelling: 121 (11 x 11) points
- High-temperature nozzle: up to 300°C
- Supports PLA/TPU/PETG/ABS/ASA/nylon filaments
- Connections: USB, LAN
The ELEGOO Neptune 4 comes with pre-installed Klipper firmware and an ARM 64-bit 1.5 GHz main frequency quad-core processor for faster command processing and execution. This enables impressive print speeds of up to 500 mm/s, thus boosting efficiency. 8 GB ROM provides sufficient memory for high-speed printing.
The printer also supports advanced features such as input shaping to reduce mechanical vibration in the printer's motion system and artefacts such as ringing, ripples, ghosting or echoes on the surface of the printed model. The pressure advance function adapts the material flow to the print speed, ensuring consistent nozzle pressure and reducing filaments and dripping.
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
This is a drop in All Metal Conversion kit for the CR10 printers. It requires absolutely zero modification to your printer to install. Our uniquely designed cooling block eliminates need for a thermal tube. By not having a separate thermal tube inside the cooling block, it allows for faster heat dissipation.
The thermal heat break is made from Grade 5 Titanium Alloy to provide excellent thermal isolation between the heater and the cooling block. Titanium is extremely strong material and offers almost 3x lower thermal conductivity than stainless steel, creating more defined meltzone.
Fits:
- CR-10 (Will NOT fit CR-10 V2)
- CR-10-S5
- CR-10-S4
- CR-10S
- CR-10 MINI
- CR-20
- CR-20 Pro
- Ender 2
- Ender 3
- Ender 3 V2
- Ender 3 Pro
- Ender 5
- Ender 5 Plus
- Ender 5 Pro
- TronXY X5S
- TronXY XY2 Pro
- Tevo Tornado
- Alfawise U20
- Lotmaxx SC-10
What´s in the box:
- Aluminum Cooling Block
- Grade 5 Titanium Heat Break
- Aluminum Heater Block
- Brass Plated Wear Resistant MK8 .4mm Nozzle
- Silicone Sock
- Hardware kit
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
- Supports CEC
- Supports 3D video format
- Supports up to 7680 x 4320/60 Hz
Quality at a distance
The HDMI® amplifier from MaxTrack transmits an 8K signal over distances of up to 10 m without loss of quality. Enjoy your movies in the best quality without compromising on signal strength or distance from your TV.
The compact amplifier is simply connected between two HDMI® cables and requires no additional power supply. Thanks to its compact size, it can be hidden discreetly. Of course, the amplifier is backwards compatible and can also amplify 4K and Full HD signals easily.
Technical details:
- Supports 8K@60 Hz according to HDMI 2.1 specification
- Inline amplifier
- Backwards compatible with 4K and Full HD
- Max. 10 m transmission range
- 1.75 mm 3dkTOP for 3D printers
- Filament on coil
- Post-processing in a standard convection oven
- Shape-retaining up to 230°C
- Printing temperature: 240 - 260°C
- Compatible with many standard 3D printers
- Food-safe
- UV-resistant
- Recyclable
- Suitable for the BambuLab multicolour system
Possible applications:
- Laminating and curing with Prepreg: Prepreg adheres very well to 3dkTOP. You can print a core and laminate it. 3dkTOP retains its shape during the curing of the laminate at 140°C and under pressure and can remain as a core in the finished product. A release agent coating can also be used to create a reusable mould.
- Form-cores for deep drawing applications can be printed from 3dkTOP.
- Parts that are to be used in the engine compartment and are exposed to appropriate temperatures.
- Handles for pots and pot lids, microwave dishes etc.
- Any application you can think of where standard filament would soften too quickly.
Application areas
- Prototyping
- Small series
- Hobby
- Functional components
- Outdoor
- Heat-resistant components
- Industrial
- 1.75 mm 3dkTOP for 3D printers
- Filament on coil
- Post-processing in a standard convection oven
- Shape-retaining up to 230°C
- Printing temperature: 240 - 260°C
- Compatible with many standard 3D printers
- Food-safe
- UV-resistant
- Recyclable
Possible applications:
- Laminating and curing with Prepreg: Prepreg adheres very well to 3dkTOP. You can print a core and laminate it. 3dkTOP remains in shape during the curing of the laminate at 140°C and under pressure and can remain as a core in the finished product. A release agent coating can also be used to create a reusable mould.
- Form-cores for deep drawing applications can be printed from 3dkTOP.
- Parts that are to be used in the engine compartment and are exposed to appropriate temperatures.
- Handles for pots and pot lids, microwave dishes etc.
- Everything you can think of, where standard filament softens too quickly.
Application areas
- Prototyping
- Small series
- Hobby
- Functional components
- Outdoor
- Heat-resistant components
- Industrial
- 1.75 mm 3dkTOP for 3D printers
- Filament on coil
- Post-processing in a standard convection oven
- Shape-retaining up to 230°C
- Printing temperature: 240 - 260°C
- Compatible with many standard 3D printers
- Food-safe
- UV-resistant
- Recyclable
Possible applications:
- Laminating and curing with Prepreg: Prepreg adheres very well to 3dkTOP. You can print a core and laminate it. 3dkTOP remains in shape during the curing of the laminate at 140°C and under pressure and can remain as a core in the finished product. A release agent coating can also be used to create a reusable mould.
