Singapore

The World’s Fastest Dental Model 3D Printer

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This is a guest contribution by Egor Driagin, Chief Marketing Officer at Top 3D Shop

Structo, Singapore-based dental 3D printer manufacturer partners with Ulab, a U.S.-based orthodontic treatment planning software developer to modernize the production of clear dental aligners. The two companies announced their partnership focused on supplying various segments of the market with their new dentistry solutions. 

 

 

 

 

 

 

 

Source: www.structo3d.com

In the framework of the new project, Structo’s DentaForm 3D printer will be used together with the uLab uDesign treatment planning software to create aligner models. The 3D printer will become a part of the uLab’s uPrint ecosystem.

 Joe Breeland, chief commercial officer at uLab commented: “DentaForm’s high throughput capabilities of printing up to 10 arches in 30 minutes is exactly what existing uLab customers need to help them with their in-office aligner manufacturing.” 

The companies’ cooperation will also include working on additional solutions, such as Structo’s Velox desktop 3D printer and Structo Elements, a modular 3D printing system capable of printing up to 500 models per day.

 

Source: https://www.youtube.com/watch?v=asDMnBZDXZg (Structo 3D)

“Our teams will also collaborate on new products that will involve the rest of our portfolio,” said a chief commercial officer at Structo, Dhruv Sahgal. “On top of our Velox desktop 3D printer, another exciting new solution that we are working on is an aligner specific module for our Elements automated and modular factory in a box.”

Structo introduced its first dental 3D printers back in 2014 – they were intended for building patient-specific devices and dental models. Structo’s proprietary technology MSLA (Mask Stereolithography) allows to print much faster than other SLA 3D printers. One of the key partners of the company is ClearCaps, a German clear dental aligner manufacturer. Last year, ClearCaps managed to produce 250 models per day with the DentaForm system.

 

Source: https://www.youtube.com/watch?v=lE8TxgpXx9M (Structo 3D)

The new joint project involves the integration of the DentaForm system into the uLab platform that allows dentists to create digital models based on intraoral 3D digital scans of the patients. uLab allows orthodontists to quickly design treatment plans for aligners and create dental movement plans. The resulting 3D digital model can be exported directly to 3D printers in dental practitioner’s office. Since the software’s launch in summer of 2018, it was utilized in treatment of over 13,000 dental patients. 

Structo DentaForm is the seventh 3D printer integrated into the uLab platform. Others include Carbon M2; the Objet 500 and 260VS Dental selection from Stratasys; the Formlabs Form 2 and Vida and Micro XL from EnvisionTec. 

3D-printed bathroom

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NTU Singapore develops technology that can 3D-print a bathroom unit within a day
According to Assoc Prof Tan Ming Jen,” 3D-printing a bathroom unit could help manufacturers halve their production time while lowering transport costs, carbon emissions, and materials wastage. Less space is required to create and store the same number of PBUs in land-scarce Singapore since conventional PBUs take about two weeks before they can be ready.

By being able to print-on-demand, companies can save on their inventory costs as well as manpower costs, as they don’t have to hold as much stock and their workers can be redeployed to do higher-level tasks. This approach improves the safety of the workplace since robots are doing the construction of the bathroom unit.

According to team lead from Sembcorp Design and Construction, and Sembcorp Architects & Engineers Er Lie Liong Tjen, “3D printing technology allows concrete to be printed and customized. The complicated shape of a PBU and its walls can be developed and printed at a faster pace to satisfy the needs of individual customers as no formwork or molds are required, whereas conventional construction of PBUs with concrete or lightweight wall panels always limit the possibilities of design. In addition, 3D printing can build curvilinear profiles rather than rectilinear forms”.

https://media.ntu.edu.sg/NewsReleases

https://www.ntu.edu.sg