ARTIFICIAL BONES IMPLANTATION

Brand Owner (click to sort) Address Description
BIOBOLT U.S. Implant Technologies Inc 319 West 38th Street, Apt 1R New York NY 10018 Artificial bones for implantation; Bone implants composed of artificial materials; Dental implants; Fixation implants comprised of artificial material; Medical devices, namely, spinal implants composed of artificial materials; Medical, surgical and orthopaedic implants made of artificial materials; Orthopedic joint implants; Osseous implants;
CEROS MATHYS AG BETTLACH Robert Mathys Strasse 5 Bettlach 2544 Switzerland Artificial bones for implantation; shaped bone pieces for attaching to natural bone; granules of hydroxylapatite for manufacturing artificial bones and bone pieces, as well as for implantation into natural bone;
CURIOS Progentix Orthobiology B.V. Prof. Bronkhorstlaan 10 D NL-3723 MB BILTHOVEN Netherlands Artificial bones for implantation; bone implants composed of artificial materials; filling materials, namely, artificial materials for use in the replacement of bones;
ECHINUS INVADUR Beijing Naton Medical Technology Holdings Co., Ltd. G356 3rd Floor, Bldg 1, China Artificial bones for implantation; artificial bones; spinal implants composed of artificial material; bone substitutes for surgical purposes; bone implants composed of artificial materials; surgical implants comprised of artificial materials; surgical instruments for spinal surgery; intramedullary nails;
EXPANDUS TITAN Beijing Naton Medical Technology Holdings Co., Ltd. G356 3rd Floor, Bldg 1, China Artificial bones for implantation; artificial bones; spinal implants composed of artificial material; bone substitutes for surgical purposes; bone implants composed of artificial materials; surgical implants comprised of artificial materials; surgical instruments for spinal surgery; intramedullary nails;
GAIABONE Shenzhen Corliber Scientific Co., Ltd. #1503, Qianhai HOP Int. Bldg. Xinghua 1st Rd., Bao'an Dist. Shenzhen, Guangdong 518101 China Artificial bones for implantation; Artificial cartilage; Artificial joints; Biodegradable bone fixation implants; Bone implants composed of artificial materials; Bone screws; Bone substitutes for surgical use; Bone void fillers comprised of artificial materials; Filling instruments for dental purposes; Implants consisting of artificial materials; Medical apparatus and instruments relating to neurovegetative reactivity; Medical instruments, namely, orthopedic apparatus and instruments; Orthopedic apparatus and instruments for diagnostic and therapeutic use; Robotic exoskeleton suits for medical purposes; Spinal implants composed of artificial material; Stents; Substitutes for bones; Surgical and medical apparatus and instruments for use in orthopedic surgery; Surgical apparatus and instruments; Surgical apparatus and instruments for dental use; Surgical apparatus and instruments for medical use; Surgical apparatus and instruments for veterinary use; Surgical implants comprised of artificial materials; Traction apparatus for medical purposes; Traction apparatus for medical use;
ONKOS SURGICAL Onkos Surgical, Inc. 77 East Halsey Road Parsippany NJ 07504 Artificial bones for implantation; Bone implants composed of artificial materials; Implants consisting of artificial materials;SURGICAL;
REGENOS KURARAY CO., LTD. 1621, Sakazu, Kurashiki City Okayama Prefecture 710-0801 Japan Artificial bones for implantation; Bone prostheses;
ULTRA Endotec, Inc. 33 Hammond Ste 201 Irvine CA 92618 Artificial bones for implantation;
VOLUTUS INVADUR Beijing Naton Medical Technology Holdings Co., Ltd. G356 3rd Floor, Bldg 1, China Artificial bones for implantation; artificial bones; spinal implants composed of artificial material; bone substitutes for surgical purposes; bone implants composed of artificial materials; surgical implants comprised of artificial materials; surgical instruments for spinal surgery; intramedullary nails;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Ion implantation by mounting a semiconductor wafer on a rotating plate that is tilted at an angle relative to an ion implantation flux. The tilt angle and the ion implantation energy are adjusted to produce a desired implantation profile. Ion implantation of mesa structures, either through the semiconductor wafer's surface or through the mesa structure's wall is possible. Angled ion implantation can reduce or eliminate ion damage to the lattice structure along an aperture region. This enables beneficial ion implantation profiles in vertical cavity semiconductor lasers. Mask materials, beneficially that can be lithographically formed, can selectively protect the wafer during implantation. Multiple ion implantations can be used to form novel structures.