3D printing online
Print your own 3D models - Have a prototype or final design? Rent my Bambu Lab P1S printer to bring it to life. Currently, I only support PLA filament from Numakers.
If your chosen color is in stock, I can start the print the same day; otherwise, it may take about a week to order.
Print third-party models - You can also send 3D files from Printables, Thangs, Makerworld, or any other site to get them printed and shipped to you.
Please go through the terms of service to know more about our policy on third party models.
Transparent Pricing
Up front, hassle free
Since the time and material used in a custom print is dependent on the 3D model itself, using a pricing model based on print time and material used is the best possible way to price the job correctly.
We use the following method for calculating the final price.
Time - Rs. 90 per 10 minutes (rounded up). This covers the operational cost of the machine.
Material - Market price per gram of filament (rounded up)
Shipping & Tax - This will ultimately depend on the weight and volume of the end product and the courier company.
e.g. A print takes 26 minutes and uses 13.31 grams of filament at Rs. 900/kg. The rounded up values will be 30 minutes & 14 grams of filament, making the total price of the part (90x3)+(14x0.9) = Rs. 282.6 (270+12.6) + Shipping & Tax.
Prototyping
Prototyping made simple
If you have any experience with 3D Printing or just want to test prototypes with different Slicer Settings to find out what fits best, you can send custom instructions for the print.
In this case you can opt to send 3D files to me along with a list of slicer parameters and I can print and test them myself, based on YOUR test parameters. You will only pay for the printer time + tax until the product meets those test parameters. This way, you save on shipping times.
This will not only save you Turn Around Time but also Shipping Charges.
Techincal Help
I gotchu!
Most of the 3D Printing services usually have their prints automated and set at Default Settings, which may not be ideal for your use case. That's because in general there are 2 types of prints:
- Aesthetic Prints - These prints are often novelty items, meant for decor with no need for high strength. Thus, they don't usually require a high amount of filament.
- Functional Prints - And then there are functional prints, meant for bearing stress, or have mechanical components that require rigidity. It becomes extremely important for them to have a lot of filament at points of mechanical stress.
Since I have, not just been printing, but also DESIGNING my own functional prints for the past year and I have acquired a pretty good intuition as to how materials behave under stress, what parts need to be reinforced as well as what parts can do with less strength. So whenever you send me a 3D File I can help you save money on it!