Abstract: A replacement cartridge toner hopper seal assembly comprising an auger mounted in the hopper, the auger is configured to rotate upon actuation. A toner paddle is coupled to the auger. An original hopper seal has an original hopper seal first end opposite an original hopper seal second end, the original hopper seal is coupled to the auger proximate the original hopper seal first end and proximate the toner paddle. A replacement seal extension is coupled to the original hopper seal second end. A window seat is coupled to a cartridge upper toner window of the cartridge toner hopper. The replacement seal extension is coupled to the window seat. The replacement seal extension being removable from the window seat responsive to actuation of the auger.

Abstract: A method for remanufacturing toner cartridges, wherein original equipment manufacturer (OEM) sealant is removed and replaced with an aftermarket sealant. A hopper assembly is disassembled from a toner cartridge and cleaned to remove residual toner. The hopper assembly is then heated using an oven, heat gun, etc. in order to loosen the OEM sealant binding the hopper assembly. Once thoroughly heated, the hopper assembly is dismantled into a hopper section and a mag section. The OEM sealant is removed from the hopper section and replaced with the aftermarket sealant using an automated robot as the hopper section is held by a jig. A floating mag gasket attached to the mag section is either cleaned and reinstalled or replaced with a new floating mag gasket. The mag section is then reattached to the hopper section using an alignment tool in order to ensure proper positioning of components to create a fluid tight seal.

Abstract: A printer cartridge pin exposure and removal apparatus for the removal of embedded pins within a printer cartridge. The printer cartridge is positioned within a cartridge mount and securely held in a fixed position through a clamping mechanism. A first pin extracting mechanism and a second pin extracting mechanism are positioned about opposite ends of the printer cartridge. A first drill and a second drill are supported by and aligned with the printer cartridge through a first drill aligner and a second drill aligner respectively. The first drill aligner moves the first drill towards the printer cartridge, while the first drill drives a first drill bit in order to penetrate the printer cartridge. Similarly, the second drill aligner moves the second drill towards the printer cartridge, while the second drill drives a second drill bit in order to penetrate the opposite side of the printer cartridge.

Abstract: A method for remanufacturing toner cartridges comprises the steps of placing a toner cartridge shell in a jig; tapping at least one of a wiper blade screw hole and a doctor blade screw hole in the toner cartridge shell; the tapping step comprising cutting new threading into at least one wiper blade screw hole and at least one doctor blade screw hole; and inserting a machine screw insert into each of the at least one wiper blade screw hole and the doctor blade screw hole.

Abstract: The present disclosure is directed to a spring bearing which is used in a roller system for a developer cartridge. The spring bearing has a front surface and a rear surface and an angled relief cut extending from the front surface to the rear surface.

Abstract: The present disclosure is directed to a spring bearing which is used in a roller system for a toner cartridge. The spring bearing has a front surface and a rear surface and an angled relief cut extending from the front surface to the rear surface.

Abstract: A lubricant coating for laser printer wiper blades is a solution applied to a laser printer wiper blade before install that reduces friction between the wiper blade and the photoconductor drum of a laser printer in order to reduce wear, prevent damage and increase life of the wiper blade and photoconductor drum. A leveling and wetting agent ensures uniform application and reduces coating defects. An anti-wear agent reduces friction and acts as an electrical insulator. A friction reducing agent also reduces friction and acts as an electrical insulator. An evaporation promoting agent aids in evaporation of unnecessary material after application to a wiper blade. A coating enhancing agent increases the hardness of the coating and provides assistance in adherence of the solution to the wiper blade. Deionized water acts as a carrier. The solution is mixed in a high shear mixture.

Abstract: An improved laser print cartridge having a reduced defect rate. The improved laser print cartridge includes a printing assembly, a primary cleaning assembly, and a paper cleaning assembly. The printing assembly includes a drum, a primary charge roller, and a toner roller for applying toner to printer paper. The primary cleaning assembly includes a wiper blade for removing large debris particles from the drum into a large particle receiving volume. The paper cleaning assembly provides a wicking flange for removing smaller particles of debris not removed by the wiper blade. As such, the wicking flange is positioned in between the wiper blade and the primary charge roller and is mounted to the wiper blade. A cleaning portion of the wicking flange is pressed against the drum and either absorbs the debris or wipes the debris into a small particle receiving volume delineated by the drum, wicking flange, and wiper blade.

Abstract: A lubricant coating for laser printer wiper blades is a solution applied to a laser printer wiper blade before install that reduces friction between the wiper blade and the photoconductor drum of a laser printer in order to reduce wear, prevent damage and increase life of the wiper blade and photoconductor drum. A leveling and wetting agent ensures uniform application and reduces coating defects. An anti-wear agent reduces friction and acts as an electrical insulator. A friction reducing agent also reduces friction and acts as an electrical insulator. An evaporation promoting agent aids in evaporation of unnecessary material after application to a wiper blade. A coating enhancing agent increases the hardness of the coating and provides assistance in adherence of the solution to the wiper blade. Deionized water acts as a carrier. The solution is mixed in a high shear mixture.

Abstract: A lubricant coating for laser printer wiper blades is a solution applied to a laser printer wiper blade before install that reduces friction between the wiper blade and the photoconductor drum of a laser printer in order to reduce wear, prevent damage and increase life of the wiper blade and photoconductor drum. A leveling and wetting agent ensures uniform application and reduces coating defects. An anti-wear agent reduces friction and acts as an electrical insulator. A friction reducing agent also reduces friction and acts as an electrical insulator. An evaporation promoting agent aids in evaporation of unnecessary material after application to a wiper blade. A coating enhancing agent increases the hardness of the coating and provides assistance in adherence of the solution to the wiper blade. Deionized water acts as a carrier. The solution is mixed in a high shear mixture.

