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Medsby Biomedical 3D Printing — Advancing Healthcare with Precision

Medsby provides advanced biomedical 3D printing services in India, supporting innovation in healthcare, medical research, and device development. With modern additive manufacturing technologies, we create highly accurate and detailed models that assist in real-world medical applications.

Our expertise includes the production of anatomical models, prosthetic components, surgical guides, and medical device prototypes. These are developed with high precision, allowing doctors, researchers, and engineers to better understand complex structures and improve clinical decision-making.

Technologies We Use

We use both FDM (Fused Deposition Modeling) and resin-based 3D printing to achieve the required balance between structural strength and fine surface detailing. Resin printing is ideal for smooth surface finish and intricate features. FDM is ideal for durable and functional parts like prosthetic sockets and orthotic devices.

Patient-Specific Customisation

Medsby supports full customisation — enabling patient-specific models and tailored medical components. A surgeon can hold a 1:1 replica of the patient's anatomy before entering the operating theatre. A prosthetist can deliver a custom-fit device within 48 hours of scanning.

Applications

• Anatomical models from CT/MRI DICOM scan data for surgical planning
• Custom prosthetic limbs — sockets, covers, and structural components
• Ankle-foot orthoses (AFOs) and spinal braces, patient-fitted
• Silicone facial prosthetics using 3D-printed master moulds
• Surgical drill guides and cutting jigs for precision procedures
• Medical device housings for monitoring and diagnostic equipment

Why Choose Medsby

With a strong focus on accuracy, reliability, and efficiency, Medsby helps reduce development cycles and supports faster innovation in the biomedical field. We work with orthopaedic surgeons, maxillofacial specialists, prosthetists, and medical device engineers across Tamil Nadu. Send us your DICOM scan or design file and we'll take it from there.

Medsby 3D Printing for Robotics — Precise Parts, Rapid Iteration

Medsby delivers high-precision 3D printing services for robotics applications, enabling the creation of complex and customised components required for modern automation systems. Robotics demands both accuracy and flexibility, and our additive manufacturing capabilities meet these requirements effectively.

We manufacture a wide range of robotic components including joints, brackets, enclosures, frames, gear housings, and structural parts. Each component is designed with careful attention to dimensional accuracy and mechanical performance.

Why 3D Printing Works for Robotics

One of the key advantages is the ability to quickly modify designs. Medsby supports rapid iteration — allowing engineers to test and refine components without delays or expensive tooling changes. A motor mount that fails testing on Monday can be redesigned and reprinted by Wednesday.

Materials for Robotic Components

• Nylon PA12 — strong, lightweight, low friction — ideal for joints and structural frames
• PLA+CF (Carbon Fibre) — high stiffness, low weight — for rigid structural panels
• TPU — flexible grippers, bumper elements, and vibration-dampening mounts
• ABS — enclosures, controller housings, and protective covers

Applications

• College and university competition robot frames and chassis
• Industrial automation gripper tooling and end-effectors
• Research robotics prototype joints and actuator mounts
• UAV airframe components and payload housings
• Educational robotics kits and STEM laboratory components

Medsby Silicone Mould Making — Precision Patterns, Production-Ready Moulds

Medsby provides specialised solutions for silicone mould making using 3D printed master patterns. This process combines the precision of 3D printing with the flexibility of silicone casting to produce high-quality parts efficiently — at a fraction of the cost of conventional injection mould tooling.

We create detailed master models used to develop flexible silicone moulds, which can then cast multiple copies using platinum-cure silicone, polyurethane resin, rubber, or other casting compounds.

