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Fracktal Works
  • 3D Printers

    Machines built in Bangalore

    See the full range
    • Fracktal Snowflake desktop 3D printerSnowflakePlug-and-play desktop FDM
    • Fracktal Julia professional desktop 3D printerJuliaConnected desktop for labs and classrooms
    • Fracktal Dragon industrial 3D printerDragonSingle-extruder industrial workhorse
    • Fracktal Twin Dragon IDEX industrial 3D printerTwin DragonIDEX industrial, up to 600×600×400 mm
    • Fracktal Volterra high-temperature industrial 3D printerVolterra450 °C hotend, 90 °C heated chamber
    • Fracktal Apollo SLS 3D printerApollo SLSProduction-grade powder-bed SLS
    • Fracktal MDS1 Material DryerMaterial DryerMDS1 filament moisture control
    • Fracktal PrintStick bed adhesivePrintStick™Water-washable bed adhesive
    • The Fracktal 3D printer rangeWhich printer?The six questions that settle a purchase
    • Fracktal Dragon, Twin Dragon and Volterra industrial 3D printers side by sideIndustrial rangeDragon, Twin Dragon, Volterra, Apollo
  • Services

    Send us the part — we will make it

    All manufacturing services

    Printing technologies

    • A functional prototype being printed in engineering thermoplasticFDM 3D PrintingEngineering polymers, one-off to small batch
    • Light nylon parts recovered from an SLS powder cakeSLS 3D PrintingNylon powder bed, no supports, full freedom
    • A production batch of identical dyed-black nylon partsHP MJF 3D PrintingProduction-rate Multi Jet Fusion parts
    • A fine-detail resin part fresh off the build platformSLA 3D PrintingFine-detail resin for masters and models
    • Vacuum castingVacuum CastingSilicone tooling for 10–50 identical parts

    Around the part

    • One printed part shown raw, sanded, primed and paintedFinishing & AssemblySanded, painted, inserted, assembled
    • A worn metal part beside its 3D scanned point cloudReverse EngineeringScan to CAD for parts with no drawing
    • A production part measured on an inspection benchQuality AssuranceDimensional and material verification
    • A printed bracket and its CAD model at a design reviewConsulting & DesignDfAM, material selection, process design
  • Applications

    What people actually print

    All ten use cases
    • Successive functional prototype iterations of an engineering bracketFunctional PrototypingTest it, do not look at it
    • A production batch of identical dyed-black nylon partsEnd-Use PartsProduction without a tool
    • A 3D printed assembly jig with a conformal nestJigs & FixturesTooling, overnight
    • 3D printed manufacturing aids in use on a factory floorManufacturing AidsThe parts that keep a line moving
    • 3D printed automotive checking fixture and trim prototypeAutomotive PrototypesCabin, under-bonnet and the line
    • 3D printed robotic gripper and end-of-arm toolingRobotics PartsBuilt to the cell, not the catalogue
    • 3D printed carbon-fibre nylon drone airframe componentsDrone & UAV PartsEvery gram is a decision
    • 3D printed white architectural scale model of a buildingArchitectural ModelsScale, detail and a deadline
    • 3D printed anatomical model for surgical planningMedical & Anatomical ModelsOne patient, one part
    • 3D printed prop helmet in raw, primed and painted stagesCosplay & PropsWearable, paintable, on time
  • Industries

    Where our machines already work

    Every industry we serve
    • 3D printing for the automotive industryAutomobileJigs, fixtures and cabin prototypes
    • 3D printing for engineeringEngineeringFunctional prototypes and tooling
    • 3D printing for healthcareHealthcareAnatomical models and device development
    • 3D printing for manufacturingManufacturingLine-side tooling and spare parts
    • 3D printing for film and entertainmentEntertainmentProps, costume parts and set pieces
    • 3D printing for jewelleryJewelleryCastable masters and rapid sampling
    • 3D printing for dental labsDentalModels, trays and surgical guides
    • 3D printing for medical devicesMedicalInstrumentation and patient-specific parts
  • Materials

