IP Library Assignment 071657/0111
Patent Assignment
Reel/Frame 071657/0111

Assignment of Assignor's Interest

Recorded: 2025-06-17 Pages: 26
Assignors
NEXA3D INC.
Executed: 2025-06-10
NXT FACTORY, INC.
Executed: 2025-06-10
Assignee
STRATASYS, INC.
5995 OPUS PARKWAY, MINNETONKA, MINNESOTA, 55343
Covered Properties (168)
Methods for Photo-Curing with Displaceable Self-Lubricating Substratum for the Formation of Three-Dimensional Objects
Application: 15/415,688 →
Publication: US US20170129175A1
Light Engines for Photo-Curing of Liquid Polymers to Form Three-Dimensional Objects
Application: 15/864,510 →
Publication: US US20180126646A1
Light Engine for Photo-Curing of Polymers to Form Three-Dimensional Objects
Application: 62/450,470 →
Multifrequency Light Engine System for Photo-Curing of Polymers
Application: 62/531,211 →
Three-Dimensional Printing System with Rotating Membrane
Application: 16/029,498 →
Publication: US US20190009470A1
Three-Dimensional Printing System with Rotating Membrane
Application: 62/530,806 →
Light Source for a Three-Dimensional Printing System
Application: 62/531,276 →
Multifrequency Light Engine System for Photo-Curing of Polymers
Application: 62/531,461 →
Method for Photo-Curing Photo-Sensitive Materials for the Formation of Three-Dimensional Objects Using Extraction Plate with Continuous Motion
Application: 15/926,105 →
Publication: US US20190291340A1
Apparatus for Photo-Curing Photo-Sensitive Materials for the Formation of Three-Dimensional Objects Using Extraction Plate with Continuous Motion
Application: 17/249,498 →
Publication: US US20210187827A1
Method and Apparatus for Photo-Curing Photo-Sensitive Materials for the Formation of Three-Dimensional Objects Using Extraction Plate with Continuous Motion
Application: 17/983,297 →
Publication: US US20230055586A1
Method and Apparatus for Photo-Curing with Self-Lubricating Substratum for the Formation of Three-Dimensional Objects
Application: 15/758,272 →
Publication: US US20180250874A1
Methods and Systems for Measuring a Pressure Distribution Between a Surface of an Object and a Pressure Sensitive Surface During Formation of the Object
Application: 16/254,433 →
Publication: US US20190270242A1
Method and System for Measuring a Pressure Distribution Between a Surface of an Object and a Pressure-Sensitive Surface During Formation of the Object
Application: 17/301,964 →
Publication: US US20210237346A1
Methods and Systems for Measuring a Pressure Distribution Between a Surface of an Object and a Pressure Sensitive Surface During Formation of the Object
Application: 62/637,045 →
Systems for Photo-Curing Photo-Sensitive Material for Printing and Other Applications
Application: 16/105,307 →
Publication: US US20200055251A1
Methods for Photo-Curing Photo-Sensitive Material for Printing and Other Applications
Application: 17/449,754 →
Publication: US US20220016841A1
Three-Dimensional Printing System
Application: 16/676,940 →
Publication: US US20200147881A1
Three-Dimensional Printing System
Application: 62/758,413 →
System for Additive Manufacture
Application: 16/745,158 →
Publication: US US20200298471A1
Method and System for Additive Manufacture
Application: 62/820,206 →
Tank Assembly and Components Thereof for a 3D Printing System
Application: 16/373,449 →
Publication: US US20200316862A1
Membrane Assembly for a 3D Printing System
Application: 17/249,502 →
Publication: US US20210187849A1
Optimizing Print Speed and Orientation for 3D Printing Based on Multiscale Convolutions
Application: 15/929,463 →
Publication: US US20200353687A1
Optimizing Print Speed and Orientation for 3D Printing Based on Multiscale Convolutions
Application: 17/713,553 →
Publication: US US20220227056A1
Optimizing Print Speed and Orientation for 3D Printing Based on Multiscale Convolutions
Application: 62/845,784 →
Methods of Representing Three Dimensional Articles to Be Produced Using Additive Manufacturing Processes in Digital File Formats
Application: 16/684,132 →
Publication: US US20210146627A1
