Each unit is 100% computer tested at 3 points in the remanufacturing process to ensure great performance.
Every motor is assembled with the precise amount of lubricant to ensure quiet operation and long life.
Improved over O.E. - Gears are redesigned with a stronger, less brittle material than O.E. to prevent premature wear, striping and breakage, thus extending the performance life.
Motor magnets are 100% recharged for superior performance and reliability.
New high-quality gaskets are used in every window lift unit to prevent water entry, thus eliminating failure modes related to water penetration.
Each unit is 100% computer tested at 3 points in the remanufacturing process to ensure great performance.
Every motor is assembled with the precise amount of lubricant to ensure quiet operation and long life.
Improved over O.E. - Gears are redesigned with a stronger, less brittle material than O.E. to prevent premature wear, striping and breakage, thus extending the performance life.
Motor magnets are 100% recharged for superior performance and reliability.
New high-quality gaskets are used in every window lift unit to prevent water entry, thus eliminating failure modes related to water penetration.
100% new OE-quality seals and cups are installed to prevent leakage and ensure original performance and reliability. All rubber meets S.A.E. specifications.
Cast iron master cylinders come with premium protective coating to minimize rust, extending on-car and on-shelf life.
Piston assemblies are 100% height-gauged to meet or exceed O.E. performance.
Bores meet critical micro-finish specifications to eliminate pitting and corrosion, which could cause premature failure.
Plastic reservoirs are 100% vacuum-tested to ensure proper function.
100% new OE-quality seals and cups are installed to prevent leakage and ensure original performance and reliability. All rubber meets S.A.E. specifications.
Cast iron master cylinders come with premium protective coating to minimize rust, extending on-car and on-shelf life.
Piston assemblies are 100% height-gauged to meet or exceed O.E. performance.
Bores meet critical micro-finish specifications to eliminate pitting and corrosion, which could cause premature failure.
Plastic reservoirs are 100% vacuum-tested to ensure proper function.
Automated test equipment verifies signal strength, correct polarity of wire harness, air gap, crank reluctor tooth size, as well as ignition coil and pickup performance.
Precise machining tolerances prevent oil leakage, poor timing, setting of the "Check Engine" light, and premature failure.
Cardone uses the right gear hardness for the appropriate application. If the gear is too hard, it will damage the cam; if it's too soft, the gear itself will be damaged, potentially causing severe engine damage – possibly even engine failure. Many offshore manufacturers use one gear hardness without varying by application as O.E. designs do.
O.E. components with consistently high failure rates are 100% replaced or repaired to meet or exceed O.E. performance.
All electronic module components are 100% computer tested to ensure full functionality.
All electronic module components are 100% computer tested to ensure full functionality.
O.E. components with consistently high failure rates are 100% replaced or repaired to meet or exceed O.E. performance.
Cardone uses the right gear hardness for the appropriate application. If the gear is too hard, it will damage the cam; if it's too soft, the gear itself will be damaged, potentially causing severe engine damage – possibly even engine failure. Many offshore manufacturers use one gear hardness without varying by application as O.E. designs do.
Precise machining tolerances prevent oil leakage, poor timing, setting of the "Check Engine" light, and premature failure.
Automated test equipment verifies signal strength, correct polarity of wire harness, air gap, crank reluctor tooth size, as well as ignition coil and pickup performance.
All electronic module components are 100% computer tested to ensure full functionality.
O.E. components with consistently high failure rates are 100% replaced or repaired to meet or exceed O.E. performance.
Cardone uses the right gear hardness for the appropriate application. If the gear is too hard, it will damage the cam; if it's too soft, the gear itself will be damaged, potentially causing severe engine damage – possibly even engine failure. Many offshore manufacturers use one gear hardness without varying by application as O.E. designs do.
Precise machining tolerances prevent oil leakage, poor timing, setting of the "Check Engine" light, and premature failure.
