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Rapid Prototyping For Medical

Get ultra-durable, skin-safe, bio-compatible certified 3D printing services for med-tech prototypes, enclosures, prosthetics, dental, implants, lens assembly.

Your CAD uploads are protected as per ISO/IEC 27001

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Get Online Instant Quotations
No Minimum Quantities
Upload to Delivery in 24 Hours
Part Inspection Reports
Serving Fortune-500 Clients
ISO 9001:2015 Certified
Get Online Instant Quotations
No Minimum Quantities
Upload to Delivery in 24 Hours
Part Inspection Reports
Serving Fortune-500 Clients
ISO 9001:2015 Certified
Get Online Instant Quotations
No Minimum Quantities
Upload to Delivery in 24 Hours
Part Inspection Reports
Serving Fortune-500 Clients
ISO 9001:2015 Certified

Medical Prototyping Engineering Lifecycle: From Concept to Production-Ready Excellence

Our 5-Stage Journey from Specification to Certified Production.

Stage 1

Product Definition & Specification

For medical 3D printing, this step defines project requirements and feasibility—capturing functional needs, design boundaries, and compliance standards in PRDs and technical documentation.

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Stage 2

Design & Development

From conceptual design to detailed engineering, this step outputs precise 3D CAD models, GD&T drawings, and verified designs via FEA, DFM/DFA, and tolerance stack‑up methods.

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Stage 3

Prototyping & Design Verification

Bio-compatible prototypes are fabricated using advanced 3D printing methods—SLA, SLS, MJF, and DLP—and validated via Functional Testing, ESS, and FMEA for medical‑grade safety.

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Stage 4

Process Engineering & Pre-Production

Covers SOP development for medical 3D printing, orientation accuracy, and build optimization—backed by pilot runs, process capability analysis, FDA, and supply chain verification.

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Stage 5

Production & Quality Assurance

From SPC and assembly line balancing to in‑process inspection, full‑scale 3D printing production ends with stringent final QC—CMM, NDT, and conformance documentation.

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Our 3D Printing Services

Experience India's widest and largest 3D printing services, with free online instant quotations.

SLA 3D Printing Services

SLA - Stereolithography

SLA 3D printing offers fast and precise parts with smooth surface finishes and exceptional detail, making it ideal for rapid prototyping and showcase models.

Materials: ABS, Clear PC-Like

Max Print Size: up to 1200mm

Delivery within 24 Hours

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SLS 3D PRINTING SERVICES

SLS - Selective Laser Sintering

SLS 3D printing delivers nylon-grade parts, making it ideal for rapid prototyping, end-use functional models and low-batch production.

Materials: Nylon PA12, PA12 + Glass Filled

Max Print Size: up to 450mm

Delivery within 3 days

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DLP 3D PRINTING SERVICES

DLP - Digital Light Processing

When design becomes challenging, 3D Systems Figure 4 delivers ultra-thin production grade parts within hours.

Materials: Pro-Black 10, Rubber65A

Max Print Size: up to 200mm

Delivery within hours

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Product Design & 3D Modeling

3D Designing & Modeling

Our expert CAD engineers turn your concepts into precise, production‑ready designs—bringing your ideas to life with accuracy and speed.

Simple Part Modifications

Reverse Engineering Services

Designing products from scratch

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Painting and Finishing

In-house Post Process

Get exceptional finishes and precise RAL color matching, ensuring your parts look exactly as you imagined.

Automotive grade paint booth facility

Finishes: Matte, Glossy, SoftTouch

Delivery within 48 Hours

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Finishing Options for Medical 3D Printing

Along with our 3D printing services, we have an integrated paint booth that allows us to deliver stunning finishes and precise RAL colour matching with low RA value.

Photo Material Name Max. Print Size Layer Thickness Tolerance
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Raw
SLA - ABS-Like 1200 x 1000 x 650mm 100 micron ± 0.1mm to 0.2mm
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Painted
SLA - ABS-Like 1200 x 1000 x 650mm 100 micron ± 0.2mm to 0.25mm
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Translucent
SLA - PC-Like 700 x 600 x 450mm 100 micron ± 0.1mm to 0.2mm
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Polished
SLA - PC-Like 700 x 600 x 450mm 100 micros ± 0.2mm to 0.25mm
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Raw - Sandstone-Like
SLS - Nylon PA12 450 x 450 x 450mm 100 micron ± 0.25% (min: ±0.25mm)
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Painted - Glossy/Matte Like
SLS - Nylon PA12 450 x 450 x 450mm 100 micron ± 0.25% (min: ±0.25mm)
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Raw - Sandpaper-Like
SLS - Nylon PA12 + Glass Filled 450 x 450 x 450mm 100 micron ± 0.25% (min: ±0.25mm)
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Raw
Figure 4 DLP - PRO-BLK 10 124.8 x 70.2 x 196 mm 30 micron ±0.10 mm to 1% of actual
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Painted
Figure 4 DLP - PRO-BLK 10 124.8 x 70.2 x 196 mm 30 micron ±0.10 mm to 1% of actual
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Raw
Figure 4 DLP - RUBBER-65A BLK 124.8 x 70.2 x 196 mm 30 micron ±0.10 mm to 1% of actual
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Raw
Figure 4 DLP - HI TEMP 300-AMB 124.8 x 70.2 x 196 mm 30 micron ±0.10 mm to 1% of actual

