Abstract: There is provided a method of promoting adhesion of a printer cartridge seal to a printer cartridge. The method comprises providing a printer cartridge seal applicator having an applicator portion configured to apply pressure on a printer cartridge seal, an applicator body connected to the applicator portion, and a handle connected to the applicator body. The method further comprises positioning the printer cartridge seal applicator in between a toner supply roller and a printer cartridge surface defining a toner opening port. The method further comprises using the applicator portion to press the printer cartridge seal against the printer cartridge surface defining the toner opening port.

Abstract: A method of converting a first printer cartridge to a second printer cartridge, the second printer cartridge comprising a waste hopper, the second printer cartridge comprising a plurality of positioning pins on both sides of the waste hopper, the method comprising: determining the positions of the positioning pins of the second printer cartridge; providing positioning pins for the first printer cartridge; and attaching the positioning pins to the first printer cartridge at the previously determined positions.

Abstract: A method of modifying a printer cartridge, the printer cartridge being configured to be used with a first printer, the cartridge comprising a first toner hopper, a waste hopper connected to the first toner hopper, an end cap connected to the toner hopper, and a guide key connected to the end cap, the cartridge further comprising a bushing configured to surround a drum axle, the method comprising: modifying the guide key; modifying the bushing; providing a second printer; and using the printer cartridge with the second printer. A method of modifying a printer cartridge, the printer cartridge being configured to be used with a first printer, the cartridge comprising a first toner hopper and a waste hopper connected to the toner hopper, the method comprising: providing a second toner hopper, the second toner hopper being distinct from the first toner hopper; replacing the first toner hopper with the second toner hopper; providing a second printer; and using the cartridge with the second printer.

Abstract: Methods and devices for remanufacturing printer cartridges are provided where the printer cartridges comprise a photoconductive drum, the photoconductive drum comprises a drum gear end, and the drum gear end of the photoconductive drum is configured to be attached to a laser printer via a rotational force transmitting assembly. In an embodiment, the method comprises removing the rotational force transmitting assembly from the photoconductive drum, providing a replacement photoconductive drum, and attaching the rotational force transmitting assembly to the replacement photoconductive drum.

Abstract: A tool for rotating a drum from a first cartridge drum axle end, the first cartridge drum axle end having a predetermined shape, the tool comprising a tool body configured to provide structure to the tool; a first end defined by the tool body; a second end defined by the tool body, the second end positioned on an end on the tool body opposite to the first end; and a first impression made on the first end of the tool body, the first impression substantially matching the predetermined shape of the first cartridge drum axle end, wherein when the first cartridge drum axle end is inserted within the first impression, the tool allows the drum to be rotated.

Abstract: A device for manufacturing a printer cartridge, the printer cartridge having a doctor blade and a developer roller, the doctor blade being configured to regulate the amount of toner delivered to the developer roller, the device comprising: (a) first surface, the first surface lying on a first plane; and (b) a second surface positioned opposite the first surface, the second surface lying on a second plane, the first and the second plane being parallel to each other, the second surface comprising a flat portion, the flat portion being configured to contact a portion of the doctor blade, wherein when the flat portion contacts the doctor blade portion, the device applies pressure to the doctor blade portion.

Abstract: A device for driving a pin that fastens a printer cartridge drum to a printer cartridge at least on one end of the printer cartridge drum, the device comprising a device body defining a device body recess and a shaft configured to be inserted in the device body recess and to be moved within the device body recess, wherein the movement of the shaft within the device body recess is configured to drive the pin and alter the attachment of the printer cartridge to the printer cartridge at the at least one end of the printer cartridge drum.

Abstract: A cutting device for use in detaching a drum from a printer cartridge, the drum defining a hollow interior, the hollow interior being surrounded by an interior wall of the drum, the cutting device including a shaft and a pointed edge protruding from the shaft, the pointed edge being configured to rotate with the shaft when the drum is being detached from the printer cartridge.

Abstract: A device for detaching a drum from a printer cartridge, the drum including a drum flange that attaches the drum to the printer cartridge, the device including a pressure transmitting device; and a rod operatively connected to the pressure transmitting device, wherein the pressure transmitting device and the rod are configured to apply pressure to the drum flange and cause the drum to be detached from the printer cartridge.

Abstract: The present invention also includes a method of remanufacturing a printer cartridge, the printer cartridge comprising printer cartridge components fastened together by a pin, the method comprising the steps of providing a device, the device comprising a shaft configured to apply pressure to the pin; a drive means for driving the shaft against the pin; and applying pressure to the pin using the device.

Abstract: A method of making an aftermarket printer cartridge, the aftermarket printer cartridge substantially resembling an original market printer cartridge, the original market printer cartridge comprising a key set attached to a toner hopper, the key set comprising an arched structure and at least one elongated structure attached to the arched structure, the method comprising providing an aftermarket toner hopper resembling the toner hopper of the original market printer cartridge, the aftermarket toner hopper missing at least one elongated structure of the key set.

Abstract: A cutting device for use in detaching a drum from a printer cartridge, the drum defining a hollow interior, the hollow interior being surrounded by an interior wall of the drum, the cutting device comprising a shaft and a pointed edge protruding from the shaft, the pointed edge being configured to rotate with the shaft when the drum is being detached from the printer cartridge.

Abstract: A device for manufacturing a printer cartridge, the printer cartridge having a doctor blade and a developer roller, the doctor blade being configured to regulate the amount of toner delivered to the developer roller, the device comprising: (a) first surface, the first surface lying on a first plane; and (b) a second surface positioned opposite the first surface, the second surface lying on a second plane, the first and the second plane being parallel to each other, the second surface comprising a flat portion, the flat portion being configured to contact a portion of the doctor blade, wherein when the flat portion contacts the doctor blade portion, the device applies pressure to the doctor blade portion.

Abstract: A method of removing a drum from a printer toner cartridge, the drum having a cylindrical body, the drum further having a pair of drum gears attached to each end of the drum, each drum gear being configured to attach the drum to the printer, at least one drum gear having a cylindrical body, the cylindrical body defining a hollow drum gear interior, at least one drum gear further having a drum gear wall that is positioned perpendicular to the cylindrical body and configured to cover the hollow drum gear interior, the method including the steps of creating a hole through the drum gear wall and inserting a cutting device through the hollow drum gear interior.

Abstract: A method of remanufacturing a seal spooling mechanism of a printer cartridge, the printer cartridge defining a seal passage, the seal passage providing access to a toner port of the cartridge to be covered by a toner seal, the seal spooling mechanism including a spool where a first toner seal may be wound, the seal spooling mechanism further including a spool frame where the spool may be mounted, the method including detaching the spool frame from the printer cartridge; inserting a second toner seal through the seal passage; sealing the toner port with the second toner seal, the second toner seal including a toner seal extension configured to extend out of the seal passage upon sealing the toner port; winding the toner seal extension around the spool; providing a replacement spool frame, the replacement spool frame being configured to be attached to the printer cartridge at a location that is different from the location where the spool frame was previously attached on the printer cartridge; and attaching the

Abstract: A device for manufacturing a printer cartridge, the printer cartridge having a doctor blade and a developer roller, the doctor blade being configured to regulate the amount of toner delivered to the developer roller, the device comprising: (a) first surface, the first surface lying on a first plane; and (b) a second surface positioned opposite the first surface, the second surface lying on a second plane, the first and the second plane being parallel to each other, the second surface comprising a flat portion, the flat portion being configured to contact a portion of the doctor blade, wherein when the flat portion contacts the doctor blade portion, the device applies pressure to the doctor blade portion.