CREALITY3D CREALITY K1SE - 3D printer, K1 SE

417.03 EUR
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Reliable tip extruder kit
Robust tri-metal nozzle, easy to maintain
The long-lasting copper nozzle with steel tip is integrated with titanium alloy heat protection. It blocks heat conduction and is super easy to change.
Strong extrusion in and out
The K1 SE uses the same extruder as the K1C. With a new side spring and a ball plunger, it processes filaments precisely and with no lag, including flexible TPUs.
Proven super-fast speeds
Quick with CoreXY
The K1 SE uses the agile K-Series CoreXY system to deliver high speeds with consistent print quality.
EAN: 6971636403494
Delivery Cost: 14.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
- Robust tri-metal nozzle, easy to maintain
- With a new side spring and a ball plunger, it processes filaments precisely and with no lag, including flexible TPUs.
- Automatic calibration with one tip
- Maximum speed: 600 mm/sec Maximum acceleration: 20,000 mm/sec²
- Ready-made experience
- Fully automatic vibration compensation
- Fully remote controllable thanks to Creality Cloud App
Reliable tip extruder kit
Robust tri-metal nozzle, easy to maintain
The long-lasting copper nozzle with steel tip is integrated with titanium alloy heat protection. It blocks heat conduction and is super easy to change.
Strong extrusion in and out
The K1 SE uses the same extruder as the K1C. With a new side spring and a ball plunger, it processes filaments precisely and with no lag, including flexible TPUs.
Proven super-fast speeds
Quick with CoreXY
The K1 SE uses the agile K-Series CoreXY system to deliver high speeds with consistent print quality.
EAN: 6971636403494
Delivery Cost: 14.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products

- 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.


KNX is the intelligent building control system for all areas in which your customers live and work. From single-family houses to office complexes, the comprehensive portfolio of KNX solutions from Schneider Electric enables you to achieve flexible, energy-efficient, comfortable and safe solutions that are easy to plan, install and operate.
KNX DALI Gateway Basic
- The KNX DALI Gateway connects the KNX bus to 1 DALI output.
- The gateway is a category I DALI control device with an integrated DALI power supply for the ECGs.
- The device is a Single-Master Application Controller according to EN 62386 ed/1 and ed/2.
- Starting with firmware version 0.2.6 the gateway is certified according to EN 62386-101/-103 ed2 and is DALI-2.0 single master certified.
- It is able to control DALI ECGs ed/1 and ed/2 -also mixed- but according to single-master controller it cannot support DALI-2 sensors like movement- and presence detectors, switches etc.
- It supports the switching and dimming of up to 64 ECGs in 16 groups and the control of more than 16 scenes.
- Different colour commands (e.g. white tone control, RGB, XY and HSV) can be interpreted by KNX push-buttons, for example, and DALI DT8 lights can be activated accordingly.
- The operating hours meter logs the operating hours for the groups.
- Error messages from individual ECGs and groups can be transmitted via the KNX and visualised.
- A colour control module allows up to 16 time switch functions for brightness and colour on a weekly basis, provided that the device is connected to a time update system.
- The up to 16 time programmes with up to 300 commands per DALI output can be enabled or disabled using KNX objects.
- DALI commissioning and configuration, group allocation and scene set-up can be carried out using the ETS application and an ETS app (DCA).
- With integrated bus coupler. For installation on DIN rails TH35 according to EN 60715.
- The bus is connected using a bus connecting terminal.
KNX software functions:
- Switching, dimming, value and colour objects per group, plus switching, value and colour objects for broadcast control.
- Staircase timer function with dimmed lights, also for advance warning and normal, continuous, night and panic modes.
- Differentiated error analysis per EB and group.
- Scenes with brightness and colour.
- Energy saving thanks to reduction in EB standby losses due to additional KNX switching actuator.
- The colour control module can be used to control brightnesses and colours based on a weekly time switch. (Requirement: weekday and time synchronisation)
- Any time interval possible, up to 90 s.
- The up to 16 time programmes can be controlled using KNX objects.
- Operating hours can be recorded...

