Additive Manufacturing Applications - 3D Printing Prototyping
APPLICATION OVERVIEW
3D Printing, also known as Additive Manufacturing (AM), was developed for rapid prototyping. But over the years, it
has evolved beyond prototyping and perform important roles in many applications, including Prototyping, Low
Volume Batch Production, Custom PCB Mounting Enclosure, Robotic EOAT (End of arm tooling), and Jigs & Fixtures.
has evolved beyond prototyping and perform important roles in many applications, including Prototyping, Low
Volume Batch Production, Custom PCB Mounting Enclosure, Robotic EOAT (End of arm tooling), and Jigs & Fixtures.
PROTOTYPING
Build your prototype, sample or model in short lead time
without tooling cost and MOQ.
without tooling cost and MOQ.
LOW VOLUME BATCH PRODUCTION
Run low volume batch production of your polymer products
as alternative to moulding process to reduce cost and
shorten fabrication lead time.
as alternative to moulding process to reduce cost and
shorten fabrication lead time.
CUSTOM PCB MOUNTING ENCLOSURE
Build PCB enclosure at zero tooling cost and less design
restrictions.
restrictions.
ROBOTIC EOAT (END OF ARM TOOLING)
Get EOAT printed at zero tooling cost and less design
constraints.
constraints.
JIGS & FIXTURES
3D-print your jigs fixtures. It provides cost saving and shorten
lead time as compared to traditional manufacturing process.
lead time as compared to traditional manufacturing process.
4 Steps to order your printed parts
1
Upload 3D Models
Upload your files to our online portal. We accept STL, OBJ and STEP files.
2
Choose Requirements
Select material, finishing and dye color. Instant quote and manual quote options are available.
3
Printing
Complete payment and your order will be processed. Order status can be traced on our online portal.
4
Delivery
Receive your 3D printed parts at your doorstep.