Alien Technology.
Earthly Precision.

ABOUT US

At Alien’s 3D Infotech, we fuse advanced 3D Printing technologies with real-world precision to create functional prototypes, custom parts and design models across industries.

We specialise in SLA (Stereolithography) 3D Printing, as well as FDM, SLS, DMLS, vacuum and cutting technologies — enabling exceptional accuracy and detail in everything from jewellery and architecture to engineering and media.

From digital concept to physical model — we bring your ideas to life layer by layer.

Industries We Serve

Tailored prototyping for every imaginable sector.
From industrial product developers to medical innovators — our 3D Printing and prototyping services are trusted across sectors where detail, durability and development speed are non-negotiable.

How 3D Printing Helps:
• Prototype parts before investing in injection moulds
• Validate fit, tolerance and design complexity
• Cut down mould correction cycles with quick iterations

Useful for:
• Plastic component prototyping
• 3D Printing for mould designers
• Injection mould trial components
• Low-volume tooling validation
How 3D Printing Helps:
• Craft custom ornamental shapes with ultra-fine details
• Small-batch production or sample runs for clients
• Perfect surface finish for painting, coating or display

Useful for:
• Toy 3D prototyping
• Resin trophy model printing
• Gift item 3D Printing
• Custom artifact 3D Printing
How 3D Printing Helps:
• Print cases, enclosures, brackets or connector housings
• Validate ergonomics and part interlocks
• Rapidly test form, fit and finish

Useful for:
• Electronics enclosure 3D Printing
• Casings for wearables
• Mobile accessory prototyping
• Component fitting models
How 3D Printing Helps:
• Translate early ideas into testable 3D forms
• Explore design feasibility without tooling cost
• Iterate and pivot quickly before investing in scale

Useful for:
• Startup 3D printing services
• Rapid idea prototyping
• Concept model 3D Printing
• R&D Prototyping
How 3D Printing Helps:
• Create experimental fixtures and low-run prototypes
• Validate industrial designs with high-resolution test models
• Develop proof-of-concept parts for labs and field tests

Useful for:
• Automotive R&D model 3D Printing
• 3D Printing in industrial research
• Prototype testing for engineers
• Experimental assembly parts
How 3D Printing Helps:
• 3D Print anatomical models, crowns, bridges and aligners
• Design biocompatible resin models for surgeries and trials
• Customize surgical planning tools like guides and patterns

Useful for:
• Dental crown 3D Printing
• Resin aligner 3D model Printing
• Surgical guide 3D Printing
• Ortho jaw model prototyping
How 3D Printing Helps:
• Patient-specific bone and implant models
• Design functional jigs, fixtures and drill guides for surgeons
• Enable better surgical outcomes through visualization

Useful for:
• Orthopedic surgical planning 3D Print
• SLA anatomical model Printing
• Joint replacement guides
• Resin jigs for operation preparation
How 3D Printing Helps:
• High-detail wax/resin models for lost casting
• Rapid design iteration for custom orders
• Small batch production for boutique brands

Useful for:
• 3D Print for Jewellery wax model
• Gold casting prototypes
• Fine detail ornament 3D Printing
• Custom jewellery 3D Printing
How 3D Printing Helps:
• Scale models of buildings, interiors and landscapes
• Detailing for façade design and material textures
• Ideal for client demonstration and project approvals

Useful for:
• Architectural model 3D Print
• Interior prototype 3D Printing
• Real estate pitch models
• 3D Printing for architects
How 3D Printing Helps:
• Character models, props and costume prototypes
• Stop-motion miniatures or cinematic test pieces
• Print-ready assets for VFX pipelines

Useful for:
• Animation character 3D Printing
• Film prop 3D Printed model
• VFX prop prototyping
• Gaming miniature 3D Print

GALLERY / OUR WORK

Real Projects. Real Results.

Our Capabilities

Whether you're looking to develop a proof of concept, functional part or architectural model, we offer agile, end-to-end solutions tailored to your industry, timeline and vision. Every project is handled with attention to detail, technical accuracy and future-focused thinking.

OUR 3D PRINTING SERVICES INCLUDE -
SLA (Stereolithography)

UV Laser + Resin = Ultra-Fine Detail

How It Works:

Photopolymer resin is cured layer by layer with a UV laser

Build platform lowers as new layers form

Post-processing involves washing, UV curing, support removal and sanding

Key Features:

Ultra-high resolution for intricate detail

Materials: rigid, flexible and transparent resins

Smooth surface finish (almost injection mould quality)

Moderate speed, ideal for visual and design-grade models

Supports required and manually removed

Best For:
Jewellery, dental, fashion and product design prototypes

FDM (Fused Deposition Modelling)

Melted Filament. Strong, Functional Parts.