- Form-cores for deep drawing applications can be printed from 3dkTOP.
- Parts that are to be used in the engine compartment and are exposed to appropriate temperatures.
- Handles for pots and pot lids, microwave dishes etc.
- Everything you can think of, where standard filament softens too quickly.
Application areas
- Prototyping
- Small series
- Hobby
- Functional components
- Outdoor
- Heat-resistant components
- Industrial
- 1.75 mm 3dkTOP for 3D printers
- Filament on coil
- Post-processing in a standard convection oven
- Shape-retaining up to 230°C
- Printing temperature: 240 - 260°C
- Compatible with many standard 3D printers
- Food-safe
- UV-resistant
- Recyclable
- Suitable for the BambuLab multicolour system
Possible applications:
- Laminating and curing with Prepreg: Prepreg adheres very well to 3dkTOP. You can print a core and laminate it. 3dkTOP retains its shape during the curing of the laminate at 140°C and under pressure and can remain as a core in the finished product. A release agent coating can also be used to create a reusable mould.
- Form-cores for deep drawing applications can be printed from 3dkTOP.
- Parts that are to be used in the engine compartment and are exposed to appropriate temperatures.
- Handles for pots and pot lids, microwave dishes etc.
- Any application you can think of where standard filament would soften too quickly.
Application areas
- Prototyping
- Small series
- Hobby
- Functional components
- Outdoor
- Heat-resistant components
- Industrial
- 1.75 mm 3dkTOP for 3D printers
- Filament on coil
- Post-processing in a standard convection oven
- Shape-retaining up to 230°C
- Printing temperature: 240 - 260°C
- Compatible with many standard 3D printers
- Food-safe
- UV-resistant
- Recyclable
Possible applications:
- Laminating and curing with Prepreg: Prepreg adheres very well to 3dkTOP. You can print a core and laminate it. 3dkTOP remains in shape during the curing of the laminate at 140°C and under pressure and can remain as a core in the finished product. A release agent coating can also be used to create a reusable mould.
- Form-cores for deep drawing applications can be printed from 3dkTOP.
- Parts that are to be used in the engine compartment and are exposed to appropriate temperatures.
- Handles for pots and pot lids, microwave dishes etc.
- Everything you can think of, where standard filament softens too quickly.
Application areas
- Prototyping
- Small series
- Hobby
- Functional components
- Outdoor
- Heat-resistant components
- Industrial
- 1.75 mm 3dkTOP for 3D printers
- Filament on coil
- Post-processing in a standard convection oven
- Shape-retaining up to 230°C
- Printing temperature: 240 - 260°C
- Compatible with many standard 3D printers
- Food-safe
- UV-resistant
- Recyclable
- Suitable for the BambuLab multicolour system
Possible applications:
- Laminating and curing with Prepreg: Prepreg adheres very well to 3dkTOP. You can print a core and laminate it. 3dkTOP remains in shape during the curing of the laminate at 140°C and under pressure and can remain as a core in the finished product. A release agent coating can also be used to create a reusable mould.
- Form-cores for deep drawing applications can be printed from 3dkTOP.
- Parts that are to be used in the engine compartment and are exposed to appropriate temperatures.
- Handles for pots and pot lids, microwave dishes etc.
- Everything you can think of, where standard filament softens too quickly.
Application areas
- Prototyping
- Small series
- Hobby
- Functional components
- Outdoor
- Heat-resistant components
- Industrial
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide has made insertion significantly easier.
Stable & durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. As a result, each press-in nut can be used for a long time, with relative ease. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
Suitable for various plastics:
The inserts are designed for all thermoplastics, including 8PLA, PETG, ABS, PPS and PP.
Using heat or ultrasound, the ruthex threaded nuts can be retroactively inserted into parts created by 3D printers, such as those from Anycubic, Creality or Prusa. The press-in nuts are easily embedded into a blind hole or through-hole using ultrasound or heat generated by a soldering iron.
Firm hold for simple application:
The geometry of the threaded sleeve means that it holds firmly in the printed part. The helical knurled nuts opposite ensure a high, balanced tightening and loosening torque and high tightening force. The guide makes insertion significantly easier.
Stable and durable screw-in threads:
The inserts with internal threads are made of brass of the highest quality, which ensures that they have optimal corrosion resistance and heat conduction properties. This means that each press-in nut has a long service life and is easy to use. The screw-in threads can also be reused by carefully removing them from the printed part whenever it no longer happens to be of use.
• Output current: 1.5A max.
• max. power dissipation: 15W (cooled)
• max. input voltage: 28 VAC or 40 VDC
• dimensions: 52 x 30mm
