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Posts by category
- Category: Articles
- “Cheap part” vs “stable part”: what exactly you are buying in MJF
- PA 12 and PA 12s: how they differ in practice
- From Prototype to Production: The Transition That Still Stops Most Companies
- Why two parts printed in one build unit may behave differently
- How MJF Changes the Approach to Inventory in B2B
- Engineer’s Guide: Choosing the Right Material and Preparing a Model for MJF Printing with the Makerly GPT Tool
- The economics of low-volume production with MJF: where is the line between a prototype and a production run?
- Engineer’s Guide: How to Check an STL File for MJF Printing Using Makerly’s GPT Tool
- Circular economy: how MJF fits into the concept of sustainable manufacturing
- Metal 3D Printing: What Tasks This Technology Is Suitable For
- Tolerances, fits, and accuracy in MJF: what can and can’t be designed “to zero”
- How MJF is changing the supply chain: from local production to distributed manufacturing
- Unconventional Use Cases of MJF Printing in Education, Culture, and Art
- MJF vs. FDM and SLA in industrial applications: why “cheap 3D printing” often ends up costing more
- Checklist for Optimal MJF Design: 10 Mistakes to Avoid
- Quality Control in MJF Production: How to Ensure Consistency from Batch to Batch
- Sandblasting of MJF parts: when and why is it needed?
- MJF and Robotics: Integration Into Automated Production Lines
- Professional painting of parts printed with MJF: how components become market-ready
- Hybrid Manufacturing: Combining MJF with Hand Finishing and Traditional Craftsmanship
- What Will Change With the Emergence of New Certified Materials for MJF
- Color and Texture in MJF: Opportunities for Decoration and Customization
- Zero Inventory: How MJF Helps Launch Production Without Warehouses
- MJF and Customization: How a Startup Can Stand Out in a Competitive Market
- How to test a business idea in weeks with MJF prototypes
- MJF in Repair and Maintenance: Printing Rare and Discontinued Parts
- Lightness and strength: application of MJF in the production of car interior and exterior elements
- Sterilization and Safety of MJF Parts: What is Important to Know for Medicine
- Printing Anatomical Models for Physician Training and Surgical Planning
- Mass 3D Printing: When to Join in and Who’s Already in the Game
- How AI and Machine Learning Help Optimize 3D Models for MJF
- PA 12 W: New Opportunities in the Production of Visually Complex Parts
- MJF for Mass Customized Production: Trends and Perspectives
- How Can a Startup Integrate MJF Into Production Without Large Investments?
- PA 12 S in action: how to achieve casting‑grade quality without molds or post‑processing
- 3D Printing as a Tool for Creating Exclusive Souvenirs and Branded Merchandise
- How to prepare an STL model for MJF to avoid printing problems
- The Future of 3D Printing: What Materials for MJF Will Appear in the Next 5 Years?
- 3D Printing in Automotive: How MJF Technology Solves Real Industry Challenges
- Role of 3D Printing in Construction: Can MJF Be Adapted for Large-Scale Objects?
- Is It Possible to Print a Complete Product Without Assembly? The Potential of MJF in This Area
- How Are MJF Printing Materials Recycled? Eco-Friendly Use and Recycling of PA 12 in Industrial 3D Printing
- Comparison of MJF and SLS: Which Technology Should You Choose for Your Project?
- Climate Resistance and Thermal Stability of PA12 Parts: Why MJF Stands Out
- In-Depth Analysis of Material Properties in MJF: Shrinkage, Strength, Chemical Resistance
- Biocompatible Materials in 3D Printing: Can MJF Be Used in Medicine?
- Integrating MJF into Existing Production: Where to Start and How to Avoid Common Mistakes
- Industrial 3D Printing Market Analysis: Trends, Growth, and MJF Technology Outlook
- Post-Processing of MJF-Printed Parts: Methods, Comparison, Tips
- Design Optimization for MJF Technology: Tips for Engineers and Designers
- Why Polyamide Is Ideal for Functional Prototypes and End-Use Products
- How to Choose a Material for MJF Printing: PA 12, PA 12 W, or PA 12 S?