Automated test equipment verifies signal strength, correct polarity of wire harness, air gap, crank reluctor tooth size, as well as ignition coil and pickup performance.
100% new OE-quality seals and cups are installed to prevent leakage and ensure original performance and reliability. All rubber meets S.A.E. specifications.
Cast iron master cylinders come with premium protective coating to minimize rust, extending on-car and on-shelf life.
Piston assemblies are 100% height-gauged to meet or exceed O.E. performance.
Bores meet critical micro-finish specifications to eliminate pitting and corrosion, which could cause premature failure.
Plastic reservoirs are 100% vacuum-tested to ensure proper function.
100% new OE-quality seals and cups are installed to prevent leakage and ensure like-new performance and reliability. All rubber meets S.A.E. specifications.
Cast iron master cylinders come with premium protective coating to minimize rust, extending on-car and on-shelf life.
Piston assemblies are 100% height-gauged to meet or exceed O.E. performance.
Bores meet critical micro-finish specifications to eliminate pitting and corrosion, which could cause premature failure.
Plastic reservoirs are 100% vacuum-tested to ensure proper function.
Automated test equipment verifies signal strength, correct polarity of wire harness, air gap, crank reluctor tooth size, as well as ignition coil and pickup performance.
Precise machining tolerances prevent oil leakage, poor timing, setting of the "Check Engine" light, and premature failure.
Cardone uses the right gear hardness for the appropriate application. If the gear is too hard, it will damage the cam; if it's too soft, the gear itself will be damaged, potentially causing severe engine damage – possibly even engine failure. Many offshore manufacturers use one gear hardness without varying by application as O.E. designs do.
O.E. components with consistently high failure rates are 100% replaced or repaired to meet or exceed O.E. performance.
All electronic module components are 100% computer tested to ensure full functionality.
Automated test equipment verifies signal strength, correct polarity of wire harness, air gap, crank reluctor tooth size, as well as ignition coil and pickup performance.
Precise machining tolerances prevent oil leakage, poor timing, setting of the "Check Engine" light, and premature failure.
Cardone uses the right gear hardness for the appropriate application. If the gear is too hard, it will damage the cam; if it's too soft, the gear itself will be damaged, potentially causing severe engine damage – possibly even engine failure. Many offshore manufacturers use one gear hardness without varying by application as O.E. designs do.
O.E. components with consistently high failure rates are 100% replaced or repaired to meet or exceed O.E. performance.
All electronic module components are 100% computer tested to ensure full functionality.
Each unit is 100% computer tested at 3 points in the remanufacturing process to ensure great performance.
Every motor is assembled with the precise amount of lubricant to ensure quiet operation and long life.
Improved over O.E. - Gears are redesigned with a stronger, less brittle material than O.E. to prevent premature wear, striping and breakage, thus extending the performance life.
Motor magnets are 100% recharged for superior performance and reliability.
New high-quality gaskets are used in every window lift unit to prevent water entry, thus eliminating failure modes related to water penetration.
Each unit is 100% computer tested at 3 points in the remanufacturing process to ensure great performance.
Every motor is assembled with the precise amount of lubricant to ensure quiet operation and long life.
Improved over O.E. - Gears are redesigned with a stronger, less brittle material than O.E. to prevent premature wear, striping and breakage, thus extending the performance life.
Motor magnets are 100% recharged for superior performance and reliability.
New high-quality gaskets are used in every window lift unit to prevent water entry, thus eliminating failure modes related to water penetration.
Each unit is 100% computer tested at 3 points in the remanufacturing process to ensure great performance.
Every motor is assembled with the precise amount of lubricant to ensure quiet operation and long life.
Improved over O.E. - Gears are redesigned with a stronger, less brittle material than O.E. to prevent premature wear, striping and breakage, thus extending the performance life.
Motor magnets are 100% recharged for superior performance and reliability.
New high-quality gaskets are used in every window lift unit to prevent water entry, thus eliminating failure modes related to water penetration.