About Us
15+ Year Of Experience
- About Us
Accelerating Innovation with Advanced Additive Manufacturing Technologies
Founded in July 2021, Schraffur Studios LLP is the convergence of creativity, engineering excellence, and a bold vision for the future of digital manufacturing. As the exclusive distributor of Magform’s high-performance SLA 3D printers in India, we empower businesses to leapfrog innovation cycles, reduce time-to-market, and unlock new design possibilities.
Today, we are expanding beyond SLA — introducing a comprehensive suite of industrial 3D printing solutions including high-temperature materials, metals, composites, and functional polymers to cater to the needs of modern manufacturing.
At Schraffur, design thinking is core to everything we do — from ideation to
prototyping to final production.
Our expertise serves R&D labs, automotive OEMs, healthcare innovators, educational institutions, jewelry designers, and advanced manufacturing units, helping them prototype, validate, and produce at scale with confidence.
50+
Installations SLA and metal 3D printer installations across India200+
Clients Automotive, Dental, Jewelry, and R&D labs1200+
Materials Processed 1.2K liters of SLA resins and metal powders annually1L+
Prototypes Printed parts delivered to clients globally15+
Geographies Serving India, Sri Lanka, UAE, and expanding in Southeast Asia10+
Industries Served Automotive, Dental, Jewelry, Architecture, Education, R&D, and more Asia99%
Uptime Guarantee uptime with on-call support and AMC plans30+
Training training sessions for engineers, designers, and educational institutes- Our Technology
Industrial 3D Printing Solutions - SLA & Metal 3D Printers
High-Performance 3D Printing for Precision, Versatility, and Rapid Production
At Schraffur Studios, we offer advanced industrial-grade 3D printing solutions that are designed to meet the needs of various industries. Whether you’re looking to prototype with high-performance plastic materials or produce durable metal parts, our SLA 3D printers and metal 3D printing systems provide unmatched precision, speed, and flexibility.
Schraffur’s SLA and metal additive manufacturing technologies help businesses
accelerate product development, reduce production costs, and streamline manufacturing workflows. Our 3D printing solutions are perfect for rapid prototyping, functional parts, and production-scale applications with exceptional dimensional accuracy, consistent output, and superior surface finish.
Key Features of SLA & Metal 3D Printing Technology:
Large-format & High-speed SLA Options
Our 3D printers offer largeformat printing capabilities for both plastic and metal parts, ensuring faster production cycles without compromising quality.
Plastic & Metal 3D Printing Solutions
We specialize in both plastic 3D printing and metal 3D printing, providing flexibility for a range of industries, from prototyping to end-use production.
Fully Automated Resin & Metal Powder Management
Automated material handling for resins and metal powders ensures smooth, uninterrupted printing, minimizing downtime and increasing productivity.
Integrated Slicing and Job Management
Advanced slicing and job management features streamline the printing process, maximizing efficiency for your 3D printing projects.
Unmatched Surface Finish & Fine Detailing
Achieve high-quality surface finishes and intricate detailing, essential for professional-grade prototypes and parts.
Open Material System for Resin and Metal Flexibility
The open material system supports various resins and metal powders, offering the flexibility to meet your specific manufacturing needs.
- Industries We Serve
Tailored 3D Printing Solutions Across Diverse Sectors
Automotive & Product Design
From ergonomic mockups to functional prototypes, we assist in visual validation, assembly testing, and design iterations, helping automotive manufacturers reduce time-to-market and accelerate product development.
Key Benefits:
- Rapid prototyping for automotive components
- Improved design validation with high-quality models
- Fast iteration for testing parts and assemblies
Dental & Healthcare
Our biocompatible resins are ideal for producing crowns, bridges, and implant molds, advancing in-house digital dentistry processes. Schraffur’s 3D printing solutions enable precision and customization for healthcare professionals and dental labs.
Key Benefits:
- High-precision dental molds and prosthetics
- Customization for patient-specific needs
- Faster turnaround times in dental and healthcare applications
Aerospace & Defense
Our biocompatible resins are ideal for producing crowns, bridges, and implant molds, advancing in-house digital dentistry processes. Schraffur’s 3D printing solutions enable precision and customization for healthcare professionals and dental labs.
Key Benefits:
- High-precision dental molds and prosthetics
- Customization for patient-specific needs
- Faster turnaround times in dental and healthcare applications
Jewelry & Casting
With our castable resin workflows, jewelers can achieve intricate designs and fine detailing while expediting waxless production. Whether you’re designing prototypes or manufacturing final pieces, our technology ensures consistent quality.
Key Benefits:
- Fine detailing for jewelry design and casting
- Speed up the casting process with waxless production
- High-precision models for rapid design-to-production cycles
Architecture & Urban Planning
Create scale models, topographic representations, and zoning models with precision. Our 3D printing solutions allow architects to showcase designs with accurate facades, urban layouts, and presentation-ready models for stakeholders and clients.
Key Benefits:
- Detailed architectural and urban scale models
- Improved presentations with realistic visualizations
- Enhanced communication of design ideas and concepts
Educational & Research Labs
For universities and research labs, Schraffur provides a platform for rapid prototyping, innovation labs, and design thinking workshops. We help researchers and students bring their ideas to life with accessible, cost-effective 3D printing technologies.
Key Benefits:
- Support for academic and research-based prototyping
- Fostering innovation and creativity in education
- Efficient model development for experimental research
7+
Years in additive manufacturing