    Twelve materials, measured not guessed

    Compare every material
    • Fracktal PLA filamentPLAEasy, fast, dimensionally sweet
    • Fracktal PETG filamentPET-GTough, clear, food-safe capable
    • Fracktal ABS filamentABSHeat-resistant, machinable classic
    • Fracktal ASA filamentASAUV-stable, outdoor grade
    • Fracktal TPU 95A flexible filamentTPU 95AFlexible, abrasion resistant
    • Fracktal Nylon PA12 filamentNylon PA12Tough, low-friction, wear resistant
    • Fracktal Carbon Fibre Nylon filamentCF-NylonStiff, light, metal-replacement
    • Fracktal Carbon Fibre PETG filamentCF-PETGStiffer PETG, matte finish
    • Fracktal Polycarbonate filamentPolycarbonateHighest heat and impact
    • Fracktal PC-ABS blend filamentPC-ABSPC strength, ABS manners
    • Fracktal PP polypropylene filamentPPChemical resistant, living hinges
    • Fracktal PVA water-soluble filamentPVAWater-soluble support material
  • Resources

    Manuals, software, answers and news

    Talk to support
    • Fracktal knowledge baseKnowledge BaseSetup, maintenance and troubleshooting
    • The Fracktory slicer, with a part loaded and slicedDownload FracktoryOur slicer, free for every printer
    • A Fracktal engineer checking a part on a Twin DragonFAQsThe questions we are asked most
    • Engineering thermoplastic parts printed on a Fracktal FDM machineBlogApplications, teardowns and technique
    • Fracktal events and newsEvents & NewsWhere to find us next
    • Fracktal partnersOur PartnersResellers and channel partners
    • Careers at Fracktal WorksCareersBuild machines with us in Bangalore
    • A lattice part printed for a research project, held in the handResearch & EducationMachines and support for labs and classrooms
    • A part being printed in engineering thermoplastic on a Fracktal FDM printerBed adhesion guideWhy prints lift, and how to stop it
    • Students assembling a 3D printer in a Fracktal workshopFor educationLabs, classrooms and the student discount
+91 63649 25434Contact Us
  • Fracktal Snowflake desktop 3D printerSnowflakePlug-and-play desktop FDM
  • Fracktal Julia professional desktop 3D printerJuliaConnected desktop for labs and classrooms
  • Fracktal Dragon industrial 3D printerDragonSingle-extruder industrial workhorse
  • Fracktal Twin Dragon IDEX industrial 3D printerTwin DragonIDEX industrial, up to 600×600×400 mm
  • Fracktal Volterra high-temperature industrial 3D printerVolterra450 °C hotend, 90 °C heated chamber
  • Fracktal Apollo SLS 3D printerApollo SLSProduction-grade powder-bed SLS
  • Fracktal MDS1 Material DryerMaterial DryerMDS1 filament moisture control
  • Fracktal PrintStick bed adhesivePrintStick™Water-washable bed adhesive
  • The Fracktal 3D printer rangeWhich printer?The six questions that settle a purchase
  • Fracktal Dragon, Twin Dragon and Volterra industrial 3D printers side by sideIndustrial rangeDragon, Twin Dragon, Volterra, Apollo
  • A functional prototype being printed in engineering thermoplasticFDM 3D PrintingEngineering polymers, one-off to small batch
  • Light nylon parts recovered from an SLS powder cakeSLS 3D PrintingNylon powder bed, no supports, full freedom
  • A production batch of identical dyed-black nylon partsHP MJF 3D PrintingProduction-rate Multi Jet Fusion parts
  • A fine-detail resin part fresh off the build platformSLA 3D PrintingFine-detail resin for masters and models
  • Vacuum castingVacuum CastingSilicone tooling for 10–50 identical parts
  • One printed part shown raw, sanded, primed and paintedFinishing & AssemblySanded, painted, inserted, assembled
  • A worn metal part beside its 3D scanned point cloudReverse EngineeringScan to CAD for parts with no drawing
  • A production part measured on an inspection benchQuality AssuranceDimensional and material verification