- 3D Printing of Flexible Parts from TPU using MJF Technology: What to Consider When Developing Models
- The Impact of MJF Printing on Efficient Manufacturing and the Environment
- Cost Efficiency and Production Flexibility with MJF: Application Examples in Small and Medium-Sized Businesses
- TPU vs. PA 12: What Tasks Does Each Material Solve in MJF Printing?
- Creating Functional Prototypes with MJF: From Concept to Testing
- Innovative Materials for 3D Printing: PA 12 S and HP PA 12 W
- The intellectual property protection issue in the additive manufacturing industry
- Using Polypropylene (PP) for MJF 3D Printing
- Makerly opens its first production site in Romania
- Launch of the fourth 3D printing line
- HP MJF and SLA: Comparing 3D printing technologies
- Makerly Acquires a Third HP Jet Fusion Line, Broadening Printing Material Options
- Top 5 reasons to use Multi Jet Fusion 3D printing
- PigPug startup: how 3D printing helps children with ADHD
- Startup Elliscope: unmanned airship as the future of aeronautics
- Shooclee: a startup simplifying footwear care with 3D printing
- Makerly secures another HP Jet Fusion 5210 industrial 3D printing line
- Makerly invites you to Addit Expo 3D 2022
- Infomir 3D Printing continues to manufacture devices
- Makerly doubles its HP Jet Fusion 5210 industrial line output
- How Multi Jet Fusion 3D Printing Rebooted Stomatology
- How 3D printing changes healthcare quality
- Orthos Impress startup: invisible and painless smile correction
- FDM printing and how it differs from MJF
- Additive manufacturing: technology, materials, and benefits of 3D printing
- New opportunities for manufacturers. What tasks does 3D printing solve?
- Additive technologies in computer-aided manufacturing
- Category: Blog
- Makerly at Addit Expo 2026
- “Cheap part” vs “stable part”: what exactly you are buying in MJF
- PA 12 and PA 12s: how they differ in practice
- Small-batch production in MJF: where the prototype ends and the product begins
- From Prototype to Production: The Transition That Still Stops Most Companies
- Why two parts printed in one build unit may behave differently
- How MJF Changes the Approach to Inventory in B2B
- Engineer’s Guide: Choosing the Right Material and Preparing a Model for MJF Printing with the Makerly GPT Tool
- The economics of low-volume production with MJF: where is the line between a prototype and a production run?
- Engineer’s Guide: How to Check an STL File for MJF Printing Using Makerly’s GPT Tool
- Circular economy: how MJF fits into the concept of sustainable manufacturing
- Metal 3D Printing: What Tasks This Technology Is Suitable For
- Tolerances, fits, and accuracy in MJF: what can and can’t be designed “to zero”
- How MJF is changing the supply chain: from local production to distributed manufacturing
- Unconventional Use Cases of MJF Printing in Education, Culture, and Art
- MJF vs. FDM and SLA in industrial applications: why “cheap 3D printing” often ends up costing more
- Checklist for Optimal MJF Design: 10 Mistakes to Avoid
- Quality Control in MJF Production: How to Ensure Consistency from Batch to Batch
- Sandblasting of MJF parts: when and why is it needed?
