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One embodiment of a substrate laminator comprises a housing that includes a cartridge receiver, a substrate transport, a cartridge and a cartridge position adjustment mechanism. The substrate transport mechanism is configured to feed substrates along the processing path in a lengthwise direction. Th

One embodiment of a substrate laminator comprises a housing that includes a cartridge receiver, a substrate transport, a cartridge and a cartridge position adjustment mechanism. The substrate transport mechanism is configured to feed substrates along the processing path in a lengthwise direction. The cartridge is received in the cartridge receiver and includes a ribbon supply. The cartridge position adjustment mechanism is configured to adjust the position of the cartridge in a widthwise direction relative to the substrate processing path.

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1. A credential substrate laminator comprising: a housing including a cartridge receiver;a laminating roller;a substrate transport mechanism configured to feed substrates along a processing path in a lengthwise direction;a cartridge received in the cartridge receiver and including a ribbon supply th

1. A credential substrate laminator comprising: a housing including a cartridge receiver;a laminating roller;a substrate transport mechanism configured to feed substrates along a processing path in a lengthwise direction;a cartridge received in the cartridge receiver and including a ribbon supply that extends between the laminating roller and the processing path;a cartridge position adjustment mechanism configured to adjust a position of the cartridge in a widthwise direction that is transverse to the lengthwise direction relative to the substrate processing path. 2. The laminator of claim 1, wherein: the cartridge comprises first and second stop surfaces positioned on first and second sides of the cartridge; andthe cartridge position adjustment mechanism comprises first and second stop cams positioned on first and second sides of the cartridge receiver that engage the first and second stop surfaces when the cartridge is received in the cartridge receiver. 3. The laminator of claim 2, wherein rotation of the first and second stop cams adjusts the widthwise position of the cartridge relative to the processing path. 4. The laminator of claim 3, wherein the adjustment mechanism further comprises an adjuster knob linked to the first and second stop cams, wherein rotation of the adjuster knob rotates the first and second stop cams. 5. The laminator of claim 4, wherein the adjuster knob is linked to the first and second cams through a linking component selected from the group consisting of a belt and a gear. 6. The laminator of claim 2, wherein the cartridge comprises a biasing component configured to bias the stop surfaces against the stop cams. 7. The laminator of claim 1, wherein the ribbon supply comprises a carrier and a plurality of overlaminate patches attached to the carrier. 8. A credential substrate laminator comprising: a housing including a cartridge receiver;a laminating roller;a substrate transport mechanism configured to feed substrates along a processing path in a lengthwise direction;a cartridge received in the cartridge receiver and including a ribbon supply that extends between the laminating roller and the processing path; anda cartridge position adjustment mechanism comprising a pair of rotatable stop cams each having a cam surface, and a pair of stop surfaces each positioned to engage one of the cam surfaces;wherein rotation of the stop cams moves the cam surfaces and the stop surfaces relative to the processing path and moves cartridge relative to the substrate processing path in a widthwise direction that is transverse to the lengthwise direction. 9. The laminator of claim 8, wherein: the stop surfaces are attached to the cartridge; andthe cam stops are attached to the housing. 10. The laminator of claim 8, wherein the cam surfaces of the stop cams are tapered relative to a plane extending perpendicular to an axis of rotation of the stop cams. 11. The laminator of claim 10, wherein the stop cams and the corresponding stop surfaces are positioned on opposing sides of the cartridge. 12. The laminator of claim 8, wherein the adjustment mechanism further comprises an adjuster knob linked to the first and second stop cams, wherein rotation of the adjuster knob rotates the first and second stop cams. 13. The laminator of claim 8, wherein the adjustment mechanism comprises a linking component linking the rotatable stop cams, the linking component selected from the group consisting of a belt and a gear, wherein rotation of one of the stop cams drives the linking component, which drives the rotation of the other stop cam. 14. The laminator of claim 8, wherein the cartridge comprises a biasing component configured to bias the stop surfaces against the stop cams. 15. The laminator of claim 8, wherein: the ribbon supply comprises a carrier and a plurality of overlaminate patches attached to the carrier; androtation of the stop cams moves the cam surfaces and the stop surfaces relative to the processing path and moves plurality of overlaminate patches relative to the processing path in a widthwise direction that is transverse to the lengthwise direction. 16. A method of adjusting a position of overlaminate patches of an overlaminate ribbon supported in a ribbon cartridge in a widthwise direction relative to a substrate processing path, along which credential substrates are fed in a lengthwise direction that is transverse to the widthwise direction, the method comprising: installing the cartridge in a cartridge receiver of a credential substrate laminator, wherein first and second stop surfaces of the cartridge respectfully engage first and second cam surfaces of first and second stop cams, and the overlaminate ribbon extends between a laminating roller and the substrate processing path;rotating the first and second stop cams; andmoving the cartridge in a widthwise direction relative to the processing path in response to the rotation of the first and second stop cams. 17. The method of claim 16, wherein: the first and second stop cams and the first and second stop surfaces are positioned on opposing sides of the cartridge;the method further comprises providing a linking component linking the first and second stop cams, the linking component comprising one of a belt and a gear; androtating the first and second stop cams comprises simultaneously rotating the first and second stop cams equal amounts using the linking component. 18. The laminator of claim 2, wherein the first and second sides of the cartridge are on opposing sides of the cartridge.