MANNNNNNNN i wish!!!!!! loll....... the potential is.... beyond what we're capable of even grasping currently.... seems like A LOT OF STEPS to get from start to finish but one day there'll be a version that one could setup in a, lets say, 12'x25' shop out back and make some TRULY fascinating projects ranging from custom home hardware to car manifolds etc....i can't wait! this is the way.
Incredible, congratulations. The only thing is that either you have a client who asks for many pieces or this must not be profitable. A lot of energy expenditure, hours in the oven, printing, water, etc... I deduce that this will only be within the reach of the big guys and those who have contacts in high spheres of society.
I am very interested in how much this technology allows us to get closed thin channels in detail. In one of my developments, artificial tendons pass through such channels. The walls of the channels will be lined with a Teflon tube to reduce friction. A prototype of prosthetics. I wonder how reliable it is possible to receive such channels?
You're not printing metal. You're printing plastic parts with metal in them that eventually density into metal parts through other processes. I wish the industry would stop trying to confuse customers on this point. Indirect metal printing is not really metal printing at all. It's like if I printed a lost PLA mold that I wanted to cast into metal and called that metal 3d printing.
Find out more about how you can print metal on our SLS printers 👉sintratec.com/?p=40294
It is very well explained and shows the endless possibilities of additive manufacturing. Using an SLS printer for metal parts is smart 🚀🏆
This is the way. Props.
MANNNNNNNN i wish!!!!!! loll....... the potential is.... beyond what we're capable of even grasping currently.... seems like A LOT OF STEPS to get from start to finish but one day there'll be a version that one could setup in a, lets say, 12'x25' shop out back and make some TRULY fascinating projects ranging from custom home hardware to car manifolds etc....i can't wait! this is the way.
Incredible, congratulations. The only thing is that either you have a client who asks for many pieces or this must not be profitable. A lot of energy expenditure, hours in the oven, printing, water, etc... I deduce that this will only be within the reach of the big guys and those who have contacts in high spheres of society.
It is great. I would like to print metal with SLA.
I am very interested in how much this technology allows us to get closed thin channels in detail.
In one of my developments, artificial tendons pass through such channels.
The walls of the channels will be lined with a Teflon tube to reduce friction.
A prototype of prosthetics.
I wonder how reliable it is possible to receive such channels?
What is the price of the sintering furnace?
RIP SINTRATEC
You're not printing metal. You're printing plastic parts with metal in them that eventually density into metal parts through other processes. I wish the industry would stop trying to confuse customers on this point. Indirect metal printing is not really metal printing at all. It's like if I printed a lost PLA mold that I wanted to cast into metal and called that metal 3d printing.
It’s better than your solution
But it's not...
They were complety transparent in the Video and layed out the whole process to get a Metall part in the beginning of the video
2:55 Really high accuracy of 0.1mm. Is this a joke
Lol I noticed that, too. In machining, those tolerances are not acceptable. That's almost 4 thou.
Why are you not using a caliper from a known brand.
That is very unprofessional!
It’s a Borletti model
Why arent you making this video?