- MJF and Robotics: Integration Into Automated Production Lines
- Makerly Expands Production Capacity with the Installation of a New HP MJF 5620 Printer
- Professional painting of parts printed with MJF: how components become market-ready
- Hybrid Manufacturing: Combining MJF with Hand Finishing and Traditional Craftsmanship
- What Will Change With the Emergence of New Certified Materials for MJF
- Color and Texture in MJF: Opportunities for Decoration and Customization
- Zero Inventory: How MJF Helps Launch Production Without Warehouses
- MJF and Customization: How a Startup Can Stand Out in a Competitive Market
- How to test a business idea in weeks with MJF prototypes
- Makerly Joins the Association of Robotics and Automation
- MJF in Repair and Maintenance: Printing Rare and Discontinued Parts
- Lightness and strength: application of MJF in the production of car interior and exterior elements
- Sterilization and Safety of MJF Parts: What is Important to Know for Medicine
- Printing Anatomical Models for Physician Training and Surgical Planning
- Mass 3D Printing: When to Join in and Who’s Already in the Game
- How AI and Machine Learning Help Optimize 3D Models for MJF
- PA 12 W: New Opportunities in the Production of Visually Complex Parts
- MJF for Mass Customized Production: Trends and Perspectives
- How Can a Startup Integrate MJF Into Production Without Large Investments?
- PA 12 S in action: how to achieve casting‑grade quality without molds or post‑processing
- 3D Printing as a Tool for Creating Exclusive Souvenirs and Branded Merchandise
- How to prepare an STL model for MJF to avoid printing problems
- The Future of 3D Printing: What Materials for MJF Will Appear in the Next 5 Years?
- Makerly has received international certificates ISO 9001:2015 and ISO 14001:2015
- 3D Printing in Automotive: How MJF Technology Solves Real Industry Challenges
- Is it possible to print parts for repairing household appliances and cars using MJF?
- Role of 3D Printing in Construction: Can MJF Be Adapted for Large-Scale Objects?
- Is It Possible to Print a Complete Product Without Assembly? The Potential of MJF in This Area
- How Are MJF Printing Materials Recycled? Eco-Friendly Use and Recycling of PA 12 in Industrial 3D Printing
- Makerly Installs a New HP Multi Jet Fusion 5620 3D Printer at Its Romanian Facility
- Makerly at ADDIT EXPO 3D 2025: Discover How Additive Manufacturing is Transforming Industry
- Comparison of MJF and SLS: Which Technology Should You Choose for Your Project?
- Climate Resistance and Thermal Stability of PA12 Parts: Why MJF Stands Out
- In-Depth Analysis of Material Properties in MJF: Shrinkage, Strength, Chemical Resistance
- Makerly at Expo Plast 2025: Discover Industrial 3D Printing with Multi Jet Fusion
- Biocompatible Materials in 3D Printing: Can MJF Be Used in Medicine?
- Integrating MJF into Existing Production: Where to Start and How to Avoid Common Mistakes
- Industrial 3D Printing Market Analysis: Trends, Growth, and MJF Technology Outlook
- Post-Processing of MJF-Printed Parts: Methods, Comparison, Tips
- Design Optimization for MJF Technology: Tips for Engineers and Designers
- Why Polyamide Is Ideal for Functional Prototypes and End-Use Products
- How to Choose a Material for MJF Printing: PA 12, PA 12 W, or PA 12 S?
- MJF Technology in the Automotive Industry: Accelerating Prototyping and Production
- 3D Printing of Flexible Parts from TPU using MJF Technology: What to Consider When Developing Models
- The Impact of MJF Printing on Efficient Manufacturing and the Environment
- Multi Jet Fusion and Traditional Molding Methods: When Is MJF More Cost-Effective?
- Cost Efficiency and Production Flexibility with MJF: Application Examples in Small and Medium-Sized Businesses
- Makerly расширила производственные мощности благодаря новому 3D-принтеру HP 5620
- Makerly Expands Production Capabilities With the New HP 5620 3D Printer
- TPU vs. PA 12: What Tasks Does Each Material Solve in MJF Printing?
