3d printing for Education industry

we support the Education industry with advanced 3D printing, rapid prototyping, reverse engineering, low-volume production and more.

0+
Companies We Served
0K+
Unique Parts Produced
0+
Countries Shipped
0k+
Unique Parts Scanned
About us

Innovating Through Digital Manufacturing

We Are Here to Increase Your Knowledge With Experience

Rapid 3D supports students, colleges, and research institutions with high-quality 3D printing, scanning, and prototyping services across Tamil Nadu. We help bring classroom ideas, engineering projects, and research models to life with speed and precision. Our solutions are designed to be student-friendly and budget-conscious—perfect for academic use. Whether it’s a design prototype, anatomical model, or mechanical part, our expert team is here to guide and deliver.

  • Student-Friendly Pricing: Affordable options for projects and prototypes.
  • Complex Designs : We print even the most detailed models with ease.

  • Fast Turnaround: Get your models printed quickly—no delays in submissions.
  • Reliable Quality: Every print is accurate, clean, and classroom-ready.

South India’s First EOS P 396 Industrial 3D Printing Machine

industrial-3d-printer-for-automotive
  • Large Build Volume – The EOS P 396 features a spacious build size of 340 x 340 x 600 mm, enabling the production of large components or high-volume batches in a single print cycle. This makes it ideal for industrial applications requiring size, scalability, and efficiency.
  • High Print Resolution – With adjustable layer thickness between 0.06 mm and 0.12 mm, the machine ensures smooth surface finishes and precise detailing. This high resolution is crucial for creating both visual prototypes and functional, end-use parts with tight tolerances.

  • Advanced Laser Power  – Equipped with a 70-watt CO₂ laser, the EOS P 396 offers fast, consistent sintering of powdered materials. The laser ensures uniform energy distribution, resulting in strong, dimensionally accurate parts suitable for demanding engineering applications.
  •  Material Versatility Range – The machine supports a broad range of high-performance materials, including PA 12, PA 11, and filled polymers. This allows manufacturers to choose the best material for each application, from lightweight parts to components with enhanced strength or heat resistance.

Our 3D Printing Technologies

SLS

Selective Laser Sintering

  • Produces strong, durable, and functional parts for end-use applications.

  • No need for support structures, allowing complex internal geometries.
  • Ideal for small-batch production and rapid prototyping.
  • High design flexibility with consistent mechanical performance.

SLA

Stereolithography

  • Delivers high-resolution prints with smooth surface finishes.
  • Excellent for creating detailed prototypes and casting patterns.
  • Ideal for complex, detailed, and aesthetically polished model designs.

  • Rapid production with high precision and accurate dimensional stability.

FDM

Fused Deposition Modeling

  • Cost-effective solution for prototyping and functional testing.
  • Compatible with various thermoplastics for versatile printing.

  • User-friendly operation with low-maintenance and reliable performance.

  • Perfect for large, affordable parts and quick, efficient prototyping iterations.

3D Scanning

Three-Dimensional Scanning

  • Accurately captures digital data directly from real-world physical objects.
  • Enables reverse engineering and accurate design change modifications.

  • Enhances quality control and streamlines inspection workflows effectively.

  • Saves time by reducing manual measurement and modeling efforts.

How its works

Upload Your 3D Model

Start by uploading your 3D model file in STL, OBJ, or STEP format. You’ll receive an instant quote based on your file.

Choose Material and Finish

Select from a wide range of 3D printing technologies, materials, and finishes tailored to your design and functional requirements.

Printing and Quality Assurance

Once confirmed, we bring your design to life using high-precision machines. Every part is inspected to ensure top-quality results.

Fast and Secure Delivery

Your finished part is safely packed and delivered to your doorstep quickly, with reliable and timely shipping options.

3D Printing for Education Parts

Prototyping for Engineering Projects

Universities and research labs use 3D printing to quickly create functional prototypes for mechanical or aerospace components. With EOS P 396, durable nylon parts can be printed for real-time testing, improving iteration speed and design accuracy in student and faculty-led research.

Medical and Anatomy Models

Universities and research labs use 3D printing to quickly create functional prototypes for mechanical or aerospace components. With EOS P 396, durable nylon parts can be printed for real-time testing, improving iteration speed and design accuracy in student and faculty-led research.

Material Research and Testing

Educational institutions use 3D printing to study polymer behavior under different stresses and environments. With EOS P 396, students can print controlled test specimens in PA12 or PA11 to analyze thermal, tensile, and fatigue  properties for research papers or academic experiments.

Architecture and Civil Engineering Models

Educational institutions use 3D printing to produce miniature structural models and terrain-based prototypes. The EOS P 396 can print durable models that help students visualize structural designs, simulate stress analysis, and understand construction methods before full-scale implementation.

Product Development Labs

University innovation centers and incubators use 3D printing for early-stage product development. With the EOS P 396, teams can print functional enclosures, mechanical assemblies, and ergonomic testing models, accelerating idea validation and reducing the need for outsourced machining.

Gallery of 3D Printed Parts

From Design to Delivery – Your Education Innovation Partner

At Rapid 3D, we proudly collaborate with leading Education companies to bring their ideas to life. From initial concept design to final production, we offer end-to-end support throughout the development process. Whether it’s rapid prototyping, functional parts, or reverse engineering, our expertise ensures precision, speed, and reliability at every stage.

Our Testimonials
Trusted by Big Companies
3M
bosch
roots
GKNM
ISUZU
KIA
ultra logo
lmw
Janatics pneumatic
Renault
CRI pumps
SAURER
Larsen
We Are Featured In
Frequently Asked Questions

 We can print a wide range of parts, including prototypes, custom components, brackets, housings, interior panels, ducts, and even tooling or jigs for manufacturing.

 Yes. We use industrial-grade materials that offer excellent strength, heat resistance, and durability suitable for functional testing and even end-use applications.

 We accept most standard 3D formats, including STL, STEP, and OBJ. Our team can also help with file preparation if needed.

Because it prints strong, detailed, and high-quality parts quickly. It’s perfect for making tough and complex parts used in vehicles.

There are several factors that determine the time it takes to 3D print a part. These include the size, height, complexity of the printing technology used. This can vary from as little as 30 minutes to several days.
We accept STL, STEP, IGES & XT formats. STL files are the primary 3d printing file format so that is always the best & default format.
For FDM & SLA there isn’t any minimum order fee applicable, With our 3D Printing service, you have the option to order as few as 1 item.
However, With SLS & DLP Methods due to the process cost a minimum order value of 1000rs is applicable.
Usually standard shipping lead-times of 1-2 working days is applicable for the Southern states and charges vary between 150 to 550rs depending of the shipping mode and box dimensions, For Northern states lead-time of 3-4 days and prices in the range of 550 to 1000rs
In all the 3D printing methods we have the option to split the component and fuse it later so that even 1-meter parts can be build.
However, as a single print we can build up to,
FDM 3D Printing – 345 x 520 x 650mm
SLA 3D Printing – 800 x 800 x 450mm
SLS 3D printing – 320 x 320 x 600mm
DLP 3D Printing – 124 x 70 x196mm
Our machines deliver high precision, with tolerance and fine detail resolutionideal for parts requiring dimensional accuracy and consistent performance.

Contact Us

Send Message