Abstract: A method for remanufacturing toner cartridges, wherein original equipment manufacturer (OEM) sealant is removed and replaced with an aftermarket sealant. A hopper assembly is disassembled from a toner cartridge and cleaned to remove residual toner. The hopper assembly is then heated using an oven, heat gun, etc. in order to loosen the OEM sealant binding the hopper assembly. Once thoroughly heated, the hopper assembly is dismantled into a hopper section and a mag section. The OEM sealant is removed from the hopper section and replaced with the aftermarket sealant using an automated robot as the hopper section is held by a jig. A floating mag gasket attached to the mag section is either cleaned and reinstalled or replaced with a new floating mag gasket. The mag section is then reattached to the hopper section using an alignment tool in order to ensure proper positioning of components to create a fluid tight seal.

Abstract: A printer cartridge pin exposure and removal apparatus for the removal of embedded pins within a printer cartridge. The printer cartridge is positioned within a cartridge mount and securely held in a fixed position through a clamping mechanism. A first pin extracting mechanism and a second pin extracting mechanism are positioned about opposite ends of the printer cartridge. A first drill and a second drill are supported by and aligned with the printer cartridge through a first drill aligner and a second drill aligner respectively. The first drill aligner moves the first drill towards the printer cartridge, while the first drill drives a first drill bit in order to penetrate the printer cartridge. Similarly, the second drill aligner moves the second drill towards the printer cartridge, while the second drill drives a second drill bit in order to penetrate the opposite side of the printer cartridge.

Abstract: A method for remanufacturing toner cartridges includes the use of a plurality of machine screw inserts. Each of a plurality of screw holes of a toner cartridge shell is tapped to create new threading within the plurality of screw holes. The plurality of machine screw inserts is positioned into the plurality of screw holes in order to reinforce the plurality of screw holes, wherein each of the plurality of machine screw inserts has a threaded outer surface and a threaded inner surface. The plurality of machine screw inserts provides a durable interface with a plurality of screws that reduces the chance of failure of the plurality of screws as the plurality of screws is positioned within the plurality of screw holes. An adhesive is applied to each of the plurality of machine screw inserts in order to secure the plurality of machine screw inserts within the plurality of screw holes.

Abstract: A method for remanufacturing toner cartridges includes the use of a plurality of machine screw inserts. Each of a plurality of screw holes of a toner cartridge shell is tapped to create new threading within the plurality of screw holes. The plurality of machine screw inserts is positioned into the plurality of screw holes in order to reinforce the plurality of screw holes, wherein each of the plurality of machine screw inserts has a threaded outer surface and a threaded inner surface. The plurality of machine screw inserts provides a durable interface with a plurality of screws that reduces the chance of failure of the plurality of screws as the plurality of screws is positioned within the plurality of screw holes. An adhesive is applied to each of the plurality of machine screw inserts in order to secure the plurality of machine screw inserts within the plurality of screw holes.

Abstract: An improved printer cartridge is provided with a barrier for reducing pressure on printing assembly components in an extended yield cartridge. A printing assembly, including cartridge casing, magnetic developer roller, and hopper, is provided for use with laser printers. A barrier formed by a base and a wall is positioned within the cartridge casing, between the magnetic developer roller and a feed section of the hopper. The wall of the barrier is tangent to the magnetic developer roller, minimizing the area of the magnetic developer roller which is exposed to a medium stored within the hopper and feed section, such as toner. Since exposed surface area is reduce, the amount of pressure on the magnetic developer roller is correspondingly reduced, allowing for an increase in lifespan for the magnetic roller and interactive components, primarily a doctor blade and sealing blade.

Abstract: An improved printer cartridge is provided with a barrier for reducing pressure on printing assembly components in an extended yield cartridge. A printing assembly, including cartridge casing, magnetic developer roller, and hopper, is provided for use with laser printers. A barrier formed by a base and a wall is positioned within the cartridge casing, between the magnetic developer roller and a feed section of the hopper. The wall of the barrier is tangent to the magnetic developer roller, minimizing the area of the magnetic developer roller which is exposed to a medium stored within the hopper and feed section, such as toner. Since exposed surface area is reduce, the amount of pressure on the magnetic developer roller is correspondingly reduced, allowing for an increase in lifespan for the magnetic roller and interactive components, primarily a doctor blade and sealing blade.

Abstract: An improved laser print cartridge having a reduced defect rate. The improved laser print cartridge includes a printing assembly, a primary cleaning assembly, and a paper cleaning assembly. The printing assembly includes a drum, a primary charge roller, and a toner roller for applying toner to printer paper. The primary cleaning assembly includes a wiper blade for removing large debris particles from the drum into a large particle receiving volume. The paper cleaning assembly provides a wicking flange for removing smaller particles of debris not removed by the wiper blade. As such, the wicking flange is positioned in between the wiper blade and the primary charge roller and is mounted to the wiper blade. A cleaning portion of the wicking flange is pressed against the drum and either absorbs the debris or wipes the debris into a small particle receiving volume delineated by the drum, wicking flange, and wiper blade.

Abstract: A method for remanufacturing toner cartridges includes the use of a plurality of machine screw inserts. Each of a plurality of screw holes of a toner cartridge shell is tapped to create new threading within the plurality of screw holes. The plurality of machine screw inserts is positioned into the plurality of screw holes in order to reinforce the plurality of screw holes, wherein each of the plurality of machine screw inserts has a threaded outer surface and a threaded inner surface. The plurality of machine screw inserts provides a durable interface with a plurality of screws that reduces the chance of failure of the plurality of screws as the plurality of screws is positioned within the plurality of screw holes. An adhesive is applied to each of the plurality of machine screw inserts in order to secure the plurality of machine screw inserts within the plurality of screw holes.