Methods of Representing Three Dimensional Articles to Be Produced Using Additive Manufacturing Processes in Digital File Formats
Application: 17/449,693 →
Publication: US US20220016849A1
Methods and Systems for Determining Viscosity of Photo-Curing Resin for Vat Photopolymerization Printer
Application: 16/949,905 →
Publication: US US20210156779A1
Methods and Systems for Determining Viscosity of Photo-Curing Resin for Vat Polymerization Printer
Application: 62/941,653 →
Multi-Material Membrane for Vat Polymerization Printer
Application: 16/948,118 →
Publication: US US20220063193A1
Methods for Photocuring Liquid Resin with Reduced Heat Generation
Application: 17/649,050 →
Publication: US US20220266508A1
Systems for Photocuring Liquid Resin with Reduced Heat Generation
Application: 18/634,064 →
Publication: US US20240253298A1
Methods and Systems for Photocuring Liquid Resin with Reduced Heat Generation
Application: 63/200,258 →
Method and Apparatus for Forming a Three-Dimensional Article by Fusion of a Powdered Medium in a Powder Bed
Application: 15/914,741 →
Publication: US US20180272613A1
Method for Forming a Three-Dimensional Article by Fusion of a Powdered Medium in a Powder Bed
Application: 17/303,377 →
Publication: US US20210276272A1
Method and Apparatus for Forming a Three-Dimensional Article by Fusion of a Powdered Medium in a Powder Bed
Application: 62/474,836 →
Robotic Powder Bed Carts and Compatible Printer Housings for Sls Three-Dimensional Printing
Application: 62/847,504 →
Methods and Systems for Photocuring Liquid with Reduced Heat Generation Using a Digital Light Processing (Dlp) Light Source
Application: 17/931,784 →
Publication: US US20230119050A1
Methods and Systems for Photocuring Liquid with Reduced Heat Generation Using a Digital Light Processing (Dlp) Light Source
Application: 18/465,080 →
Publication: US US20230415406A1
Methods and Systems for Photocuring Liquid with Reduced Heat Generation Using a Digital Light Processing (Dlp) Light Source
Application: 63/262,674 →
3D Printing System
Application: 17/453,329 →
3D Printing System
Application: 18/627,202 →
Publication: US US20240246292A1
3D Printing System
Application: 17/453,331 →
Publication: US US20230136313A1
Multi-Material Membrane for Vat Polymerization Printer
Application: 17/647,555 →
Publication: US US20220126514A1
Oled Light Source and Multi-Material Membrane for Vat Polymerization Printer
Application: 17/649,515 →
Publication: US US20220152928A1
Compliant Support Structure for Substratum Used in Photopolymerization Vat
Application: 17/650,795 →
Publication: US US20230256667A1
Hinged Clamp for Securing Membrane Assembly to Tank Sidewall in 3D Printing System
Application: 17/658,983 →
Publication: US US20230321909A1
Methods and Systems for Ensuring Consistent Tensioning of Membrane in Frame
Application: 18/357,874 →
Publication: US US20240034002A1
Methods and Systems for Ensuring Consistent Tensioning of Membrane in Frame
Application: 63/369,817 →
Light Engines for Vat Polymerization 3D Printers
Application: 17/819,160 →
Publication: US US20240051227A1
Additive Manufacturing Yield Improvement
Application: 15/572,112 →
Publication: US US20180141241A1
Additive Manufacturing Device and System for Manufacturing a Sacrificial Mould for Creating an Object
Application: 16/084,644 →
Publication: US US20190077054A1
Sacrificial Additively Manufactured Molds for Use in Injection Molding Processes
Application: 16/631,098 →
Publication: US US20200156298A1
Sacrificial Additively Manufactured Molds for Use in Injection Molding Processes
Application: 18/610,918 →
Publication: US US20240269902A1
System and Method for Dispensing Fluid
Application: 18/215,092 →
Publication: US US20250002235A1
Synthetic Resin Composition and Method for Hybrid Manufacturing
Application: 15/979,317 →
Publication: US US20180327527A1
Apparatus for Fabricating a Solid Part and Methods
Application: 62/505,935 →
Process for Controlling Extrusion Speed in 3D Printing Systems
Application: 18/841,992 →
Publication: US US20250108563A1
