Hi guys, thinking to get a 3d printer.
May i know tariff code to declare for 3d printer? I read before it is not taxable.

Tariff code for 3d printer - 8443.32.900
Non taxable in Malaysia.
Source: http://www.dutycalculator.com/hs-code-duty...43.32.1090/751/

Thanks bro, thinking to try this:

SolidDoodle

Malaysia Online Resources related to 3D printing / Reprap machines:

- Blomker.com - http://www.blomker.com - Klang Valley
- Reprap.my - http://www.reprap.my - Kulim
- 3dprinter.com.my - http://www.3dprinter.com.my - K.Damansara
- Designex.com.my - http://designex.com.my/3d - PJ
- Makespace.my - http://makespace.my/3d-printing-the-makerbot-in-malaysia - SSTwo Mall, PJ
- Rapidmodel.com.my - http://www.rapidmodel.com.my - IME Group, PJ
- TECH Armory - LYN Forum [WTS] 3D Printer Filament - @storm88, Puchong
- Ace Power Equipment - http://3dprinter.my - Ulu Tiram, Johor

to be continued...

Add 1 more. got 1 in Klang, called Solidify Sdn Bhd

Looking to render and 3D-print this SLI bridge





The design will rest atop a standard 3-way SLI bridge. Like this:


That bridge on the left.

Unfortunately since that bridge, be it real or rendered by Nvidia, is not made public, I dont have the dimensions for it. I've only the measurements for the length and width of the SLI bridge.

Is this possible? Please advise.

Looking to render and 3D-print this SLI bridge





The design will rest atop a standard 3-way SLI bridge. Like this:


That bridge on the left.

Unfortunately since that bridge, be it real or rendered by Nvidia, is not made public, I dont have the dimensions for it. I've only the measurements for the length and width of the SLI bridge.

Is this possible? Please advise.

Do we need a heavy rig to render the prints like rendering a scene in 3D softwares?

Sorry if this has been asked!

About
Fitting 3D printed hands and fingers to communities.
Web: www.robohand.net
Blog: www.robohand.blogspot.com
Email: robohand417@gmail.com


Description
Robohand has been on an adventure to create 3D printed hands for children and adults who are born without them or lost them due to amputation.

Robohand has also launched it's "Robofinger" which is a replacement digit for the Tradesman to be able to get back to work. This fantastic mechanical hand would not have been possible without the aid of 3D printing. Thanks goes to MakerBot for donating Robohand the Replicator 2 where the design was refined and published on Thingiverse.

Richard had a tragic woodworking accident where he lost two full fingers and most of his other two fingers on his right hand. He is right handed.

When he came out of hospital he searched high and low for a prosthetic finger. All he could find were prosthetics at a cost of $10k. It is not a fully functioning finger in that it has no grip strength. Richard was determined to find a solution to his dilemma of becoming an instant lefty!

He started designing his own prototype finger but was struggling a bit with certain mechanics. He searched the web and found a guy in the USA who had made a mechanical hand for fun.

They got in touch via email and then via Skype. Richard has now developed a proper fully functioning prototype using bits from a mechano set and other items and he even broke a glass while using it!

Richard never wanted to make money from other people’s misery so the idea was never going to be patented. It is available “open source” for anyone who needs a finger.

Please contact robohand417@gmail.com for more information or to make a donation to this project. We are looking for funding to enable us to continue the research and development and to help the underprivileged who cannot afford to purchase a unit. [Robohand Facebook]