- Accuracy of 0.1 mm
- Wireless scanning via Wi-Fi 6
- Anti-shake 3D imaging technology significantly improves the scanning success rate
- 24-bit full-colour scanning captures the original colours and brings every complex detail to life
- Scanning of black/metallic (non-reflective) objects without scanning spray
- Supports Mac, iOS, Windows and Android
- Outdoor scanning allows scanning anywhere (<30 k Lux)
- Fast, high-quality scanning
- Portable and easy to use
- Low power consumption
Smooth scanning
The new One-Shot 3D imaging technology enables smooth scanning even with shaky hands and dramatically increases the scanning success rate.
Scanning of black/metallic objects without spraying
You can scan cars, car parts, tyres and other black/metallic objects without scanning spray to achieve the desired model effect.
24-bit colour scanning
The integrated high-resolution 2-MP colour camera captures 3D models in full colour, replicates the original colours and brings every tiny detail to life.

- 1 : 1 Input Range
- SMD Package
- Efficiency up to 75%
- 1k V DC Isolation
- Operating Temperature from -40 °C to +85 °C
- UL Certified
Specifications:
- Input voltage: 5 V DC
- Output voltage: 5 V DC
- Output current: 200 mA
- Efficiency: 75%
- Type: Single
Pinning:
- Pin 1: -Vin
- Pin 2: +Vin
- Pin 4: -Vout
- Pin 5: +Vout
- Pin 8: NC

- 48-hour timer
- Advanced PTC heating technology
- 360° uniform hot air heating
- Real-time monitoring
- Improved print quality
- Off-memory function parameter
- Compatible with filaments with multiple diameters, 1.75 mm and 2.85 mm
Why we need filament dryers
Wet 3D printing filament can lead to thread formation, blockage, poor adhesion and layer shifting. These problems are particularly evident in high-speed printing. The Creality Space Pi filament dryer solves these problems by drying the filament itself during the printing process, improving the quality of your 3D model and minimising the impact of external environmental factors on the printing of 3D filaments.
Advanced PTC heating technology
Creality's filament dryer uses a unique 80-W PTC heater to heat the room.
PTC 360° hot-air heating
The dryer heats up quickly with a built-in fan and circulates hot air through 360° for even heating, effectively drying wet filaments and improving printing results.
One-button setting for filaments
The device has one-button temperature settings for different filaments and supports up to 12 types of filament.

- Two roller capacity design, double PTC 360° hot air heater
- 48-hour timer function
- Advanced PTC heating technology
- 360° uniform hot air heating
- Real-time monitoring
- Improved print quality
- Off-memory function parameter
- Compatible with filaments with multiple diameters, 1.75 mm & 2.85 mm
Why we need filament dryers
Wet 3D printing filament can lead to thread formation, blockage, poor adhesion and layer shifting. These problems are particularly evident in high-speed printing. The Creality Space Pi filament dryer solves these problems by drying the filament itself during the printing process, improving the quality of your 3D model and minimising the impact of external environmental factors on the printing of 3D filaments.
Two roller capacity
The filament dryer accommodates two rolls of 1 kg filaments and also features four filament holes and PTFE tubes to meet the needs of users who want to dry a wide range of filaments and operate two printers simultaneously.
Note: Supplied without the accessories and filaments shown here.

- 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.

- Print faster: up to 600 mm/s, 12x faster than standard.
- Robust design: metal and aluminium, with automatic calibration.
- Effective cooling: Two fans reduce warping.
- Easy to use: 4.3-inch HD touch screen and Creality OS.
- Community support: open source, access to 3D model library.
The Ender-3 V3 offers outstanding performance with a print speed of up to 600 mm/s and an acceleration of 20,000 mm/s², making it up to 12 times faster than traditional models. Its robust metal and aluminium alloy design and automatic calibration ensure high stability and precision when printing. In addition, the innovative touchscreen and open-source software facilitate intuitive operation and easy customisation.

