India's Most Advanced 3D Computer Setup for Schools

Complete end-to-end 3D lab installation — high-performance CAD workstations, 3D printers, modeling software, VR tools, and full on-site teacher training for schools across India.

📋 Get Free Lab Proposal 📞 Book Consultation
PAN India Deployment
Govt & Private Schools
Global Education Aligned
3D Computer Lab Setup
What is a 3D Computer Lab

Where Digital Designs Come to Life

A purpose-built learning space where students use high-performance workstations and professional 3D software to design, simulate, and physically print their own ideas — bridging the digital and physical world in the classroom.

High-performance CAD workstations with dedicated GPU
Professional FDM & resin 3D printers — student-ready
Licensed 3D modeling & CAD software pre-configured
VR/AR headsets for immersive 3D exploration
Grade-wise Global Education aligned curriculum & assessments
🏫 This ensures your school remains inspection-ready for CBSE affiliation and annual evaluations at all times.
3D Computer Lab setup
3–12
Grade Levels
48h
Setup Time
6+
Software Suites
How It Works

3D Design to 3D Printing Process

Students follow a complete professional workflow — from a digital concept to a real physical object in their hands.

🖥️1

3D Design

Create model using Blender, Tinkercad or AutoCAD

⚙️2

Slicing

Convert 3D file to printable layers via Cura

🖨️3

3D Printing

FDM/resin printer builds the object layer by layer

🚀4

Finished Object

Real physical prototype ready to test & present

🖥️ 3D Design
⚙️ Slicing
🖨️ 3D Printing
🚀 Finished Object
What We Provide

Complete 3D Lab Solution

Every component designed, sourced, and installed by our team — so your school gets a fully operational lab from day one.

🖥️

High-Performance CAD Workstations

Dedicated GPU computers with 16GB RAM and SSD — optimized for 3D modeling, rendering, and simulation without any lag.

🖨️

3D Printing Technology

Professional FDM and resin 3D printers installed and calibrated — students can print their own designs from day one.

🎨

Design & Modeling Software

Licensed Blender, SketchUp, Tinkercad, AutoCAD, Fusion 360 — pre-installed and curriculum-configured on every workstation.

📺

4K Interactive Smart Board

Large-format smart displays for teacher-led instruction, live 3D design demos, and collaborative project reviews.

🥽

VR / AR Learning Systems

Standalone VR headsets with 3D education content — students experience their designs in full immersive scale before printing.

👨‍🏫

Teacher Training Program

Comprehensive on-site training — covering software operation, project design, student assessment, and classroom management.

Hardware Infrastructure

Enterprise Equipment, School Ready

Every hardware component is enterprise-grade, education-configured, and covered under our AMC from day one of installation.

3D computer lab workstation row
Lab Ready in 48 Hours
Hardware Checklist
🖥️

CAD Workstations

Dedicated GPU, 16GB RAM, SSD

🖨️

3D Printers

FDM + Resin, multi-filament

📡

3D Scanners

Reverse engineering & scanning

📺

Smart Board 4K

Interactive collaborative display

🥽

VR Headsets

Standalone, educational content

🌐

Networking

High-speed LAN, managed switch

🔊

Audio System

Classroom speakers for VR/AR

⚡

UPS & Power

Surge protection, uninterrupted

Software Suite

Industry Tools, School Licensed

Pre-installed and configured professional 3D design software — the same tools used by engineers, architects, and product designers worldwide.

3D Modeling

3D Design & Sculpting

Create, sculpt, and render three-dimensional models with polygon modeling and parametric design workflows.

BlenderTinkercadSketchUp
Engineering CAD

Professional CAD Software

Precision engineering, technical drawing, 2D drafting, and 3D mechanical prototyping used in real industry.

AutoCADFusion 360FreeCAD
Animation

3D Animation & Motion

Rig, animate, and render cinematic 3D sequences — from character animation to product walkthroughs.

Blender AnimMaya
3D Printing

Slicing & Print Prep

Prepare 3D models for printing — slicing, support generation, temperature and speed optimization.

Ultimaker CuraPrusaSlicer
Education Platform

Curriculum Design Platforms

Grade-wise guided 3D learning journeys aligned to NCERT and Global Education learning outcomes.

CoSpaces EduMorphiTinkercad EDU
3D CAD software on professional workstation
Student Projects

Real Projects Students Build

Every student leaves with a physical 3D-printed prototype they designed from scratch — robots, buildings, vehicles, organic models and more.

