img

Architect / Construction

Learn more

Architect / Construction
img

Engineering / Manufacturing

Learn more

Engineering / Manufacturing
img

Aerospace / Defense

Learn more

Aerospace / Defense
img

Dental / Medical

Learn more

Dental / Medical
img

Personalised Miniatures

Learn more

Personalised Miniatures
3D FOOTWEAR

Fashion Wearables

Learn more

Fashion Wearables
img

Vacuum Casting / Injection Molding

Learn more

Vacuum Casting / Injection Molding
img

3D Designing / Reverse Engineering

Learn more

3D Designing / Reverse Engineering

From Concept to Creation – Explore the art of 3D Printing with ARC India

We specialize in providing top-notch 3D Printing solutions in India for various industries, including engineering, medical, construction, 3D designing, and aerospace.When it comes to next-gen Printing solutions, best display is inevitable with our cutting-edge technology and expertise. We offer a wide range of services to meet your unique needs for your 3D projects. ARC offers 3D Printing services that encompass the entire spectrum of design, production and finishing. Whether you require intricate prototypes, functional parts, or complex models, we have you covered. Our state-of-the-art printers ensure high precision and exceptional quality with latest technology, bringing your ideas to life with remarkable accuracy.

In the realm of construction, we leverage the power of 3D Printing technology to revolutionize the industry. Our advanced techniques allow for the creation of custom architectural models, enabling architects, engineers, and builders to visualize and test their designs before implementation. By employing 3D Printing in construction, we streamline the process, minimize errors, and optimize resource utilization for the best results.

Advantages of 3D Printing

Complex prints, Uncomplicated Printing

img

Design optimization

3D Printing technology enables us to do the perfect manufacturing.

img

Prototype Assembly Parts

This process helps designers understand and get feedback about a new project before going into full-scale production.

img

Topology Optimization for 3D Printing

ARC uses the finest topology optimization for 3D Printing to produce parts with complex geometries whose total weight can be optimized with the same strength

img

Conventional Vs Additive

Benefits of Additive Manufacturing

  • Low cost of entry
  • Optimized material usage, while maintaining the same strength
  • Low prototyping costs
  • Faster and less expensive production
  • Minimal on-hand inventory
  • Simple recreation of legacy parts
  • Improved component reliability
img

3D Printing-High Quality Prototype

3D Printing technology can create accurate and high-quality prototypes before investing your money in mass production.

ARC 3D Printing Services | 3D Figurines and Miniatures

Watch now

Printed product categories

Medical

We help improve surgical planning, create cost-effective functional parts and make production faster in the medical industry with 3D Printing.

Dentistry

With ARC, it is possible to get an accurate model of a patient’s dentition that helps in dental restorations and in creating dental implants. Whether you want to replace a damaged tooth or create orthodontic models, it is all possible with 3D Printing.

Aerospace

In the aerospace sector, with us, you can manufacture functional and intricate parts having complex geometries that are resilient and lightweight. Energy-efficient turbines, engines and interior parts reduce fuel consumption and CO2 emissions as well.

Automobile

End parts and car components that are produced with additive manufacturing technologies are lighter in weight and leads to lower energy consumption and better performance.

Architecture

Create complex and durable scale models quickly and in a cost effective way with our 3D Printing services. You can showcase your ideas to your clients with our 3D built highly detailed architectural models.

Large Miniature

We 3D print large custom miniatures, models and replicas with our advanced 3D Printing technology. Our in-house state of the art 3D modelling service helps us create custom miniature for large projects.

Gifts

No matter what your occasion is, you can now turn to ARC to get custom and personalized gifts created in 3D for your business or corporate event. We cater to bulk orders in a short span of time and create both small and large gifts for all industries.

3D Printing Work Gallery

img

Satellite Air Bus
img

3D Aerospace Engine
img

3D Drone

img

3D Helicopter
img

3D Missle

img

3D Printing
img

Aerospace Machine Design
img

3D Rover Model
img

Automotive engine
img

Automotive engineering component
img

Engine Model SLA

img

Automotive Engine Tool

img

Metal
img

Automotive Metal DLMS
img

3D-printed VC
img

3D-Printed VC
img

3D building
img

3D printed house
img

3D sliced building
img

3D Architect
img

3D architect
img

3D architect
img

3D architect
img

3D architect
img

3D architect model
img

3D bust figurine

img

3D couple figurine
img

Couple with pet
img

Doll figurine
img

Family figurine
img

3D figurine
img

3D figurine
img

Figurine with bobblehead

img

Full size figurine

img

House warming
img

Model with avatar
img

3D printed arm
img

3D printed chair
img

3D printed dress
img

3D printed gift
img

3D printed chair
img

3D printed shoe
img

3D printed watch
img

Activity wrist
img

3D chair

img

3D Dita-Von
img

3D dress
img

3D Hud
img

3D Hulkbuster suit
img

3D kitchen things
img

3D resolute chaie
img

3D wristlet

img

Carbon fiber
img

Delrin(POM)
img

Acrylonitrile butadiene styrene(ABS)
img

Nylon material
img

Poly carbonate (PC)
img

Polyethylene terephthalate glycol(PET-G)
img

Polylactic acid (PLA)
img

Silicon rubber
img

Titanium aerospace
img

Stainless Steel

ARC Advantages

All under one roof

We offer wide range of 3D Printing services technologies on FDM, SLA, DLP SLS DMLS and more — which help to create a proto type of various product innovation for different industry verticals.

