Entwodiksyon: enprimant 3D yo te pi plis ak plis aksepte pa kèk nouvo antrepriz nan dènye ane yo. Mèsi a kapasite yo nan akselere iterasyon pwodwi ak bon pèfòmans nan zouti tèminal, enprimant FDM 3D yo toujou fòs prensipal la nan divès kalite teknoloji enprime 3D. Ultimaker te toujou angaje nan konsepsyon pwodwi ak estanda ekipman pwodiksyon endistriyèl - ki estab, fyab ak dirab.
Ultimaker, lidè mondyal nan enprime pwofesyonèl 3D, te anonse jodi a ke konpayi teknoloji sèvis piblik Japonè Final Aim, Inc. te itilize Ultimaker S3 pou rapidman konsepsyon Camello, premye robo livrezon otonòm ki te fonksyone nan Singapore.
Camello was designed to solve a common problem in Singapore's logistics distribution chain - high shipping costs and operational complexity. Package delivery is often inefficient due to low loads and long wait times in loading docks—exacerbated by high volumes and tight delivery deadlines. To address this challenge, Final Aim worked closely with Singapore-based robotics start-up OTSAW Digital PTE LTD to create Camello.
The robot has partnered with major industry players such as NTUC FairPrice and DHL to deliver packages and groceries. Camello is a user-friendly robot with ergonomic cargo space and a sleek design - ideal for Singapore's urban environment. Plans are currently underway to apply it to industry key players, couriers and retailers across Singapore to create an improved ecosystem that provides customers with smooth and efficient courier services, while increasing profit margins for businesses using the system.
Enpresyon 3D pèmèt nou pote anpil lide nan lavi. Ultimaker S3 a trè fasil pou opere, sa ki ban m plis tan pou devlope nouvo desen pandan y ap enprime. Avèk adisyon nan Ultimaker Breakaway ak Ultimaker PVA founiti, eksperyans enprime mwen an te vin pi efikas tou. Mwen trè kontan ak bon jan kalite a nan pwodiksyon an kòm li pa kite okenn estrikti sipò. Konpare ak lòt metòd pwototip komen, nou jwenn enprime 3D pi efikas pou pwototip.
Yasuhide Yokoi, ko-fondatè, konsepsyon ak konpayi teknoloji Final Aim, Inc.
As with any product, the Camello's design went through several stages, and throughout the process, Ultimaker S3, Ultimaker Cura and CAD software all worked well with Yasu and Final Aim.
Premye a se devlopman konsèp ak evalyasyon robo la. Depi nan kòmansman rive nan konsepsyon, li itilize desen konsepsyon trase alamen-ak lojisyèl CAD. Yon fwa li te vini ak lide a, Yasu te kòmanse prezante l bay tèt jesyon, manm premye-liy yo, ak itilizatè final yo. Apwòch milti-kontak sa a pèmèt Yasu jwenn plis fidbak ke posib, ke li ka itilize pou rafine, rafine, epi devlope plis konsèp li yo.
Next comes the prototyping phase. Because Yasu has many ideas in his head right now, he needs to implement them quickly—often within tight deadlines. Fortunately, this is a task that 3D printing can handle with ease. Compared to other common prototyping methods, such as sculpting or sculpting with Styrofoam, chemical wood, or industrial clay, 3D printing is far more efficient—freeing up Yasu's time for other design tasks.
"3D printing isn't just about cutting costs, it's adding value to my craft," Yasu said.
Yasu was also responsible for ensuring the quality of Camello's final design. Since his work often incorporates organic surfaces and contours, this is often difficult to achieve, which requires many iterations. 3D printing technology utilizes the contour layers of the printout to analyze the curvature of the surface - essentially the equivalent of zebra striping performed in CAD software.
Enpresyon 3D pèmèt moun ki gen enterè yo wè ak manyen pwodwi fizik yo, apwofondi konpreyansyon yo sou konsèp ak desen Camello, pandan y ap senplifye ak akselere pwosesis desizyon an-.
It was truly amazing to witness the collaboration between Final Aim Inc, OTSEE and our official authorized sales partner Brulé to bring this robot to life. This solution helps improve the logistics ecosystem for smooth and efficient delivery to customers, while increasing profit margins for businesses using the solution. And I am proud that our Ultimaker S3 contributed to making this project possible.
William Lee, Direktè Chèn, Ultimaker
