3D Printing Services

  • On-demand 3d printing services for rapid prototyping.
  • FDM, SLA, SLS, MJF, DMLS, and Polyjet 3d printing are available.
  • A variety of materials are available in Plastic, Nylon, Metal.
  • From Prototyping to Functional Parts.
  • 100% assistance with the Add-Layers Team.
  • Quick Processing.
  • Fast Delivery all over the world.

FDM

Fused Deposition Modeling


SLA

stereolithography

MJF

HP Multi Jet Fusion


SLS

Selective Laser Sintering


DMLS

Direct Metal Laser Sintering

Polyjet

Rigit Protopolymer Technology

 

Simple Process to Get your parts.

Upload CAD file.

Share the CAD file with us in .stp, .stl, .obj. format. If you don't have CAD files, you can share basic sketch or drawing.

Choose Material

Our Engineering team will contact you & suggest most convenient way to produce the parts & models. wide range of materials available in plastic & metals.

Place the order.

Our team will provide you with the best costing based on selected material & process of manufacturing.

GET the parts.

Once order is finalized, our manufacturing team will start the production & complete within minimum timeframe & send to your door step.

Comparison of different 3D printing processes.

3D Printing Materials

  • PLA (FDM)
  • ABS (SLA)
  • Tough Yellow resin (SLA)
  • High temperature resin (SLA)
  • Nylon FS3400PA (SLS)
  • Nylon FS340GF (SLS) -Glass filed
  • HP Nylon PA12 (MJF)
  • CF nylon12 (FDM)- Carbon Filled
  • ASA (FDM) -UV stable
  • PC (FDM) -Thermoplastic
  • Ultem1010 (FDM)
  • AlSi10Mg (DMLS)- Aluminum.
  • SS316L (DMLS)- Stainless steel.
  • Ti6A14v (DMLS)- Titanium.
  • MS1 (DMLS)- Mild Steel.
  • ABS-M30I (FDM)
  • ULTEM1010 (FDM)
  • MED610 (Polyjet)
  • TPU (FDM)
  • Flexible soft resin (SLA)
  • Agilus 30 (Polyjet)
  • RGD450 (Polyjet) – PP grade.
  • Transparent resin (SLA)
  • Vero clear (Polyjet)

*If you require any specific grade of material then we can arrange the material if the order quantities are higher.

Surface Finishing / Post-Processing

1. Sanding

  • Coarse to Fine: Start with coarse-grit sandpaper and gradually move to finer grits.
  • Wet Sanding: Use water with fine sandpaper to reduce dust and achieve a smoother finish.

2. Filling

  • Gap Fillers: Use epoxy, putty, or filler primer to fill gaps or imperfections.
  • Application: Apply the filler, let it dry, then sand smooth.

3. Painting

  • Primer: Apply a primer to ensure paint adhesion.
  • Paint: Use spray paint or acrylics for color.
  • Sealing: Finish with a clear coat for protection.

4. Polishing

  • Mechanical Polishing: Use polishing wheels or buffing machines.
  • Chemical Polishing: For certain plastics like ABS, acetone vapor smoothing can give a glossy finish.

5. Tumbling

  • Media: Use a rock tumbler with abrasive media to smooth small parts.
  • Time: Depending on the material and desired finish, tumbling times can vary.

6. Machining

  • CNC Machining: Use CNC machines for precise post-processing.
  • Manual Tools: Use drills, taps, and mills to add holes or other features.

Applications of 3D printing.

Automotive

  1. Prototyping: Fast production of prototypes for new car models and parts, significantly reducing development time.
  2. Custom Parts: Manufacturing of custom and replacement parts, including obsolete or rare components.
  3. Tooling: Creation of custom jigs, fixtures, and manufacturing aids to streamline production processes.

Manufacturing

  1. Tooling and Molds: Custom molds and tools for traditional manufacturing processes, improving efficiency and reducing lead times.
  2. Spare Parts: On-demand production of spare parts, reducing inventory costs and downtime.
  3. Product Customization: Personalized manufacturing runs tailored to specific customer requirements.

Architecture and Construction

  1. Scale Models: Detailed architectural models for presentations and planning.
  2. Building Components: Printing of complex building components and even entire structures, reducing construction time and cost.
  3. Interior Design: Custom furniture and interior decor elements that can be printed to exact specifications.

Aerospace and Defense

  1. Component Manufacturing: Lightweight and complex components for aircraft and spacecraft, reducing weight and material waste.
  2. Rapid Prototyping: Accelerated development of new aerospace parts and systems through quick prototyping and testing.
  3. Tooling and Fixtures: Custom tools and fixtures for manufacturing and maintenance processes.

Art and Design

  1. Sculptures and Installations: Producing intricate and detailed sculptures that are difficult to create with traditional methods.
  2. Jewelry Design: Custom jewelry pieces with complex designs and fine details.
  3. Creative Prototyping: Allowing artists and designers to quickly prototype and iterate on their ideas.
  4. NFT 3D modeling & 3D printing: You can covert your NFT art into a 3d model from 3dzinr.com & get the model 3d printed for showcase purposes.

Education and Research

  1. Educational Tools: Hands-on learning aids, such as anatomical models, mechanical parts, and historical artifacts.
  2. Research Prototypes: Fast and cost-effective creation of prototypes for various research projects across disciplines.
  3. Lab Equipment: Custom lab equipment and parts, enhance the ability to conduct specialized experiments.

Healthcare

  1. Surgical Models: Patient-specific anatomical models created from MRI or CT scans, aiding surgeons in pre-operative planning and simulation.
  2. Bioprinting: Printing tissues and organs using bio-inks made from living cells, with the potential to revolutionize organ transplantation.
  3. Dental: Custom dental implants, crowns, bridges, and orthodontic devices, allow for precise and rapid production.

Food Industry

  1. Customized Food Products: 3D Printed food items in unique shapes and designs for high-end dining experiences and special occasions.
  2. Nutritional Control: Tailoring food items to specific nutritional needs and dietary restrictions.
  3. Innovative Cooking: Creating new textures and flavors through the precise layering of ingredients.

Electronics

  1. Circuit Boards: Printing circuit boards and other electronic components with precision and customization.
  2. Enclosures: Custom enclosures for electronic devices, tailored to specific requirements and aesthetics.
  3. Wearable Tech: Developing and prototyping wearable technology with customized features and form factors.

Fashion and Textiles

  1. Custom Clothing: Printing garments and accessories tailored to the individual’s measurements and style preferences.
  2. Innovative Textiles: Creating new materials and fabric patterns that are not possible with traditional textile manufacturing.
  3. Prototyping: Rapid prototyping of new fashion designs and concepts, allowing for faster iteration and development.
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