I noticed it doesn't clean the stirring portion on the top...and it is not detachable. :O Very cool product, and I would certainly think about something like this. Spyce is probably a bit better, since you can cook ingredients separately(which is crucial in many types of dishes). Add on modules for different cooking methods would be good too. A deep fry module, a pan fry(griddle) module with different shaping templates for burgers and BBQ chicken sandwiches, A food processing stage multi-modular assembly for pounding and coating foods (for batter frying) would be cool. A Boiling/blanching module, and a distribution module much like spyce has would make it far more versatile. In addition, having stock level and ingredient types, as well as the ability to program the machine with new foods/what ingredients are available and check these against the food selection would be awesome. If I ever own a house, I am going to build such a programmable kitchen. That said, I like the "keep it simple" approach this one has too. My dream machine, however, is to press the cheeseburger button; the chicken soup button; the fresh bread button; the fish & chips button etc. In essence I would love to have a fully automated kitchen where I just load in the raw ingredients, and it can store them frozen if possible, and do various prep routines before freezing(or in some cases just refridgerate). I would also love it if this same machine could do pressure canning, for long term storage without refridgeration for larger overstock. Yes, I know...I want the moon on a stick...but with current technology, this is completely possible. I would use a GPIB protocol (IEEE-488) to control all the various modules. If you can make one module work on it's own, and then all of them work, you can then have all of them working together to do complex tasks toward the front end. Imagine the steps: Prep ingredients on command, store ingredients, program select event check(and queue multiple), check ingredients, Proceed if and only if all ingredients present, preprocess frozen ingredients if needed (low power microwave), ingredient distribution to module and route to appropriate cook module, perform cooking activity, Proceed to next ingredient, if module is busy then wait for module grant, , transfer to assembly module, assemble, deliver food to the front panel. Clean up. Register clean and ready for use. Process next queue request. Even this would be a bit limited in that it could only cook say one dish at a time...but hey, I think it is a pretty cool idea! Very likely it would take up an entire kitchen...
I like your thinking. All the tech is completely possible. Would be fun to rig something like this up using actuators, servos, cooking equipment, and of course control it all with a Raspberry Pi.
It is really amazing that it has been 9 yr ago and I believe that you will have had more compatible and affordable system. I am interested in that automation solution to install in my kitchen. So could you please introduce me to my mail?
If you are an Indian? You may contact with me for more modern cooking machines . I am a fabricator of more modern Bengali food cooking machine than you are watching in this video. My machine is fully automated Cooks Breakfast, Lunch with 4-5 items, Tiffin and Dinner with 4-5 items in in a single machine.Contact for details. "BDLiNDIA" System Development. B-12/39(S), Kalyani. P. O. -Kalyani, Dist. -Nadia, Pin-741235 M: 8240556790
I remember watching this video long ago in whatsapp or something.. I searched for this exact video 😌happy to see it now
I noticed it doesn't clean the stirring portion on the top...and it is not detachable. :O
Very cool product, and I would certainly think about something like this. Spyce is probably a bit better, since you can cook ingredients separately(which is crucial in many types of dishes).
Add on modules for different cooking methods would be good too. A deep fry module, a pan fry(griddle) module with different shaping templates for burgers and BBQ chicken sandwiches, A food processing stage multi-modular assembly for pounding and coating foods (for batter frying) would be cool. A Boiling/blanching module, and a distribution module much like spyce has would make it far more versatile. In addition, having stock level and ingredient types, as well as the ability to program the machine with new foods/what ingredients are available and check these against the food selection would be awesome. If I ever own a house, I am going to build such a programmable kitchen.
That said, I like the "keep it simple" approach this one has too. My dream machine, however, is to press the cheeseburger button; the chicken soup button; the fresh bread button; the fish & chips button etc.
In essence I would love to have a fully automated kitchen where I just load in the raw ingredients, and it can store them frozen if possible, and do various prep routines before freezing(or in some cases just refridgerate). I would also love it if this same machine could do pressure canning, for long term storage without refridgeration for larger overstock. Yes, I know...I want the moon on a stick...but with current technology, this is completely possible. I would use a GPIB protocol (IEEE-488) to control all the various modules. If you can make one module work on it's own, and then all of them work, you can then have all of them working together to do complex tasks toward the front end.
Imagine the steps: Prep ingredients on command, store ingredients, program select event check(and queue multiple), check ingredients, Proceed if and only if all ingredients present, preprocess frozen ingredients if needed (low power microwave), ingredient distribution to module and route to appropriate cook module, perform cooking activity, Proceed to next ingredient, if module is busy then wait for module grant, , transfer to assembly module, assemble, deliver food to the front panel. Clean up. Register clean and ready for use. Process next queue request.
Even this would be a bit limited in that it could only cook say one dish at a time...but hey, I think it is a pretty cool idea! Very likely it would take up an entire kitchen...
I like your thinking. All the tech is completely possible. Would be fun to rig something like this up using actuators, servos, cooking equipment, and of course control it all with a Raspberry Pi.
The top stirrer portion is cleaned sufficiently in the first stage if you look carefully. Don't expect perfection from everything.
We need more restaurants that offer this I’ve only seen a few in California so far
Where have you seen this? I would love to see it in person.
I'm thinking of building one for fun.
a dream system for lazy/bad cooks! 😁😁😁
wrg
Is it available in India ?
Sene 2013... Hey gidim de... Nerden nereye... Toplum 5.0'a geçtik :)
It is really amazing that it has been 9 yr ago and I believe that you will have had more compatible and affordable system. I am interested in that automation solution to install in my kitchen. So could you please introduce me to my mail?
Where can I buy?
If you press any wrong button, the machine will eat everything and say thank you
Hanzhen harmonic drive gear , strain wave reducer, robot joint , over 30 years experience
How much cost how we can buy it
How can I buy??
Very nice
Great!
Who built this system?
请问哪里可以买得到这样的机器那？
what r u even saying bro
he bu güzelmiş yarasa çorbasını beş dakikada yapar hazır eder yersiniz el değmeden tek ürün olur
wow
Like a self driving car. Who needs it?
your mom
MIT kids copy your system...
1:25 be cut because machine fail . Inventin it very good but it made in china 😔
Have we become so lazy even to cook! Some are better only with human touch!
for a lazy person
people like u used to say that when they were inventing cars, airplanes, and phones, who's the lazy person now ?
Where to buy?
If you are an Indian? You may contact with me for more modern cooking machines . I am a fabricator of more modern Bengali food cooking machine than you are watching in this video. My machine is fully automated Cooks Breakfast, Lunch with 4-5 items, Tiffin and Dinner with 4-5 items in in a single machine.Contact for details.
"BDLiNDIA" System Development. B-12/39(S), Kalyani. P. O. -Kalyani, Dist. -Nadia, Pin-741235
M: 8240556790