Neocis announced today that it filed for FDA 510(k) clearance for its Yomi edentulous splint to aid its dental robotic surgical system. The Miami-based company’s new splint is designed to enable the Yomi dental robotic system to go beyond placing implants for partially edentulous patients, with new capabilities for assisting doctors with full arch implant […]
Neocis’ Yomi robotic system used in over 1,000 dental implants in 2019
Neocis announced that its Yomi robotics system performed over 1,000 dental implants over the course of 2019. The Yomi is a computerized navigational system designed to assist in both pre and intra-operative phases of dental implantation surgery, the Miami, Fla.-based company said. The system uses haptic robotic technology, which constrains the drill’s position, orientation and […]
FDA clears new drill for Neocis Yomi robot-assisted dental surgery device
Neocis said yesterday that it received FDA 510(k) clearance for a new robot-assisted drill to be used with its Yomi dental surgery system. The Miami-based company said the clearance will lead to an easier workflow and provide enhancements to the surgeons’ drilling experience. Yomi won FDA clearance in March 2017 for dental implant procedures, becoming […]
Neocis raises $30m for Yomi robot-assisted dental surgery device
Neocis yesterday said it pulled down $30 million for the Yomi robotic guidance system for dental implant procedures it developed. Miami-based Neocis, which won 510(k) clearance from the FDA for Yomi in 2017, said it plans to use the proceeds on commercialization and R&D. Existing investors, including Mithril Capital Management, backed the round, joined by […]
Neocis wins FDA nod for 1st dental robotic guidance system
Robotic medical device developer Neocis said today it won FDA 510(k) clearance for its Yomi robotic guidance system for dental implant procedures, touting it as the 1st of its kind to win a nod from the federal watchdog. The Yomi is a computerized navigational system designed to assist in both pre and intra-operative phases of […]
