Inova MK1: DIY Set Of Parts

Availability: Available to order

Make & Build Inova SLS 3D Printer And Enjoy Your Prints!

DIY set of parts is for the people who want to make Inova 3D printer completely by themselves. This set includes all the electronics, optics, linear technics and the heating elements for your DIY Inova build – see the full list of included parts in the tab below.

👉🏻 Thinking about building an Inova printer yourself in a DIY way?

👉🏻 Want to save money for the CNC machining and shipping?

👉🏻 Want to avoid the hassle of finding all the specific parts?

👉🏻 Want to make sure you use the same components that are included in our complete set of parts?

Then this combo is for you! See below for more details.

IMPORTANT!
This set does NOT include machined parts like profiles 2020, aluminum sheets and HPL sheets. It also does NOT include 3D printed parts, fasteners, wires, insulations etc. It will be your job as a DIY builder to buy respective materials and make these parts.

87,500.00 Kč excl. VAT/Sales Tax

SKU: INOVA-MK1-DIY-SET


DELIVERY DATE

Will be shipped within 6 – 10 weeks from the order date.

MAIN CHARACTERISTICS

This set of parts is designed for DIY makers. It does NOT include all the components needed to build the printer. If you want the complete set of parts order here.

Printer itself is particularly suited for rapid iterative prototyping and/or small batch production. Since SLS is the only 3D printing technology that prints without supports, you can design your parts without limits. As the main material is PA12 Nylon based powder, the printer is primarily designed for functional parts with higher mechanical, thermal or chemical resistance requirements. But printing of soft TPU based parts or experimenting with other materials with melting point under 200°C is also possible.

BUILD

If you have all the parts made and ready, the build itself can take you more or less the same amount of time as building from our complete set of parts. That means 4 to 7 days.

IMPORTANT NOTICE!

Since you will be making many of the components yourself, we cannot guarantee that the printer will work as intended.