Join 4600+ Happy Customers

Our delighted customers and their first hand experience with our 3D printing services.

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Siddharth K.

"Our initial 3d printed prototypes were ready within few hours and within a week, we could start our production line. Keep it up Makenica."

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Venugopal T.

"Makenica has always been helpful in our prototyping needs. Their delivery timelines are pretty quick"

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Rahul V.

"Makenica's team is young, vibrant and always ready to deliver on our prototyping needs."

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Rajendra A.

"Transparent 3D printed parts look like fresh out of moulding process. Amazing clarity and quick deliveries"

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Deepak T.

"I was impressed with their 1000mm life size 3d printed parts. Quality of painting and post processing that too on 3d printed parts was top notch

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Preeti S.

"We have printed several marketing materials through Makenica, and their attention to detail, ability to deliver in short notice is unparalleled."

Why Medical Companies Choose Makenica?

Medical Companies choose Makenica for smooth, precise, and bio-compatible 3D printing output services backed by best-in-class 3D printers.

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    Part Inspection Reports

    Our 3D printed parts meet specs, verified time and again through inspection reports.

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    Enforceable NDA & Confidentiality

    Every design you share with us, are covered by ISO 27001 data-security protocols.

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    Meeting Critical Deadlines

    Parts at 1am? No problem. Our services include priority 3D printing & post processing.

Meet Makenica Console Most Advanced Quoting Engine

Get instant, accurate 3D printing quotes with smart DFM checks, material options, and precise lead times—streamlining your workflow from upload to order.

3D Printing Quotations, In a Blink

Our online 3D printing console allows you to upload CAD files, get free quotation within seconds. You can further tweak material, and print settings to get the perfect output for your product.

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Our Origin: Made from Failure, Built for Makers

We started as a small hardware team with a big dream—and ran straight into manufacturing walls: missed tolerances, blown timelines, and costs we couldn’t control. That failure hurt, but it lit a fire. We promised to make manufacturing simpler, faster, and fairer for every maker who dares to build—and we put that promise in our name: Make(nica).

Frequent questions & answers

Answers to questions about medical 3D printing services & our quotation platform

Yes, when performed with biocompatible materials and certified processes. Most medical 3D printing services comply with regulations like FDA clearance and ISO 10993 certification for safety and effectiveness in clinical use .
3D printing enables manufacturing of patient-specific implants, prosthetics, surgical instruments, dental models, anatomical guides, and prototypes used in clinical and research settings .
Typical delivery ranges from 24–72 hours after design approval, depending on material, complexity, and finishing requirements. Faster turnaround is possible for urgent surgical cases and rapid prototyping .
Medical 3D printing uses plastics (PLA, ABS, PEEK, Nylon), metals (Titanium, Stainless Steel), bio-ceramics, and specialized resins. Each is chosen for sterilizability, durability, and biocompatibility for patient contact applications .
Yes, individual medical devices must undergo regulatory certification and validation; using certified materials alone does not exempt devices from compliance and safety approvals .
Absolutely. Surgeons frequently use patient-specific 3D printed models for planning complex procedures, rehearsing surgeries, and improving accuracy, leading to better clinical outcomes .
Companies provide a digital scan or medical imaging data; the provider converts it into a printable CAD model, verifies design specs, prints the component, then performs finishing and sterilization prior to delivery .
Yes, most providers accommodate research projects by rapidly producing bespoke devices, anatomical models, and custom components for trials, prototyping and experimental testing .
Quality is assured via dimensional inspection, mechanical testing, sterilization, and sometimes in vitro/in vivo biocompatibility studies. Documentation of QA/QC and traceability is key for regulated medical devices .
Yes, experienced providers tune printing speed, dimensional accuracy, and post-processing for each batch, ensuring the final part meets medical standards regardless of printer model or resin supplier .