- Makerly: The Rebranding of Infomir 3D Printing and Expansion into the European Market
- Creating Functional Prototypes with MJF: From Concept to Testing
- Innovative Materials for 3D Printing: PA 12 S and HP PA 12 W
- Why MJF Printing is Best Suited for Mass Production of Small Batch Parts
- The intellectual property protection issue in the additive manufacturing industry
- Benefits of 3D printing using the MJF method for medicine
- Using Polypropylene (PP) for MJF 3D Printing
- Makerly opens its first production site in Romania
- Using thermoplastic polyurethane for MJF 3D printing
- Launch of the fourth 3D printing line
- Makerly is joining the HP Digital Manufacturing Network
- HP MJF and SLA: Comparing 3D printing technologies
- Makerly Acquires a Third HP Jet Fusion Line, Broadening Printing Material Options
- HP MJF vs. SLS: Comparing 3D Printing Technologies
- Стартап Orthos Impress: «невидиме» й безболісне корегування усмішки
- Top 5 reasons to use Multi Jet Fusion 3D printing
- PigPug startup: how 3D printing helps children with ADHD
- Startup Elliscope: unmanned airship as the future of aeronautics
- Shooclee: a startup simplifying footwear care with 3D printing
- Makerly secures another HP Jet Fusion 5210 industrial 3D printing line
- Makerly invites you to Addit Expo 3D 2022
- Infomir 3D Printing continues to manufacture devices
- Makerly doubles its HP Jet Fusion 5210 industrial line output
- How Multi Jet Fusion 3D Printing Rebooted Stomatology
- How 3D printing changes healthcare quality
- Orthos Impress startup: invisible and painless smile correction
- FDM printing and how it differs from MJF
- Additive manufacturing: technology, materials, and benefits of 3D printing
- New opportunities for manufacturers. What tasks does 3D printing solve?
- Additive technologies in computer-aided manufacturing
- Webinar: How 3D printing technology enhances the quality of medical services
- Category: News
- Makerly at Addit Expo 2026
- Makerly Expands Production Capacity with the Installation of a New HP MJF 5620 Printer
- Makerly Joins the Association of Robotics and Automation
- Makerly has received international certificates ISO 9001:2015 and ISO 14001:2015
- Makerly Installs a New HP Multi Jet Fusion 5620 3D Printer at Its Romanian Facility
- Makerly at ADDIT EXPO 3D 2025: Discover How Additive Manufacturing is Transforming Industry
- Makerly at Expo Plast 2025: Discover Industrial 3D Printing with Multi Jet Fusion
- Makerly Expands Production Capabilities With the New HP 5620 3D Printer
- Makerly: The Rebranding of Infomir 3D Printing and Expansion into the European Market
- Category: Webinars
Portfolio
- Expansion Tank
- End Elements for Lighting Fixtures
- Decorative Cover For a Dental Microscope
- Dashboard Components
- Car models
- Lid and housing of a mini sink for water collection
- Parts for Airsoft Gearboxes
- Telescope Alignment Assembly
- Flashlight Holder for a Car Service Station
- Decorative Mask
- Details for LED Lamp
- Set of Components for Prostheses
- Rings and adapters for robotics
- Prosthetic Socket
- Instrument Stand Set
- Electric Screwdriver Handle
- Finger Prosthesis Parts
- Parts of the strikeball drive unit
- Hinged module parts
- Tube holders for medical device
- Plugs for electric boat
- Aluminum section prototype
- Magnetic sensor housings
- Programmer enclosure
- Orthopedic insoles
- Pusher for a coffee machine
- Model parts for the “ARCH MAQUETTE” workshop room
- Bottle neck and cap
- Knife handle covers
- Plugs for a military gas mask
- Indoor gas detector
- Tester cases
- Small parts for prototypes
- 1,500 jaw models per month for Orthos clinic
- Up to 2 g: 1,000 architectural model parts
- Microphone holder for Louder Hub
- Voltage stabilizer frames for Eleks
- Qudi emotional mask accessories
- Hip joint model for 3D-studio ABV-Stroy
- Orthotics for 3D Service studio
- Case for Skyman digital altimeter
- Changeable tube filters for respirators by Kray Technologies
- Headphone case for PigPug
- Cases for electronics by Droid Technologies
- Prototype of an unmanned aerial vehicle for Elliscope
- Decorative zodiac sign figurines
- QR code readers
- Car wheel plugs
- Exhibition model of a computer game dragon for UESF
- Surgical retractors
- Parts of the tourniquet
- Radio-controlled boat prototype
- Socket cases for a 3D printing studio
- Battery enclosure
- VR headset
- Respirator Cover for Mikrofiltr LLC
- Optical sensor housings
- Tablet holders
- Water cannon parts made for a private client
- Housings for GNSS receivers
- Jedi Sword Souvenirs
- Back-seat Isofix cap
- Mold for pouring polyurethane
- Servo Box for Electronics
- A fuel tank cap
- Body parts for an OBD-device prototype
- A tool for unscrewing flasks and caps of home water filters
- Sumix cases
FAQ
- Can any 3D parts be painted?