Process for Controlling Extrusion Speed in 3D Printing Systems
Application: 63/314,683 →
Control Circuit for a Dielectric Barrier Discharge (Dbd) Disk in a Three-Dimensional Printer
Application: 17/402,786 →
Publication: US US20230051539A1
Additive Manufacturing of Metal Objects via Electrodeposition
Application: 18/729,449 →
Publication: US 2025/0066941
Additive Manufacturing of Metal Objects via Electrodeposition
Application: 63/301,044 →
Wire Oscillation for Directed Energy Deposition
Application: 18/729,076 →
Publication: US US20250100077A1
Wire Oscillation for Directed Energy Deposition
Application: 63/310,985 →
Cellulose Nanocrystal Polymer Composite
Application: 15/315,550 →
Publication: US US20170107371A1
Cellulose Nanocrystal Polymer Composite
Application: 62/007,224 →
Natural Fiber Composite and Method of Production
Application: 15/568,216 →
Publication: US US20180148552A1
Natural Fiber Composite and Method of Production
Application: 62/150,023 →
Synthetically Modified Thermoplastic Polymer Composites Having Cellulose Nanomaterials
Application: 15/739,369 →
Publication: US US20180186940A1
Synthetically Modified Thermoplastic Polymer Composites Having Cellulose Nanomaterials
Application: 16/820,026 →
Publication: US US20200262986A1
Synthetically Modified Thermoplastic Polymer Composites Having Cellulose Nanomaterials
Application: 62/186,417 →
Three Dimensional Printer Apparatus
Application: 16/467,693 →
Publication: US US20190344502A1
Three Dimensional Printer Apparatus
Application: 62/416,890 →
Atmospheric Plasma Conduction Pathway for the Application of Electromagnetic Energy to 3D Printed Parts
Application: 16/498,079 →
Publication: US US20200298479A1
Atmospheric Plasma Conduction Pathway for the Application of Electromagentic Energy to 3D Printed Parts
Application: 62/463,368 →
Three Dimensional Printer Apparatus
Application: 16/614,600 →
Publication: US US20200070416A1
Three Dimensional Printer Apparatus
Application: 62/508,464 →
Hybrid Thermoplastic Composites with Long and Short Fiber Materials and Natural Nanoparticles
Application: 16/619,008 →
Publication: US US20210079185A1
Hybrid Thermoplastic Composites with Long and Short Fiber Materials and Natural Nanoparticles
Application: 62/515,372 →
Tool Assembly for Manufacturing Parts and a Method of Producing a Tooling Assembly
Application: 16/766,533 →
Publication: US US20210370552A1
Tool Assembly for Manufacturing Parts and a Method of Producing a Tooling Assembly
Application: 62/591,015 →
Multiple Layer Filament and Method of Manufacturing
Application: 16/967,980 →
Publication: US US20210370583A1
Multiple Layer Filament and Method of Manufacturing
Application: 62/627,950 →
High Frequency Adhesive Bonding
Application: 16/605,395 →
Publication: US US20210339481A1
High Frequency Adhesive Bonding
Application: 62/711,763 →
Process for Hydrophobic Modification of Nanocellulose During Manufacturing
Application: 62/773,649 →
Infrared Heating of Additive Printed Part
Application: 16/273,812 →
Publication: US US20200254689A1
Machine for Producing an Additive Printed Part
Application: 17/401,004 →
Publication: US US20210370600A1
Filament Buffer
Application: 16/273,825 →
Publication: US US20200254690A1
Filament Buffer
Application: 17/430,631 →
Publication: US US20220134663A1
High Speed Extrusion 3D Printer Nozzle
Application: 16/268,873 →
Publication: US US20200031046A1
High Speed Extrusion 3D Printer Nozzle
Application: 17/817,126 →
Publication: US US20220371269A1
High Speed Extrusion 3D Printer Nozzle
Application: 62/703,700 →
Emitter and Method for Plasma Fusing of Materials
Application: 17/997,593 →
Publication: US US20230189424A1
Emitter and Method for Plasma Fusing of Materials
Application: 63/018,901 →
Three-Dimensional Printer Head Including an Automatic Touchdown Apparatus
Application: 16/359,671 →
Publication: US US20200298478A1
Three-Dimensional Printer Head Including an Automatic Touchdown Apparatus
Application: 17/366,558 →
Publication: US US20210331390A1
Filament Container
Application: 16/370,135 →