Robotic hands, prosthetics & mechanical grippers
Architecture models — houses, bridges, city layouts
Science specimens — DNA, atom models, organ replicas
Vehicles, toys & creative characters
Student Projects in the Lab
Real Student Projects Built in 3D Computer Lab
Student Projects in the Lab
Real Student Projects Built in 3D Computer Lab
3D Model Samples

What Students Design & Print

From robots and vehicles to castles and spaceships — students design and 3D print anything they can imagine using professional software tools.

Robots & mechanical assemblies with moving parts
Vehicles, aircraft & spaceship prototypes
Castles, monuments & architectural structures
Engineering parts, gear systems & mechanisms
3D Design Workflow

From Idea to Reality — 5 Simple Steps

The complete student journey every time they create a new 3D project in the lab

💡
Idea
Brainstorm & sketch concept
🖥️
Design
Model in Tinkercad or Blender
🧊
Model
Refine 3D geometry & structure
🖨️
Print
Slice & 3D print the object
✅
Test
Review, iterate & present
Why 3D Labs Work

Learning Outcomes That Schools Measure

Every benefit below is aligned to Global Education competency goals — from design thinking to career-ready technical skills.

01
🧠

Concept Visualization

Students see abstract STEM concepts in 3D — geometry, physics, biology all become tangible and understandable.

02
🎨

Creativity & Design Thinking

Every project starts from a blank canvas — developing creative instincts and the design-iterate-build mindset.

03
🔧

Problem-Solving Skills

Engineering real 3D objects trains systematic, logical, and spatial thinking across all subjects.

04
💡

Modern Technology Literacy

Hands-on 3D printing, CAD, and VR builds early proficiency in skills demanded by every future industry.

05
🏆

Innovation & Maker Culture

Students compete in science fairs and hackathons with real 3D-printed prototypes — not just slide decks.

06
🎯

Career Readiness

Direct pathway to engineering, architecture, product design, and manufacturing careers from school itself.

Class-wise Curriculum

Structured Learning for Every Grade

Age-appropriate 3D design curriculum mapped from Class 3 through Class 12 — progressive, skill-building, and NEP-aligned.

Primary school students
Class 3–5

Primary Level

Basic shapes, block building, and guided digital creativity with simple 3D tools.

Middle school 3D design
Class 6–8

Middle Level

3D modeling fundamentals, first print projects, and introduction to animation.

Secondary engineering
Class 9–10

Secondary Level

Engineering model construction, CAD workflows, and science prototype design.

Senior CAD students
Class 11–12

Senior Level

Professional AutoCAD, prototyping, engineering simulation, and competition projects.

Lab Activities

What Students Build & Create

Every activity produces a real, tangible output — students leave with 3D-printed prototypes they designed themselves.

3D modeling
3D Modeling

Real Object 3D Modeling

Recreate everyday objects as accurate 3D digital models using Blender and SketchUp.

3D printing
3D Printing

3D Printing Projects

Students print their own designs — trophies, mechanical parts, science models using FDM printers.

CAD design
CAD Design

Machine Parts & CAD

Design precise mechanical parts in AutoCAD and Fusion 360 with engineering tolerances.

Science projects
Science Projects

Science Prototypes

Print 3D models of DNA strands, atom structures, gear trains and human organs for science class.

3D animation
Animation

3D Animation & Scenes

Rig and animate 3D characters, create product walkthroughs, and build cinematic sequences in Blender.

Innovation competition
Innovation

Innovation Competitions

Teams compete in Atal Innovation Mission and national science fairs with real 3D-printed entries.

How We Set Up

Lab Ready in 6 Simple Steps

From your first call to your first 3D print — our setup process takes as little as 48 hours with zero disruption to school operations.

📋1

Requirement Analysis

Site visit, space planning & student capacity assessment

📐2

Lab Design & Layout

Custom layout, power & network infrastructure plan

💻3

Hardware Install

Delivery, mounting, and full configuration of all equipment

🖨️4

3D Printer Setup

Calibration, test prints, filament loading & profiles

👩‍🏫5

Teacher Training

Full-day hands-on training on software, projects & assessment

🛡️6

Support & AMC

Annual maintenance, software updates & curriculum resources

Our Installed Labs

Labs We've Built Across India

Real installations, real students, real 3D printing — a glimpse inside the labs we've built across 18+ states.

3D computer lab row
3D Workstation Lab
Delhi Public School, New Delhi
3D printer station
3D Printing Station
Kendriya Vidyalaya, Mumbai
CAD design session
CAD Design Session
Ryan International, Bengaluru
Students in lab
Students & 3D Learning
Amity School, Noida