Frustrated that your model doesn't fit on the build plate? The K2 Plus offers you a generous construction volume of 350 x 350 x 350 mm. The Plus format allows for larger objects or larger batches and is easily a match for your ever-growing 3D printing ambitions.
All supported by FOC closed-loop motors
The K2 Plus is the industry's first desktop 3D printer to use FOS servo motors for the XYZ axis. The 5 powerful motors work in harmony. Each offers 32,768 controllable microsteps per revolution* for extremely precise positioning. This will take your printing performance to the next level.
Automatic filament cutter
The cutter has a durable steel blade and is retracted by a magnet to allow for quick filament changes.
Better levelling thanks to strain gauges
Highly sensitive scanning of the print bed. Makes the levelling much more precise than sensors integrated into the heating bed.

- 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

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.

Completely new CFS (Creality Filament System)
Let the colours of the rainbow shine through
Boost your creativity with up to 16 colours
The CFS has a connection hub on the back where you can connect up to four CFS units and print with up to 16 colours. This saves you from painting your prints.
Exceptional 350 mm³ construction volume
Frustrated that your model doesn't fit on the build plate? The K2 Plus offers you a generous construction volume of 350 x 350 x 350 mm. The Plus format allows for larger objects or larger batches and is easily a match for your ever-growing 3D printing ambitions.
All supported by FOC closed-loop motors
The K2 Plus is the industry's first desktop 3D printer to use FOS servo motors for the XYZ axis. The 5 powerful motors work in harmony. Each offers 32,768 controllable microsteps per revolution* for extremely precise positioning. This will take your printing performance to the next level.

- 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.

- 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

- Accuracy of up to 0.02 mm
- Long and short focal length double lenses for details and different sizes
- Stabilised as you would expect and fast tracking speed ensures smoother handheld scanning
- Natural and less prone to tracking loss. Fast tracking speed ensures smoother handheld scanning
- You can scan black/metallic objects without scanning spray
Different dimensions
Innovative four-lens stereo image handles both large and small scans with ease. Two sets of double lenses for details and different dimensions. One set of long focal length double lenses for scanning small objects that give more detail. One set of short focal length double lenses for scanning large objects that cover a wider range of dimensions.
Capture SMALL and LARGE objects
The CR-Scan Otter allows scanning of various objects with dimensions from 10 x 10 x 10 mm to 2000 x 2000 x 2000 mm, from tiny coins to large vehicles and all using a single scanner. The scan distance ranges from 110 mm³ to 1200 mm³ in order to effectively capture elements with different dimensions.

- 34 cross laser lines, 7 parallel laser lines and NIR structured light
- Volumetric accuracy: 0.02 mm + 0.06 mm/m
- Large battery capacity for up to 4 hours of one scanning at a time
- Very fast scanning speed of 1,020,000 pixels/sec

- 12.8'' 6K mono LCD with 51 µm XY resolution
- Build volume: 277.848 x 156.264 x 300 mm³
- Automatic resin feeding and recycling
- With 4-point levelling system
- Improved USB air purifier
12.8'' 6K mono LCD
Jupiter SE comes with a 12.8-inch 6K monochrome LCD, boasting a resolution of 5448x3064 and 51-micron XY resolution, which ensures that every intricate detail of your designs is accurately captured, resulting in stunningly precise prints.
Generous space for your projects
With a build volume of 277.848 x 156.264 x 300 mm³, this provides ample space for more ambitious projects. You can print larger models or multiple parts in a single batch, making it ideal for professional or commercial use.
Automated resin management system
Jupiter SE is designed with an automatic resin feeding and recycling system that ensures a continuous supply of resin during the printing process. Automatic resin recycling ensures that the unused resin is collected and recycled for future use, reducing waste and saving you money.

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 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.

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 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 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 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 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.