Publication: US US20200307088A1
High Speed Extrusion 3-D Printing System
Application: 16/982,859 →
Publication: US US20210053293A1
High Speed Extrusion 3-D Printing System
Application: 62/646,019 →
System and Method of Detecting Failed Bed Adhesion for a Three-Dimensional Printer
Application: 16/879,850 →
Publication: US US20210362430A1
Three-Dimensionally Printable Antiviral Filament
Application: 17/997,414 →
Publication: US US20230180764A1
3D Printable Filaments Including Antiviral Sheaths
Application: 63/016,749 →
X-Arm Carriage Assembly
Application: 17/026,465 →
Publication: US US20220088870A1
Tooling Formed from a 3D Printed Tooling Scaffold
Application: 18/001,152 →
Publication: US US20230211526A1
3D Printed Tooling Scaffold
Application: 63/036,707 →
Clad Wire Feedstock for Directed Energy Deposition Additive Manufacturing
Application: 18/359,422 →
Publication: US US20230415267A1
Coaxial Clad Wire Feedstock for Directed Energy Deposition (Ded) Additive Manufacturing
Application: 63/143,460 →
Clad Wire Feedstock for Directed Energy Deposition (Ded) Additive Manufacturing
Application: 63/148,999 →
Three-Dimensional Printer Head Including a Dielectric Barrier Discharge (DBD) Disk and a Transformer Assembly
Application: 17/488,798 →
Publication: US US20230102328A1
Method for Repairing Composite Materials Via Dielectric Barrier Discharge
Application: 18/337,173 →
Publication: US US20230405884A1
Layups Manufacturing of Composites Using Dielectric Barrier Discharge Induced Heating and Curing
Application: 63/353,840 →
Three-Dimensional Printer
Patent: 892,875 →
Application: 29/669,696 →
Three-Dimensional Printer
Patent: 981,456 →
Application: 29/790,174 →
Tank Sidewall
Patent: 981,458 →
Application: 29/790,176 →
Mask Assembly
Patent: 989,135 →
Application: 29/790,178 →
Door for a Three-Dimensional Printer
Patent: 1,003,326 →
Application: 29/790,179 →
Resin Cartridge Handle
Patent: 988,378 →
Application: 29/790,182 →
Inclined Control Panel for a Three-Dimensional Printer
Patent: 1,044,890 →
Application: 29/790,183 →
Three-Dimensional Printer
Patent: 907,077 →
Application: 29/679,089 →
Filament Cart
Patent: 903,967 →
Application: 29/685,715 →
Method and Apparatus for Photo-Curing with Displaceable Self-Lubricating Substratum for the Formation of Three-Dimensional Objects
Light Engines for Photo-Curing of Liquid Polymers to Form Three-Dimensional Objects
Three-Dimensional Printing System with Rotating Membrane
Method and System for Measuring a Pressure Distribution Between a Surface of an Object and a Pressure Sensitive Surface During Formation of the Object
Methods and Systems for Photo-Curing Photo-Sensitive Material for Printing and Other Applications
Three-Dimensional Printing System
Method and System for Additive Manufacture
Tank Assembly and Components Thereof for a 3D Printing System
Methods and Systems for Determining Viscosity of Photo-Curing Resin for Vat Photopolymerization Printer
Multi-Material Membrane for Vat Polymerization Printer
Methods and Systems for Photocuring Liquid Resin with Reduced Heat Generation
Robotic Powder Bed Carts and Compatible Printer Housings for Sls Three-Dimensional Printing
Methods and Systems for Photocuring Liquid with Reduced Heat Generation Using a Digital Light Processing (Dlp) Light Source
3D Printing System
3D Printing System
Multi-Material Membrane for Vat Polymerization Printer
Oled Light Source and Multi-Material Membrane for Vat Polymerization Printer
Compliant Support Structure for Substratum Used in Photopolymerization Vat
Hinged Clamp for Securing Membrane Assembly to Tank Sidewall in 3D Printing System
Methods and Systems for Ensuring Consistent Tensioning of Membrane in Frame
Light Engines for Vat Polimerization 3D Printers
Process for Controlling Extrusion Speed in 3D Printing Systems
Control Circuit for a Dielectric Barrier Discharge (Dbd) Disk in a Three-Dimensional Printer
Additive Manufacturing of Metal Objects via Electrodeposition
Wire Oscillation for Directed Energy Deposition
Cellulose Nanocrystal Polymer Composite
