Therics Inc.
Production of implantable bio-structures
283 E. Waterloo
Akron, Ohio 44319
USA
Phone: +1-330-773-7677
Fax: +1-330-773-7697
Therics fabricates a range of implantable bio-structure products including TheriForm™ products, e.g. TheriFil EXT, TheriLok BVF, TheriLink, and allograft tissue products.
TheriForm™ technology enables a precise geometry and architecture of bio-implants with controlled porosity and ingrowth channels that encourage new bone ingrowth.
TheriForm™ machines are able to place synthetics, human bone and growth factors at geometric locations within the implant.
The following section contains a selection of the company’s most relevant patents. For comprehensive patent information please refer to the espacenet databases.
Related patents
- Method and Apparatus for Engineered Regenrative Biostructures such as Hydroxyapatite Substrates for Bone Healing Applications
- Dosage Forms Exhibiting Multiphasic Release Kinetics and Methods of Manufacture thereof
- Method and Apparatus for Engineered Regenerative Biostructures
- Dosage Forms Exhibiting Multiphasic Release Kinetics and Methods of Manufacture thereof
- Apparatus, Systems and Methods for Use in Three-dimensional Printing
- Dosage from Exhibiting Rapid Disperse Properties, Methods of Use and Process for the Manufacture of Same
- Dosage Form Exhibiting Rapid Disperse Properties, Methods of Use and Process for the Manufacture of Same
- Fabrication of Tissue Products with Additives by Casting or Molding Using a Mold Formed by Solid Free-form Methods
- A Method and System for Controlling the Temperature of a Dispensed Liquid
- A Computer-aided Fabrication Process for Rapid Designing, Prototyping and Manufacturing
- Dosage Form Exhibiting Rapid Disperse Properties, Methods of Use and Process for the Manufacture of Same
- Apparatus, Systems and Methods for Use in Three-dimensional Printing
- Complex Three-dimensional Composite Scaffold Resistant to Delimination
- Method and Materials for Controlling Migration of Binder Liquid in a Powder
- Method and Apparatus for Dispensing Small Volume of Liquid, such as with a Weting-resistant Nozzle
- Apparatus, Systems and Methods for Use in Three-dimensional Printing
- Dosage Form Exhibiting Rapid Disperse Properties, Methods of Use and Process for the Manufacture of Same
- Printing or Dispensing a Suspension such as Three-dimensional Printing of Dosage Forms
- Method and System for Controlling the Temperature of a Dispensed Liquid
- Method for Dispensing of Powders
- Dosage Forms Exhibiting Multi-phasic Release Kinetics and Methods of Manufacture Thereof
- Dosage form Exhibiting Rapid Disperse Properties, Methods of Use and Process for the Manufacture of Same
- System and Method for Rapidly Customizing a Design and Remotely Manufacturing Biomedical Devices Using a Computer System
- System for Manufacturing Controlled Release Dosage Forms, such as a Zero-order Release Profile Dosage Form Manufactured by Three-dimensional Printing
- Method and Apparatus for Managing and/or Utilizing Data Received from a CAD Model
- Method and Apparatus for Managing and/or Utilizing Data Received from a CAD Model
- Method and Apparatus for Obtaining Information about a Dispensed Fluid, such as Using Optical Fiber to Obtain Diagnostic Information about a Fluid at a Printhead During Printing
- Apparatus and Method for Dispensing of Powders
- System and Method for Rapidly Customizing Design, Manufacture and/or Selection of Biomedical Devices
- Dosage Forms Exhibiting Multiphasic Release Kinetics and Methods of Manufacture thereof
- A Computer-Aided Fabrication Process for Rapid Designing, Prototyping and Manufacturing
- Method and Apparatus for Obtaining Information about a Dispensed Fluid, such as Using Optical Fiber to Obtain Diagnostic Information about a Fluid at a Printhead During Printing
- System and Method for Uniaxial Compression of an Article, such as a Three-dimensionally Printed Dosage Form
- Fabrication of Tissue Products with Additives by Casting or Molding Using a Mold Formed by Solid Free-form Methods
- Dosage Forms Exhibiting Multiphasic Release Kinetics and Methods of Manufacture Thereof
- Apparatus, Systems and Methods for Use in Three-dimensional Printing
- Apparatus, Systems and Methods for Use in Three-dimensional Printing
- Method and Apparatus for Dispensing Small Volume of Liquid, Such as with a Weting-resistant Nozzle
- Printing or Dispensing a Suspension such as Three-dimensional Printing of Dosage Forms
- Apparatus, Systems and Methods for Use in Three-dimensional Printing
- Method for Dispensing of Powders
- Method for Dispensing of Powders
- System and Method for Rapidly Customizing Design, Manufacture and/or Selection of Biomedical Devices
- Rapid Prototyping and Manufacturing Process
- Method and System of Printheads Using Electrically Conductive Solvents
- Apparatur, Systems and Methods for Use in Three-dimensional Printing
- Method of Manufacture, Installation, and System for an Alveolar Ridge Augmentation Graft
- Method and System for Manufacturing Biomedical Articles, Such as Using Biomedically Compatible Infiltrant Metal Alloys in Porous Matrices
- Method and System for Manufacturing Biomedical Articles, Such as Using Biomedically Compatible Infiltrant Metal Alloys in Porous Matrices
- Dosage Form Exhibiting Rapid Disperse Properties, Methods of Use and Process for the Manufacture of Same
- Porous Biostructure Partially Occupied by Interpenetrant and Method for Making Same
- Porous Biostructure Partially Occupied by Interpenetrynt and Method for Making Same
- Implantable Biostructure Comprising an Osteoconductive Member and an Osteoinductive Material
- A Complex Three-dimensional Composite Scaffold Resistant to Delamination
- Three-dimensional Printing Apparatus and Methods of Manufacture Including Sterilization or Disinfection, for Example, Using Ultraviolet Light
- Diffusion-controlled Dosage Form and Method of Fabrication Including Three Dimensional Printing
- Bone Void Filler and Method of Manufacture
- System and Method for Rapidly Customizing Design, Manufacture and/or Selection of Biomedical Devices
- Bone Void Filler and Method of Manufacture
- Method and System for Repairing Endosseous Implants, Such as with a Bone Graft Implant
- Spinal Cage Insert, Filler Piece and Method of Manufacturing
- Diffusion-controlled Dosage Form and Method of Fabrication Including Three Dimensional Printing
- Three-dimensional Printing Apparatus and Methods of Manufacture Including Sterilization or Disinfection, for Example, Using Ultraviolet Light
- Method of manufacture, installation, and system for a sinus lift bone graft
- Polymeric Microbeads Having Characteristics Favorable for Bone Growth, and Process Including Three Dimensional Printing upon Such Microbeads