  • A printed bracket and its CAD model at a design reviewConsulting & DesignDfAM, material selection, process design
  • Successive functional prototype iterations of an engineering bracketFunctional PrototypingTest it, do not look at it
  • A production batch of identical dyed-black nylon partsEnd-Use PartsProduction without a tool
  • A 3D printed assembly jig with a conformal nestJigs & FixturesTooling, overnight
  • 3D printed manufacturing aids in use on a factory floorManufacturing AidsThe parts that keep a line moving
  • 3D printed automotive checking fixture and trim prototypeAutomotive PrototypesCabin, under-bonnet and the line
  • 3D printed robotic gripper and end-of-arm toolingRobotics PartsBuilt to the cell, not the catalogue
  • 3D printed carbon-fibre nylon drone airframe componentsDrone & UAV PartsEvery gram is a decision
  • 3D printed white architectural scale model of a buildingArchitectural ModelsScale, detail and a deadline
  • 3D printed anatomical model for surgical planningMedical & Anatomical ModelsOne patient, one part
  • 3D printed prop helmet in raw, primed and painted stagesCosplay & PropsWearable, paintable, on time
  • 3D printing for the automotive industryAutomobileJigs, fixtures and cabin prototypes
  • 3D printing for engineeringEngineeringFunctional prototypes and tooling
  • 3D printing for healthcareHealthcareAnatomical models and device development
  • 3D printing for manufacturingManufacturingLine-side tooling and spare parts
  • 3D printing for film and entertainmentEntertainmentProps, costume parts and set pieces
  • 3D printing for jewelleryJewelleryCastable masters and rapid sampling
  • 3D printing for dental labsDentalModels, trays and surgical guides
  • 3D printing for medical devicesMedicalInstrumentation and patient-specific parts
  • Fracktal PLA filamentPLAEasy, fast, dimensionally sweet
  • Fracktal PETG filamentPET-GTough, clear, food-safe capable
  • Fracktal ABS filamentABSHeat-resistant, machinable classic
  • Fracktal ASA filamentASAUV-stable, outdoor grade
  • Fracktal TPU 95A flexible filamentTPU 95AFlexible, abrasion resistant
  • Fracktal Nylon PA12 filamentNylon PA12Tough, low-friction, wear resistant
  • Fracktal Carbon Fibre Nylon filamentCF-NylonStiff, light, metal-replacement
  • Fracktal Carbon Fibre PETG filamentCF-PETGStiffer PETG, matte finish
  • Fracktal Polycarbonate filamentPolycarbonateHighest heat and impact
  • Fracktal PC-ABS blend filamentPC-ABSPC strength, ABS manners
  • Fracktal PP polypropylene filamentPPChemical resistant, living hinges
  • Fracktal PVA water-soluble filamentPVAWater-soluble support material
  • Fracktal knowledge baseKnowledge BaseSetup, maintenance and troubleshooting
  • The Fracktory slicer, with a part loaded and slicedDownload FracktoryOur slicer, free for every printer
  • A Fracktal engineer checking a part on a Twin DragonFAQsThe questions we are asked most
  • Engineering thermoplastic parts printed on a Fracktal FDM machineBlogApplications, teardowns and technique
  • Fracktal events and newsEvents & NewsWhere to find us next
  • Fracktal partnersOur PartnersResellers and channel partners
  • Careers at Fracktal WorksCareersBuild machines with us in Bangalore
  • A lattice part printed for a research project, held in the handResearch & EducationMachines and support for labs and classrooms
  • A part being printed in engineering thermoplastic on a Fracktal FDM printerBed adhesion guideWhy prints lift, and how to stop it
  • Students assembling a 3D printer in a Fracktal workshopFor educationLabs, classrooms and the student discount
Contact Us+91 63649 25434
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3D Printers