India & World Wide Delivery

We cater to PAN India & most of the global delivery points & reach to your doorstep with our wide network of locations.

Best -Technology Minds

Our team of professional with rich experience in engineering background right from design to product validation to ensure accuracy at its best for greater customer experience.

No Minimum order Commitment

As our moto is to serve the customer & our professional facility center can service for a single unit 3D rinting services of any size & customized designs.

Right Cost, Best Quality

Our Professional team can recommend a best technology & raw material for the design proto types that can come handy on your budget & all with best quality.

Quick Delivery

Our state of art facility can handle any project size with large volume to ensure appropriate lead time to complete the work assignment.

Rapid Prototype Gallery

Vacuum casting is a casting process for elastomers where vacuum is used to draw the liquid material into the mold.

img

Engineering parts vacuum casting
img

Industrial parts vacuum casting
img

Plastic parts vacuum casting

In SLS 3D printing, a laser selectively sinters the particles of a polymer powder, fusing them together and building a part, layer by layer.

img

Functional-Medical-Orthopedic-SLS-Printing
img

SLS-Printed-Lattice-Structure
img

SLS-Printing-Post-Process
img

SLS Automotive Parts
img

Customized 3D Printing Models
img

SLS Post Process

Stereolithography (SLA) is an industrial 3D printing technique that is used to create concept models, cosmetic prototypes, and complex parts with geometrical patterns.

img

SLA 3D Engineering Parts
img

SLA 3D Figurines

img

SLA 3D Printing Scales

img

SLA Printed Parts

Fused deposition modeling, or FDM 3D Printing, is a method of additive manufacturing that infuses layers in a pattern to create a component.

img

3D Engineering Components

img

FDM Figurines
img

FDM-Printed Idol
img

FDM Printing without Support
img

FDM printing example
img

FDM prototypes

An injection mold comes with more than one cavity cut into the mold, allowing multiple various parts with the same material to be formed in a single cycle.

img

Blow moulding
img

Blow molding
img

Injection molding parts

img

Injection Molding-Family Molds
img

Injection molding-production parts
img

Injection molding tool

img

Volume production
img

Injection Molding
img

Injection molding

It’s a laser-based technology that uses powdered metals as materials.

img

Dental implant
img

Metal printing with supports
img

Metal printing facility

img

Metal Printing Prototypes
img

Globally 200,000+ Customers Trust ARC

From hospitals and universities to restaurants, hotels, and AEC companies, we provide print and document management solutions for all industries and deliver remarkable results every step of the way

Request a quote

If you’d like more information, please contact us and we’ll do our best to help.

Download brochure

FAQs

3D Printing, also known as additive manufacturing, is a process of creating three-dimensional objects by layering materials based on a digital model. It allows for the production of complex shapes and geometries that are difficult or impossible to achieve with traditional manufacturing methods.

In construction, 3D Printing offers several benefits:

  • Faster construction process: 3D Printing enables rapid production of building components, reducing construction time significantly.
  • Cost-effective: It reduces material waste and labor costs, making construction projects more economical.
  • Customization: Complex architectural designs can be easily achieved, allowing for unique and personalized structures.

3D Printing has revolutionized the aerospace industry in multiple ways:

  • Lightweight components: Complex geometries and internal structures can be created, reducing weight and enhancing fuel efficiency.
  • Rapid prototyping: 3D printing enables faster and cost-effective production of prototypes, facilitating iterative design processes.
  • Customization and optimization: Aerospace parts can be tailored to specific requirements, leading to improved performance and functionality.
  • Reduced supply chain dependencies: 3D printing allows on-site production, reducing the need for extensive inventories and logistics.

Absolutely! 3D Printing is widely used for design Printing purposes. Designers and artists can transform their digital creations into tangible objects, allowing for better visualization and validation of their concepts. 3D Printing enables the exploration of intricate details and textures, enhancing the creative process.

A wide range of objects can be 3D Printed, including prototypes, functional parts, artistic creations, custom tools, architectural models, engineering, medical implants, and more.

While 3D Printing is highly advantageous for prototyping, small-scale production, and customized manufacturing, it may have limitations in terms of speed and cost-effectiveness when compared to traditional mass production methods. However, advancements in technology and processes are continually expanding the feasibility of 3D printing for larger-scale production.

Various materials can be used in 3D Printing, including plastics, metals, ceramics, composites, and even biomaterials. The choice of material depends on the specific requirements of the object being printed, such as strength, flexibility, heat resistance, or biocompatibility.

While 3D Printing offers tremendous advantages, it also has some limitations. These include limited Printing size, slower production speed for large objects, certain material constraints, and the need for post-processing in some cases. However, ongoing advancements in technology are continuously pushing the boundaries and addressing these limitations

Get Free Consultation & Quotation

Fill up the details below