ThinkRobotics Upgraded MK3S+ 3D Printer

The current delivery time is 1-3 weeks depending on the upgrade you choose!

The ThinkRobotics MK3S+ with BondTech extruder upgrade is our latest offering in the world of 3D printers.

These are the 3D printers that we use at our Printing Farm, producing more than 500 OTTOs a month, and fulfilling a variety of industrial 3d printing projects with exotic materials such as Carbon Fiber Nylon and Carbon Fiber Polycarbonate.

We took the award-winning base of the Prusa MK3S+, and added a host of features and improvements, so you can print faster and longer, without needing maintenance. The biggest design improvement was switching the extruder to the BondTech dual drive extruder, and high quality Slice Engineering parts.

Features of the ThinkRobotics MK3S+

BondTech Extruder	Slice Engineering Hotends	Super P.I.N.D.A. Probe
A lightweight high-resolution extruder upgrade for the popular Prusa I3 MK3S 3D printers, featuring an optimized design achieved with the help of the community.	Hotends that let you print all the way up to 500℃ and up to 30% faster, and your printer will never experience Heat Creep or Jamming	SuperPINDA probe features a hiqh-quality sensor for a fully-automatic Mesh Bed Leveling process. This probe helps your printer create a virtual height map of the print bed, resulting in exceptional first layer.

 

We offer 3 different variants of the printer, for someone getting started with 3D printing to a seasoned DIY 3D printer. If you have specific requirements for 3d printing, you can contact us for further tweaks to your printer.

Variant 1:

• Original Super P.I.N.D.A. probe
• Bondtech Extruder Upgrade which offers a 3:1 gear ratio for extra push and finer resolution
  
• Slice Engineering high power density 50W heater cartridge
• Slice Engineering: High-Temperature Thermistor 300℃
• Bondtech Brass Nozzle
• Copperhead™ Hotblock, Copperhead™ Heat Break, and E3D style Heatsink
• PEI Smooth and Textured Powder Coated Build Plates
• X-Carriage printed in Carbon Fiber ABS/ or PETG, and all other parts in PETG

Variant 2:

• Original Super P.I.N.D.A. probe
• Bondtech Extruder Upgrade which offers a 3:1 gear ratio for extra push and finer resolution for Mosquito Hotend
  
• Slice Engineering high power density 50W heater cartridge
• Slice Engineering: High-Temperature Thermistor 300℃
• Slice Engineering: Bridgemaster™ Nozzle
• Slice Engineering: Mosquito® Professional Hotend
• PEI Smooth and Textured Powder Coated Build Plates
  
• All parts printed in Carbon Fiber ABS for sustained high temperature 3d printing in enclosed environment

Variant 3:

• Original Super P.I.N.D.A. probe
• Bondtech Extruder Upgrade which offers a 3:1 gear ratio for extra push and finer resolution for Mosquito Magnum Hotend
  
• Slice Engineering: 24V 50W Industrial Heater
• Slice Engineering: RTD Pt1000
• Slice Engineering: Vanadium Nozzle™ - to print at up to 450℃
• Slice Engineering: Mosquito® Magnum Professional Hotend
• PEI Smooth and Textured Powder Coated Build Plates
  
• All parts printed in Carbon Fiber ABS for sustained high temperature 3d printing in enclosed environment
• 350W upgraded power supply.
• If your print enclosure temperature is expected to be higher than 80℃, we highly recommend moving all electronics out of the enclosure, and adding cooling mechanisms for the servos. Please contact us for more details.

Variant 4:

• Original Super P.I.N.D.A. probe
• LGX® Shortcut Mosquito Printhead which offers a 3:1 gear ratio for extra push and finer resolution for Mosquito Hotend.
  
• Slice Engineering: 24V 50W Industrial Heater
• Slice Engineering: RTD Pt1000
• Slice Engineering: Vanadium Nozzle™ - to print at up to 450℃
• PEI Smooth and Textured Powder Coated Build Plates
  
• All parts printed in Carbon Fiber ABS for sustained high temperature 3d printing in enclosed environment
• 350W upgraded power supply.
• If your print enclosure temperature is expected to be higher than 80℃, we highly recommend moving all electronics out of the enclosure, and adding cooling mechanisms for the servos. Please contact us for more details.

The ThinkRobotics MK3S+ printers can print the following materials out of the box (with Vanadium or Hardened Steel Nozzles):

• PLA, PLA+
• ABS, ABS+
• FireWire ABS - Flame Retardant ABS
• Tough PLA
  
• PETG
  
• TPU
  
• Nylon 6 and Nylon 12
  
• CPE
• HIPS
• PV
• Polycarbonate
  
• Polypropylene 
  
• FiberX Nylon with Glass Fill
  
• Carbon Fibre ABS
  
• Carbon Fibre PLA
  
• Carbon Fibre ezPC
  
• Carbon Fibre Nylon
  
• Carbon Fibre PETG
  
• NOTE: Most materials require a cabinet or case around the printers to maintain chamber temperature and restrict air draft. Contact us  

Basic Features Build volume: 25×21×21 cm (9.84"×8.3"×8.3") Layer height: 0.05 - 0.35 mm Nozzle: 0.4mm default, wide range of other diameters/nozzles supported Filament diameter: 1.75 mm Supported materials: Wide range of thermoplastics, including PLA, PETG, ASA, ABS, PC (Polycarbonate), CPE, PVA/BVOH, PVB, HIPS, PP (Polypropylene), Flex, nGen, Nylon, Carbon filled, Woodfill and other filled materials. Max travel speed: 200+ mm/s Max nozzle temperature: 300 °C / 572 °F (can be extended to 450 °C as mentioned in the variants above) Max heatbed temperature: 120 °C / 248 °F Extruder: As mentioned above. Print surface: Removable magnetic steel sheets with different surface finishes, heatbed with cold corners compensation Safety features: IR filament sensor, high-quality Delta PSU with Power Panic, 3 thermistors, RPM monitoring LCD Screen: Monochromatic LCD Printer dimensions (without spool): 7 kg, 50×55×40 cm; 19.6×21.6×15.7 in (X×Y×Z) Power consumption: PLA settings: 80W / ABS settings: 120W * Consumable parts, such as PEI sheets (smooth, textured, etc.) are not covered by warranty as the coatings are designed to diminish over time unless failure has occurred due to a defect in materials or workmanship. Cosmetic damage, including but not limited to scratches, dents, cracks, or other cosmetic damage is also not covered by the warranty. Only defective sheets on arrival are covered by warranty.

ADVANCED FEATURES Controller: EINSY RAMBo 8-bit board with Trinamic 2130 drivers (256 microstepping),  sensorless homing for X and Y axes Mesh Bed Leveling: Advanced high-quality SuperPINDA sensor (Super Prusa INDuction Autoleveling sensor) Print sheet profiles: Firmware supports print sheet profiles to store Live Z calibration data to enable quick switching between different print sheets. Filament sensor: IR sensor built-in, supports filament auto-loading. Print pauses when filament runs out. Power Panic: Hardware-based, single G-code line accuracy Ethernet connection: via Raspberry Pi (optional) Wi-Fi connection: via Raspberry Pi (optional) Advanced sensors: 3 thermistors including High Temperature Thermistor for the hotend, fans RPM monitoring, SuperPINDA Calibration: Automatic, Mesh Bed Leveling, SelfTest Print medium: SD card (16 GB card included) Firmware update: via PC (USB cable) PSU: Custom-made Delta PSU with hardware-based power panic Advanced features: Automatic filament loading, steel sheet profiles, Octoprint compatibility and more