90
  • Julia 200/250
    • TEST
  • Julia Series
    • Board Driver jumper settings.
    • How to make complete use of your accessories box.
    • Changing Material/ filament.
    • Removing carriage board – Julia Extended.
    • Julia Extended and Intermediate User Manual (2018)
    • Small size print failure
    • Layer Shifting caused by pulley slipping down
    • The printer does not turn on
    • Min Temp error.
    • Thermal Runway, System Stopped Error
    • Error: Heating failed, system stopped! Heater_ID: Bed
    • Troubleshooting Limit switch issues.
    • Changing SMPS- Extended.
    • SMPS not turning ON
    • How to identify burnt green connectors/ screw terminal?
    • SOP of the printer
    • Replacing Nozzle PTFE
    • Julia Setup And Installation
      • Removing carriage board – Julia Extended.
      • Using TMC 2209/2208 drivers with MKS 1.4 for Julia Extended Non ABL.
      • Changing Material/ filament.
      • How to make complete use of your accessories box.
      • Board Driver jumper settings.
    • Troubleshooting
      • How to identify burnt green connectors/ screw terminal?
      • SMPS not turning ON
      • Changing SMPS- Extended.
      • Troubleshooting Limit switch issues.
      • Error: Heating failed, system stopped! Heater_ID: Bed
      • Thermal Runway, System Stopped Error
      • Min Temp error.
      • The printer does not turn on
      • Layer Shifting caused by pulley slipping down
      • Small size print failure
    • Manuals & Downloads
      • Julia Extended and Intermediate User Manual (2018)
    • Maintenance
      • SOP of the printer
      • Replacing Nozzle PTFE
  • Snowflake
    • Firmware & Display Setup Guide
    • Mechanical Assembly & Inspection Manual
    • Site Setup & Electrical/Network Guide
    • SOP of the printer
    • Snowflake User Manual.
    • How to make complete use of your accessories box.
    • Pre-Installation Requirements
    • Unboxing & Inventory Guide
    • Setup And Installation
      • Firmware & Display Setup Guide
      • Mechanical Assembly & Inspection Manual
      • Site Setup & Electrical/Network Guide
      • How to make complete use of your accessories box.
      • Pre-Installation Requirements
      • Unboxing & Inventory Guide
    • Manuals & Downloads
      • Snowflake User Manual.
    • Maintenance
      • SOP of the printer
  • Twin Dragon
    • Fracktory Slicer
  • Julia Pro
    • Replacing Nozzle PTFE
    • Layer Shifting caused by pulley slipping down
    • Julia Pro User Manual
    • SOP of the printer
    • Changing Material/ filament.
    • How to make complete use of your accessories box.
    • Julia Pro Setup And Installation
      • SOP of the printer
      • Changing Material/ filament.
      • How to make complete use of your accessories box.
    • Manuals & Downloads
      • Julia Pro User Manual
    • Troubleshooting
      • Replacing Nozzle PTFE
      • Layer Shifting caused by pulley slipping down
  • Volterra
    • E1 extrusion issue
    • Layer Shifting caused by pulley slipping down
    • Layer shifting/ Print quality drop due to damaged belt.
    • SOP of the printer
    • Replacing Nozzle PTFE
    • Changing Material/ filament.
    • Filament sensor not working.
    • How to make complete use of your accessories box.
    • Setup And Installation
      • SOP of the printer
      • Replacing Nozzle PTFE
      • Changing Material/ filament.
      • Filament sensor not working.
      • How to make complete use of your accessories box.
    • Troubleshooting
      • E1 extrusion issue
      • Layer Shifting caused by pulley slipping down
      • Layer shifting/ Print quality drop due to damaged belt.
  • 3D Printing
    • Buying a 3D printer.
    • Taxation in the 3D Printing Industry (FDM only :)
    • Applications of 3D printing
    • What is 3D printing.
    • Design for For FFF
    • Design for FFF/FDM 3D Prirning
      • Design for For FFF
    • What is 3D printing.
      • What is 3D printing.
    • Buying a 3D Printer
      • Buying a 3D printer.
      • Taxation in the 3D Printing Industry (FDM only :)

Software

7
  • Fracktory Slicer
    • Sending Gcode to Fracktal care for troubleshooting.
    • Tuning material settings on Fracktory.
    • Getting started with Fractory.
    • Fracktory Slicer
    • Getting Started
      • Getting started with Fractory.
    • Print Settings
      • Tuning material settings on Fracktory.
    • Tips & Troubleshooting
      • Sending Gcode to Fracktal care for troubleshooting.
betterdocs-category-icon

