Digital Fabrication Laboratory (DFL) at BNCA stands as a pinnacle of creative space and technological advancement. Since its inception in 2010, the BNCA-DFL has evolved into a fully equipped facility boasting a diverse range of precision prototyping equipment specialized for working with wood, plastics, and metals. This includes cutting-edge tools such as laser cutters and 3D printers, along with the recent addition of a KUKA Kr 30-3 equipped with a milling spindle, enabling the execution of intricate milling tasks that push the boundaries of traditional manual techniques.
At BNCA-DFL, we harness our core competencies alongside a wide array of digital machinery to foster collaborative work on complex projects, empowering individuals to realize a multitude of creative outcomes. DFL serves as a dynamic ecosystem, continually evolving to meet the demands of innovative design and manufacturing processes. It has consistently remained at the forefront of academic institutions in India, pioneering the integration of machine automation for both subtractive and additive manufacturing, with a particular focus on architectural prototyping.
Currently, the DFL houses an extensive range of equipment catering to various material scales, including laser cutting and engraving machines, CNC routers and milling machines, 3D printers, and Dremel toolkits. These resources are organized into three distinct work cells, each tailored to specific fabrication needs. The laser work cell features two cutting-edge laser machines, while the 3D printing work cell is equipped with two advanced 3D printers. Additionally, the robotic fabrication work cell incorporates a CNC router, milling machine, and a state-of-the-art 6-axis Kuka robot. This seamless integration of digital tools with electronic kits (ARDUINO based) and traditional analog hand tools provides comprehensive support for fabrication and innovation.
The BNCA-DFL serves as a hub for creativity and exploration, encouraging interdisciplinary collaboration and pushing the boundaries of design possibilities. It embodies a culture of experimentation and continuous learning, where students and faculty alike can explore new ideas and methodologies in a hands-on environment. The laboratory’s commitment to staying at the forefront of technological advancements ensures that it remains a driving force in shaping the future of design and fabrication in India and beyond.
BNCA-DFL is not just a physical space but a symbol of innovation and excellence, driving forward the intersection of art, design, and technology. Its comprehensive resources and collaborative environment make it a cornerstone of creativity within the academic community, inspiring generations of designers and makers to push the boundaries of what is possible.
Name | Machine | Machine bed size | Compatible Materials | File Formats | Standard Operation Procedures (SOP) _ DFL Machine |
Laser cutting machine
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1300 mm X 2500 mm | Acrylic, Softwood, MDF, Softwood, Leather, Rubber, Cardboard, Paper, ABS Sheet
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PLT, CDR, DWG, DXF, DST, BMP, JPEG, TIFF, GIF, PCX, ect |
Click
|
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Laser cutting machine | 460mm x 740mm | Acrylic, Softwood, MDF, Softwood, Leather, Rubber, Cardboard, Paper, Stone, ABS Sheet
|
PLT, CDR, DWG, DXF, DST, BMP, JPEG, TIFF, GIF, PCX, ect. |
Click |
|
Creality 3D Printer
|
500mm X 500mm X 500mm
300mmX 300mm X 300mm
200mm X 200mm X 200mm
|
STL, obj |
Click |
||
KUKA ROBOT KR 30 |
Max. reach 2033 mm
|
KRL file |
Click Here |
||
CNC Router and Milling Machine | 1200mm x 2400 mm | Softwood, MDF, Cardboard, Foam, PVC, Saag, Plywood, Veneer, Soft Wood, ACP, Cardboard, Marble, Aluminium,
Brass, Copper, Fiber, Hard Plastic, Cement Sheet etc.
|
PLT, CDR, DWG, DXF, ect.
|
Click |
Students of BNCA can scan to Book the Digital Fabrication lab or Write a mail to yogesh.kulkarni@bnca.ac.in
Overall, the protocol of Digital Fabrication Lab is to prioritize safety, collaboration, communication, and respect for resources and equipment.
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Personal Protective Equipment (PPE): All personnel’s in the lab should wear appropriate PPE such as safety goggles, gloves, and lab coats. The specific PPE needed will depend on the type of work being done in the lab.
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A Digital Fabrication Lab is a Prototyping laboratory where individuals can utilize tools and modern machines and technology to create and design a wide range of physical objects. The roles and responsibilities of students and operators in DFL are as follows:
Revision History: Any changes to this SOP must be documented in the revision history log.
Downlaod Brochure– DFL Booklet 2024