How It Works:

Thermoplastic filament is heated and extruded through a nozzle

Layers are deposited sequentially and solidified as they cool

Basic post-processing may include trimming or smoothing

Key Features:

Moderate resolution, ideal for durable models

Materials: PLA, ABS, PETG and TPU

Visible layer lines (can be finished as needed)

Cost-effective and quick turnaround

Minimal support structures required

Best For:
Functional prototypes, mechanical parts, jigs and fixtures

SLS (Selective Laser Sintering)

Powder-Fused Precision. No Supports Needed.

How It Works:

Laser sinters nylon powder layer by layer

Unfused powder supports the part during the build

No support structures required

Key Features:

High strength with functional accuracy

Materials: Nylon 12, PA11 and glass-filled nylon

Matte, grainy finish with good durability

Supports complex internal geometries

Excellent wear and impact resistance

Best For:
End-use parts, enclosures, functional prototypes and low-volume production

DMLS (Direct Metal Laser Sintering)

From Metal Powder to Precision Component.

How It Works:

High-powered laser fuses layers of metal powder

Parts are built on a metal base plate

Post-processing includes heat treatment, support removal and finishing

Key Features:

High-resolution, fully functional metal parts

Materials: Stainless steel, titanium, aluminium and cobalt chrome

Exceptional strength and repeatability

Ideal for fine internal channels and detailed geometries

Requires advanced post-processing

Best For:
Aerospace, automotive, surgical implants and tooling applications
Reverse Engineering: Bridging the Physical and Digital Worlds
We digitally reconstruct real-world objects by studying their shape, function and structure — ideal for replication, redesign or enhancement.

How It Works:

Physical object is 3D scanned using high-accuracy tools

Scan generates a point cloud or mesh

Data is cleaned and converted into usable CAD models

Files are ready for modification, analysis or re-manufacturing

Key Features:

Captures accurate geometry of any component

Enables legacy part recreation

Compatible with all major CAD/CAM/CAE workflows

Supports design analysis, modification and improvement

Advantages:

Ideal for R&D, tool development, product upgradations

Helps preserve discontinued parts or replicate competitor components

Essential for industries with aging infrastructure or manual designs
3D Modelling: Turning Imagination into Digital Form
We convert ideas into precise digital 3D models for printing, simulation or digital visualization — from concept sketches to CAD-perfect files.

How It Works:

Concepts are digitally sculpted using CAD tools or scanned data

Designs can be created from scratch or references

Models support real-world scale, proportions and mechanics

Output files prepared for SLA printing, rendering or simulation

Key Features:

Supports all 3D design styles: polygonal, parametric, NURBS

Compatible with engineering, product and animation workflows

High-precision models for visual, functional or testing purposes

File formats include STL, OBJ, STEP, IGES and more

Advantages:

Ideal for industrial designers, startups and creators

Supports product development, animation, VR/AR and more

Saves cost and time in prototyping & production
Industrial Design: Where Innovation Meets Functionality
From idea sketches to full-scale working models, we help shape concepts into market-ready prototypes that balance function, usability and style.

How It Works:

Start with conceptual sketches or references

Move to CAD modelling and structural visualization

Build functional or visual prototypes for testing and feedback

Refine designs for manufacturing, scale-up or investor demonstration

Key Features:

Services include:

Idea Sketches – Quick design exploration

Technical Drawings – Dimensions, mechanisms, materials

Functional Prototypes – Test-fit, mechanical behavior

Pre-Production Units – Ready-for-market prototypes

Enables usability testing, ergonomic validation and iterative design

Advantages:

Ideal for startups, OEMs, consumer products and design firms

Speeds up go-to-market with tangible, testable units

Supports design validation before tooling

Why Partner with Alien’s 3D Infotech?

Precision Engineered. Innovation Delivered.

3D Printing Experts: Dedicated to high-details, smooth-finish and accurate printing
Fast Turnaround: Quick delivery without sacrificing quality
End-to-End Workflow: Design to prototyping, all under one roof
Flexible Manufacturing: From one-off to small batch production
Industry-Grade Equipment: Only the best, calibrated tech
Cross-Industry Solutions: Jewellery, fashion, automotive, education and more
Rigorous Quality Checks: Every part tested, every layer precise