Material & Filaments

20
  • About: Carbon Fiber Nylon/CF-PA, A brief introduction.
  • About: Nylon, A brief introduction.
  • About: PVA, A brief introduction.
  • About: ABS, A brief introduction.
  • About: PET-G, A brief introduction.
  • About: TPU, A brief introduction.
  • About: PLA, A brief introduction.
  • Mechanical Properties of PLA
  • Material (filament) storage SOP
  • FDM 3D prining materials.
  • 3D Printing Material Guides
    • Material (filament) storage SOP
    • FDM 3D prining materials.
  • PLA/PLA+
    • About: PLA, A brief introduction.
    • Mechanical Properties of PLA
  • TPU
    • About: TPU, A brief introduction.
  • PET-G
    • About: PET-G, A brief introduction.
  • ABS
    • About: ABS, A brief introduction.
  • PVA
    • About: PVA, A brief introduction.
  • Nylon/PA
    • About: Nylon, A brief introduction.
  • Carbon Fiber Nylon/CF-PA
    • About: Carbon Fiber Nylon/CF-PA, A brief introduction.
betterdocs-category-icon

Print Troubleshooting Guide

5
  • Stringing or Oozing
  • 3D TroubleShooting and Problem
  • Problems with the print quality of the model
  • Blocked nozzle.
  • Filament extrusion is not proper in the first layer.
betterdocs-category-icon

Miscellaneous

13
  • Build plate related issues
  • Accessories & Spares!
  • Answering your first ticket.
  • While we are assigning a service agent to attend to your query…
  • Nylon with Julia+
  • Service Report
  • Bed Levelling Knob holder – 3D Printable part
  • Hotend Assembly
  • Fracktory software, User manual and Quick start Video
  • Software Update procedure for Wifi connected Julia Series
  • USB Setup guide
  • Manual for Julia 2018 Series
  • How to identify the diameter of the nozzle
betterdocs-category-icon

Internal Documentation

9
  • Installing servo encoder to Motors
  • How to check for electrical connectivity issues in 3D printers.
  • How to load code to Seeeduino Xiao (Snowflake bed levelling code loading)
  • Hotend electrical diagnosis.
  • Motor Driver error due to faulty jumper.
  • Julia pro touch UI- Not connecting to MKS
  • Always on cooling fan not working.
  • How to load code to Arduino (usually bed levelling code in Fracktal)
  • How to pull Github code
View Categories
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  • Setup And Installation

Setup And Installation

  • SOP of the printer
  • Replacing Nozzle PTFE
  • Changing Material/ filament.
  • Filament sensor not working.
  • How to make complete use of your accessories box.
Fracktal Works

India's 3D printer manufacturer — machines, materials and manufacturing services, made in Bangalore since 2013.

  • No. 3, 50ft Laggere Main Road, near Old Police Chowky, Chowdeshwari Nagar, Hegganahalli, Bengaluru, Karnataka 560058
  • +91 63649 25434
  • sales@fracktal.in
  • Mon–Sat, 9:30–18:30 IST

Printers

  • Snowflake
  • Julia
  • Dragon
  • Twin Dragon
  • Volterra
  • Apollo SLS
  • Material Dryer
  • PrintStick™
  • Which printer?
  • Industrial range

Services

  • All services
  • FDM 3D Printing
  • SLS 3D Printing
  • HP MJF 3D Printing
  • SLA 3D Printing
  • Vacuum Casting
  • Finishing & Assembly
  • Reverse Engineering
  • What it costs
  • Applications
  • FDM vs SLA vs SLS

Materials

  • PLA
  • PET-G
  • ABS
  • ASA
  • TPU 95A
  • Nylon PA12
  • CF-Nylon
  • Compare all twelve

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Support

  • Bed adhesion guide
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  • My Account

3D printing near you

  • Bengaluru
  • Mumbai
  • Delhi NCR
  • Noida
  • Gurugram
  • Pune
  • Chennai
  • Hyderabad
  • Ahmedabad
  • Kolkata
  • Kochi
  • Coimbatore
  • Nashik
  • Rajkot
  • Lucknow
  • Bhubaneswar
  • Indore
  • Chandigarh
  • Jaipur
  • Visakhapatnam

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