The Process — Step by Step

• Design or Scan: We design the master pattern in CAD or from your 3D scan data
• Print the Master: Printed in high-detail PLA or SLA resin at 0.1mm layer height or finer
• Surface Finishing: Sanded, primed, and sealed for a smooth, mould-ready surface
• Mould Box: A custom two-part mould box is 3D printed and assembled around the master
• Silicone Pour: Platinum-cure silicone is poured, degassed, and cured at room temperature
• Production: Each mould produces 20 to 50+ quality castings before replacement is needed

Applications

• Facial, nasal, ear, and digital silicone prosthetics for medical patients
• Body part moulds for special effects and professional production
• Custom product mould boxes for small-batch manufacturing
• Polyurethane casting for consumer product prototypes

Lead Time

From scan to finished silicone mould: typically 3 to 5 working days depending on complexity.

Medsby Automotive 3D Printing — Faster Development, Lower Tooling Cost

Medsby offers reliable automotive 3D printing services in India, helping engineers and manufacturers accelerate product development through rapid prototyping and functional part production. Our approach allows for faster design validation and improved efficiency across the automotive design process.

We produce concept models, functional prototypes, and lightweight components that can be tested under real-world conditions — helping identify design flaws early and reducing the cost of late-stage revisions.

Materials and Performance

• ABS — heat-resistant to approximately 80°C, ideal near engine components and for trim pieces
• PETG — tough and moisture-resistant, for functional mechanical parts
• Nylon PA12 — low friction, high strength, suited for moving parts and precision jigs
• PLA+CF — rigid and lightweight for inspection gauges and check templates

Key Applications

• Assembly jigs and drill fixtures, replacing expensive metal tooling
• Bracket prototyping — test fit before committing to metal fabrication
• Interior trim and panel prototypes for fit-and-finish review
• End-of-line go/no-go gauges and inspection fixtures
• Spare parts for legacy machinery where OEM parts are no longer available

The Business Case

A machined aluminium jig costing ₹20,000 and taking 3 weeks can be 3D printed in ABS for ₹2,000 and delivered in 48 hours — performing identically for the majority of shop floor applications.

Medsby Electronic Casing Services — Custom Enclosures, Rapid Turnaround

Medsby offers custom electronic casing and enclosure 3D printing services in India, designed to meet the specific needs of modern electronic devices. A well-designed enclosure is essential for protecting internal components and ensuring product reliability in the field.

We design and manufacture custom-fit casings for circuit boards, IoT devices, embedded systems, and hardware prototypes. Each enclosure is developed to provide proper component alignment, ventilation, cable routing, and structural support.

Materials for Electronic Enclosures

• ABS — standard choice: heat-resistant, tough, and sandable for a clean finish
• PETG — good chemical resistance, suitable for enclosures in humid environments
• PLA — for indoor-use display units and non-load-bearing enclosures
• Nylon PA12 — for enclosures requiring high mechanical strength and dimensional stability

Design Features We Build In

• PCB standoffs and board alignment features
• Ventilation slots and thermal management geometry
• Snap-fit, screw boss, and lid retention mechanisms
• Port cutouts for USB, power, antenna, and display interfaces
• Cable routing and management channels

Medsby Custom 3D Design — From Idea to Finished Part

Medsby provides complete custom 3D design and printing services, helping individuals and businesses turn ideas into real, functional products. Our end-to-end approach ensures a smooth transition from concept to final output.

We work closely with clients to understand their requirements and develop custom designs, prototypes, and production-ready components. Accuracy and quality are maintained at every stage, from the initial brief to the final delivered part.

Our Design Services

• Product design from scratch — modelled from a sketch, photo, or description
• Reverse engineering — measuring and replicating existing parts for replacement or modification
• Design optimisation — improving printability, strength, and material efficiency of existing files
• DICOM to 3D — converting medical scan data into accurate anatomical print files
• Architectural scale models — from Revit, SketchUp, or Rhino files

Industries We Serve

• Healthcare and biomedical
• Automotive and mechanical engineering
• Architecture and interior design
• Robotics and academic research
• Electronics and embedded systems
• Consumer products and startups

How to Get Started

Send us your file, sketch, photo, or description. We review your requirement, confirm material and approach, and provide a quote within a few hours. Most custom parts are delivered within 24 to 72 hours of design confirmation.