- How long does the painting process take?
- Can I request a unique color and texture?
- Do you provide coating durability?
- Can you apply a logo or marking?
- Why is sandblasting needed after MJF printing?
- Do the dimensions of the part change after sandblasting?
- Can I order only sandblasting without painting?
- What does the part look like after processing?
- How does 3D metal printing differ from traditional casting or machining?
- What is the maximum size of parts that can be printed?
- How accurate are the finished parts?
- Is post-processing required for printed parts?
- How long does it take to estimate the cost of metal printing?
- What is 3D scanning?
- What are the advantages of 3D scanning?
- What object sizes can be scanned?
- What surfaces are suitable for scanning?
- What is the accuracy of your 3D scanners?
- Do you offer NDA or confidentiality for orders?
- Can I receive the model for my own use or storage?
- Can you optimize a model for 3D printing?
- How long does it take to create a 3D model?
- What file formats do you accept for 3D model creation?
- Can I order a second batch of products without providing the model if I have previously placed an order?
- Are there any limitations on the model file size?
- Do you do chemical surface smoothing?
- Do you provide a warranty on printed products?
- What is the minimum font size if my model includes text?
- I have large parts. Can you help me glue them together?
- Is it possible to print a part with your material around my metal part, or embed it into it during the printing process?
- Can you print a part with partial prepayment?
- If I have a VERY urgent order, can I "speed up" the printing for an additional fee?
- If I am not satisfied with the print quality, can I return the detail?
- Is there an option to print one part from two materials?
- How do you insure items when sending them via Nova Poshta: at full cost or at a minimum?
- Can you create a project for my part in STL format?
- Can you print a part in white material?
- Do you offer FDM printing using Elastane or TPE materials?
- What chemicals can TPU withstand?
- What are the advantages of using TPU in the creation of functional parts?
- In which industries is TPU used?
- What is TPU and what are its features for 3D printing?
- How does polypropylene PP differ from polyamide HP PA 12?
- How does thermoplastic polyurethane TPU differ from polyamide HP PA 12?
- What does a demo box include?
- What is a demo box?
- Are photography and filming allowed on your tours?
- Who visits your facility tours?
- How long is the tour?
- How can I get samples?
- Can I ask questions during the tour?
- Who guides the tour?
- How many visitors do you accept at a time?
- Are the tours free?
- Do you ship orders internationally?
- How long does it take you to fulfill orders?
- What materials do you use for prototype building?
- What safety certificates does the PA 12 material have?
- What material do you use for 3D printing?
- What are the maximum dimensions?
- How fast does HP Jet Fusion 5210 print?
- How precise is MJF printing?
- What color will the build have?
- What kind of dust and moisture protection will the builds have?
- Do you do post-processing?
- How can the PA 12 items be bonded?
- How is Multi Jet Fusion different from SLS?
- What makes HP PA 12 different from ABS and resin?
- What process does HP Jet Fusion 5210 use?
- How many models can I include in an STL file?
- How do I pay for my order?
- How is the printing price calculated?
- Do you provide 3D scanning/modeling services?
- What is your Privacy Policy?
- Do you grant discounts?
- How do I upload my 3D model file into the online calculator?
- Do you sign NDAs?
- How do I prepare my model for printing?
- How do I place a 3D printing order?
- Do models with complex geometry require supporting elements?