LIST OF THE PARTS INCLUDED IN THE SET
Part Name Description Quantity
10 pin Ribbon Cable, 60cm BTT Board - GATE1 connection. EXT connectors. 2
40 pin Cable, 30cm Raspberry Pi 5 - GATE1 connection. 40-pin header. 1
Arduino Nano v3 Arduino Nano v3 with pin header. 1
Axial Bearings: 8x16x5 Used in the Z1, Z2 NEMA17 holders. 4
Ball Screw 1204 + Nut Set for print & powder bed. 2
Balls for wobbler balancer, d. 6.35mm Balls for wobbler balancer, d. 6.35mm 18
BTT SKR V1.4 Turbo 32-Bit Big Tree Tech control board: SKR 1.4 Turbo + 3xTMC2209 1
Buck Convertor DC12V -> DC5V PSU for Raspberry Pi. 1
Cable Splitter Holder Cable Splitter Holder 7
Cable Splitter, 5pin Cable splitter. 1
Cable Splitter, 8pin Calble splitter - 8pin 6
Ceramic Socket r7s Ceramic socket r7s for halogen heaters. 8
Ethernect CAT5 Cable 1,5m Extension of the ethernet from RPi to the printer socket. 1
Fan 120mm, Arctic P12 Electronics cooling fans. 4
Fan 80mm, Arctic P8 Raspberry Pi 5 Extra Fan. 1
Fan Hub 5 Fans, 40cm Electronics fans powerline. 1
Galvo Scanner SC40 40kpps High Precision Galvo scanner, 40kpps 1
Gas Dumper for TopFrame, 230mm, 120N Gas dumper for the horizontaly placed doors. 2
Gas Dumper Holder Gas dumper holder. 4
GT2 Belt - Heat Resistant up to 135C Used for recoater. Length: 1,25m 1
GT2 Pulley - 20Z Recoater stepper pulley. 1
GT2 Tension Pulley 20T Belt tensioning pulley - 20T. 1
Halogen Heater 185mm 110V or 230V Halogen Tube 200W, 185mm, 110V, R7s socket 3
Halogen Heater 220mm 110V or 230V Halogen Tube 200W, 220mm, 110V, R7s socket 3
Hard Coupling 5/8 (For Stepper and Ball Screw) Hard coupling for Z1 and Z1 steppers. Size: 20/25, 5/8mm 2
HDMI Adapter 180° for HDMI Display 180° adapter for the touch screen connection. 1
HDMI Display 1024x600, touchscreen, 7 inch, IPS Printer's UI. 1
HDMI Extension Cable 3m Raspberry Pi 5 - TouchScreen connection. 1
Heat resistant sealing tape Heat resistant sealing tape: 20 x 2 mm, 2meters 1
Heating Cartridges 110V or 230V d6x140mm, M10 thread, 110/230V, 200W, 2m cable 8
Heating Pad - Powder Bed 110V or 230V 120x165mm Flexible Silicone Heating Bed 230V/110V, 200W 1
Heating Pad - Print Bed 110V or 230V 120x120mm Flexible Silicone Heating Bed 230V/110V, 200W 1
Key Switch On-Off Safety key-switch for the laser. 1
Laser Glass Window - Big ArtGalss AR 70, WaterWhite - main laser window, 86x68mm, th. 2mm 2
Laser Glass Window - Small ArtGalss AR 70, WaterWhite - galvo proctive window, 39x30mm, th. 2mm 2
Laser Module 10W LaserTree laser module incl. driver, 80W/10W, fix focus 450nm 2x 5W, LD+FAC+C technology 1
Lock Collar T8 Stop for the Z1 and Z2 home positions. 2
Mean Well: PSU 12V/350W Main PSU for 12V, 350W. 1
MGN 12 Linear rail & trolley set: 300mm Used for print bed & powder bed Z-moves. 4
MGN 12 Linear rail & trolley set: 550mm Used for the recoater moves. 2
Micro SD card for BTT SD card for BTB SKR 1.4 Turbo 1
Micro SD card for RPi SD card for Raspberry Pi 5 1
Micro Switch ZIPPY VM-05S-00D0-Z Safety switches for laser. 3
Neodyme magnet 10x5mm Magnets for wobler ballancer. 16
Plano-convex Lens F65mm D42mm Laser beam focusing lens. 1
Power Socket ICE C14, back light, fuse, 110V or 230V Backlighted power switch/C14 socket with fuse - 110/230V, typ: AC-01B-1 1
Protection Laser Googles Protective googles for the wave length of 450nm. 1
Raspberry Pi 5, 4GB RAM Raspberry Pi 5, 4GB RAM. 1
Ribbon Flex CSI Cable 15 Pin, 50cm, for RPi Camera Video camera - Raspberry Pi 5 Connection. 1
RJ 45 Socket RJ45 panel socket. 1
RPi CPU Heatsink Radiator Passive Raspberry Pi heatsing radiator:  25x25x10mm 1
SLS4All GATE1 Control Board Galvo and temperature conrol board. 1
SLS4All ZERO1 Detector Zero-cross detection board for halogen regulation. 1
Soft Swicht, backlighted Front backlit switch of the printer. 1
Spring for anti wobbler Spring: 0,5x7x15 8
Spring for bed sealinng set Spring: 0,7x7x15 32
Spring for belt tensioner Spring for belt tensioner 2
SSR GEYA GSR2-10DA: Random Solid state relay for halogen heating - 1 channel, max. 480VAC/10A, random 4
SSR GEYA GSR2-10DA: Zero Cross Solid state relay for heat cartridges and printer power - 1 channel, max. 480VAC/25A, zero-cross (for 110V version only) 1
SSR GEYA GSR2-10DA: Zero Cross Solid state relay for heat cartridges and printer power - 1 channel, max. 480VAC/10A, zero-cross 10
Steel Hinges, 50x50mm Hinges for the printer opening. 4
Stepper Driver TMC2209 TMC2209 for Big Tree Tech control board 3
Stepper motors NEMA 17 17HS19-2004S1 0,59Nm: 3PCS set NEMA17 steppers for Z1, Z2 and R axes. 1
Thermistor NTC3950 Type NTC 3950 100k, M3 thread, 2m cable 8
ThermoCam Waveshare MLX90640 Thermal imagng camera for halogen heating regulation. 32x24px 1
ThermoPaper Brother A4 PAC411 Thermal paper for testing and calibration purposes. 5
USB 2.0 Extension Cable 3m USB extension cable for external USB devices. 1
USB Cable: 90° USB 2.0 -> microUSB, Vention 3m Touch screen data and power supply. 1