Natural Fiber Composite and Method of Production
Synthetically Modified Thermoplastic Polymer Composite Having Cellulose Nanomaterials
Three Dimensional Printer Apparatus
Atmospheric Plasma Conduction Pathway for the Application of Electromagentic Energy to 3D Printed Parts
Three Dimensional Printer Apparatus
Tool Assembly for Manufacturing Parts and a Method of Producing a Tooling Assembly
Multiple Layer Filament and Method of Manufacturing
High Frequency Adhesive Bonding
Process for Hydrophobic Modification of Nanocellulose During Manufacturing
Infrared Heating of Additive Printed Part
Filament Buffer
High Speed Extrusion 3D Printer Nozzle
Emitter and Method for Plasma Fusing of Materials
Filament Container
High Speed Extrusion 3-D Printing System
System and Method of Detecting Failed Bed Adhesion for a Three-Dimensional Printer
Three-Dimensionally Printable Antiviral Filament
X-Arm Carriage Assembly
Tooling Formed from a 3D Printed Tooling Scaffold
Clad Wire Feedstock for Directed Energy Deposition Additive Manufacturing
Related Assignments (25)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest Mar 28, 2018
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 045372/0158 →
Assignment of Assignor's Interest Jun 15, 2018
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 046103/0783 →
Assignment of Assignor's Interest Sep 5, 2018
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 046792/0791 →
Assignment of Assignor's Interest Jan 22, 2019
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 048096/0169 →
Assignment of Assignor's Interest Feb 25, 2019
From: TRINGALI, LUCIANO
To: NEXA3D INC.
Reel/Frame 048427/0549 →
Assignment of Assignor's Interest Feb 25, 2019
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 048427/0224 →
Assignment of Assignor's Interest Feb 25, 2019
From: BARKER, STEVE
To: NEXA3D INC.
Reel/Frame 048427/0332 →
Assignment of Assignor's Interest Feb 25, 2019
From: BARKER, NATHAN
To: NEXA3D INC.
Reel/Frame 048427/0358 →
Assignment of Assignor's Interest Mar 13, 2019
From: REICHENTAL, AVI N.; TRINGALI, LUCIANO
To: NEXA3D INC.
Reel/Frame 048583/0422 →
Assignment of Assignor's Interest Apr 2, 2019
From: HOLLAND, CHANCE
To: NEXA3D INC.
Reel/Frame 048774/0792 →
Assignment of Assignor's Interest Apr 2, 2019
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 048774/0766 →
Assignment of Assignor's Interest Apr 16, 2019
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 048893/0766 →
Assignment of Assignor's Interest Oct 5, 2020
From: ZITELLI, GIANNI; REICHENTAL, AVI N.; TRINGALI, LUCIANO
To: NEXA3D INC.
Reel/Frame 053972/0658 →
Assignment of Assignor's Interest Mar 5, 2021
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 055507/0286 →
Assignment of Assignor's Interest Mar 5, 2021
From: HOLLAND, CHANCE
To: NEXA3D INC.
Reel/Frame 055507/0054 →
Assignment of Assignor's Interest Mar 5, 2021
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 055507/0026 →
Assignment of Assignor's Interest Apr 20, 2021
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 055977/0289 →
Assignment of Assignor's Interest Sep 30, 2021
From: MEDALSY, IZHAR; TRINGALI, LUCIANO
To: NEXA3D INC.
Reel/Frame 057661/0365 →
Assignment of Assignor's Interest Oct 12, 2021
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 057768/0199 →
Assignment of Assignor's Interest Nov 1, 2021
From: ZITELLI, GIANNI
To: NEXA3D INC.
Reel/Frame 057982/0145 →
Assignment of Assignor's Interest Nov 1, 2021
From: TRINGALI, LUCIANO; REICHENTAL, AVI N.
To: NEXA3D INC.
Reel/Frame 057982/0048 →
Assignment of Assignor's Interest Nov 4, 2021
From: BARKER, NATHAN
To: NEXA3D INC.
Reel/Frame 058020/0138 →
Assignment of Assignor's Interest Nov 4, 2021
From: MEDALSY, IZHAR; BARKER, STEVE; TRINGALI, LUCIANO
To: NEXA3D INC.
Reel/Frame 058020/0087 →
Assignment of Assignor's Interest Dec 6, 2022
From: MEDALSY, IZHAR
To: NEXA3D INC.
Reel/Frame 061996/0749 →
Security Interest Nov 15, 2024
From: NEXA3D INC.; NXT FACTORY INC.; NEXA3D APS
To: U.S. BANK TRUST COMPANY
Reel/Frame 069381/0694 →