Every technology has unique strengths. By combining them with our design expertise and finishing capabilities, we provide precise, reliable, and cost-effective models that help businesses innovate faster, reduce risks,and achieve milestones with confidence.

SLA – Stereolithography

SLA is one of the earliest and most refined 3D printing technologies. It uses a UV laser to cure liquid photopolymer resin layer by layer inside a vat. Each pass of the laser solidifies the design with microscopic accuracy, resulting in smooth surfaces and intricate detailing.
Materials Used
  • Standard Resins
  • Clear Resins
  • Engineering Resins
  • Castable Resins
  • Biocompatible Resins
What This Technology Offers
  • Ultra-high resolution and smooth surfaces
  • Ability to reproduce the finest details
  • Wide variety of finishes
  • Perfect for presentation-quality prototypes
Benefits to Businesses
  • Reduces time to market with quick, high-quality prototyping
  • Helps secure client approvals faster
  • Cuts costs compared to traditional mold-making
  • Inspires confidence with models that look and feel like final products
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Applications

Defense

Precision 3D printed components, scaled defense models, and advanced prototyping for military and aerospace requirements.

Healthcare

Medical prototypes, anatomical models, and equipment development tools to support innovation in healthcare.

Jewellery & Fashion

Intricate design models, fashion prototypes, and custom accessories with unmatched precision.

Consumer Goods

Product prototypes, packaging models, and design validation tools for faster market readiness.

FDM – Fused Deposition Modeling

FDM is the most widely used 3D printing process. It works by extruding thermoplastic filament through a heated nozzle that lays material down layer by layer. The technology is known for its strength, reliability, and cost-efficiency, making it ideal for both prototypes and functional end-use parts.
Materials Used
  • PLA
  • ABS
  • PETG
  • Nylon
  • Carbon-Fiber Reinforced Filaments
  • ETPU (Elastic TPU)
What This Technology Offers
  • Large build volumes for big models and masterplans
  • Wide material variety
  • Durable, usable parts that withstand real-world stress
  • Cost efficiency for production
Benefits to Businesses
  • Allows rapid production of large and complex prototypes
  • Cost-efficient alternative to machining or molding
  • Provides strong, functional test parts
  • ETPU enables industries to test flexible, shock-absorbing components
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Applications

Architecture

Detailed architectural maquettes, concept models, and real estate showcase models that bring designs to life.

Defense

Precision 3D printed components, scaled defense models, and advanced prototyping for military and aerospace requirements.

Marine

Scaled vessel models, marine equipment prototypes, and concept designs for shipbuilding and offshore industries.

Oil & Gas

Functional prototypes, equipment models, and scaled industrial layouts for oilfield and energy projects.

Aerospace & Aviation

Aircraft component prototypes, cutaway models, and testing aids for aerospace innovation.

Education

Interactive teaching models, STEM prototypes, and visual aids that simplify complex concepts.

Footwear & Sports

Custom footwear molds, gear prototypes, and performance-focused design elements.

SLS – Selective Laser Sintering

SLS employs a high-powered laser to fuse powdered materials (usually nylon) into solid structures. Unlike SLA or FDM, SLS does not need support structures, enabling designers to create complex shapes and moving parts in a single print.
Materials Used
  • Nylon (PA12, PA11)
  • Glass-Filled Nylon
  • TPU (Flexible Powder)
What This Technology Offers
  • Industrial-grade durability
  • Freedom to create highly complex designs
  • Functional prototypes that can withstand mechanical stress
  • Ideal for short-run production and custom parts
Benefits to Businesses
  • Eliminates tooling costs for short production runs
  • Reduces lead times compared to traditional manufacturing
  • Enables lightweighting and part consolidation
  • Provides real-world test-ready prototypes
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Applications

Architecture

Detailed architectural maquettes, concept models, and real estate showcase models that bring designs to life.

Oil & Gas

Functional prototypes, equipment models, and scaled industrial layouts for oilfield and energy projects.

Healthcare

Medical prototypes, anatomical models, and equipment development tools to support innovation in healthcare.

Aerospace & Aviation

Aircraft component prototypes, cutaway models, and testing aids for aerospace innovation.

Consumer Goods

Product prototypes, packaging models, and design validation tools for faster market readiness.
Why Businesses Trust ARC 3D
  • Technology Choice: We select the right process (SLA, FDM, SLS) for your specific needs.
  • End-to-End Solutions: From design, material selection, and printing to finishing and delivery.
  • Multi-Industry Expertise: Serving architecture, defense, oil & gas, aerospace, medical, jewelry, consumer goods.
  • Proven Business Impact: Reduce development time, lower costs, improve presentations, and accelerate approvals.
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