USB-C 5V Power Cable Power cable for Raspberry Pi. 1
VideoCam 5MP for RPi Video camera for Raspberry Pi, 130 degree view. 1
ZnSe Window D15x1mm Thermal camera protective ZnSe window. 1
BASIC PARAMETERS
  • Common layer thickness: 100µm
  • Laser source: 10W blue diode laser, 450nm
  • Laser spot size: approx. 350µm
  • XY axes control: Galvo scanner
  • Z axis control: Nema17 Stepper Motor and Ball Screw
  • Build chamber volume: 177x177x200mm (6.3 liters) / 7x7x7.8in (382.2cu in)
  • Effective build volume for PA12 Nylon: 150x150x180mm (4.1 liters) / 5.9×5.9×7.1in (247.2cu in)
PRINT SPEED
  • Pre-heating time: <45minutes
  • Average scanning speed: 2,800mm/s (at packing density 25%)
  • Print speed: approx. 9mm/hour (print height in Z axis) at 25% scanning density at layer height 100µm
  • Cooling time: 30-50% of the print time
FIRMWARE & SOFTWARE
  • FW and SW: SLS4All Compact integrating - Low level printer firmware (based on the Klipper), Complex printer management and control software, Automated nesting solution, Slicing features optimized for SLS 3D printing
  • User interface: 7inch touch screen display for complete control of the printer – from setting the printer up, uploading models, nesting, slicing, printing itself and maintenance monitoring.
  • Remote control: complete, via browser
  • SLS4All Compact updates: via internet using „one-click“ procedure
SAFETY
  • Precise temperature and overheating control on the SW side
  • Automatic firmware shutdown in case of any heater or temp sensor failure
  • Completely independent hardware watchdog monitoring the key components functionality.
  • Visual control of the print: 5MP on-board camera
CONNECTIVITY
  • Wi-Fi
  • LAN
  • USB
POWER SUPPLY
  • Possibility to choose from 110-120V or 220-230V version
PRINT MATERIALS
  • Plastic polymer's powders ONLY. Not for metal powders.
  • PA12 Nylon based SLS powders
  • TPU based SLS powders
  • Whatever you want to try with melting point up to 200°C
DOCUMENTATION AVAILABILITY
  • Documentation regarding all mechanical parts and components is available.
  • Documentation regarding the proprietary printed circuit boards (GATE1 and ZERO1) is available.
  • Binary form of the SLS4All Compact is available.
  • Source codes of the SLS4All Compact are published gradually. Most of them are already available.
CUSTOMIZATION POSSIBILITIES
  • Even without the source code you have extensive configuration possibilities advanced development features, custom print material settings, print chamber shape modifications, heating settings, stepper and galvo settings, etc.
  • Frame construction is designed to be easily upgraded or customized.
PARTS AVAILABILITY
  • Key electronics and optical components of the printer are proofed, well reputable and commonly available parts which is easy to buy and replace.
LICENCING
  • All published resources are open source but may only be used for non-commercial purposes. This means that you are not allowed to produce and sell Inova printers or its parts. See the full text of the Licese agreement.
COMMUNITY
  • We would like to see a supportive and creative community around the SLS4All project. We believe it can help move things forward in the SLS world, as FDM world did years ago.
SUPPORT
  • While we believe we have done everything we can, as with anything, problems can arise. Therefore, anyone who builds and operates an Inova printer will have our full support. It doesn’t matter if they build it from our kits or build it entirely on their own.
  • Main support media will be our Discord server which we’ll restructure to effectively play this role.
  • As soon as there are some printers among you, we would also like to organize thematic in person and online workshops.
ASSEMBLY INSTRUCTIONS
  • Detailed assembly manual and basic operating instructions will be available to the entire community. We also prepare some videos for specific sections of the build which will be available on YouTube.
 

This is not a pre-build functional product in any terms of meaning. It is the part or set of independent parts which may require e.g. assembly from professionals certified in working with electrical equipment.

This part/set of parts was manufactured on the basis of the documentation to the open source project published at SLS4All.com.

All the outputs of the SLS4All project are covered by License Agreement. Its key principles are as folows:

  • You can use, copy, modify and convey covered sources and products for non-commercial purposes only. You are not allowed to produce and sell Inova printers nor its parts.
  • We are not responsible for any damages, injuries, etc. caused in connection with the covered resources and products.
  • By exercising any right granted under the License, you irrevocably accept all its terms and conditions.

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