Cutting Edges Guides
Choose Cutting Edges That Match Your Machine and Working Conditions
Learn how cutting edges protect bucket lips and blade structures, how edge design affects grading and loading performance, and when worn edges should be replaced.
Start Here
Begin with the essential guides covering cutting-edge selection, application differences, and replacement timing.
How to Choose the Right Cutting Edge
Compare machine type, dimensions, thickness, bolt pattern, working material, and wear conditions before ordering.
Read Selection GuideDozer and Grader Cutting Edges
Understand blade-edge requirements for pushing, spreading, leveling, road maintenance, and grading work.
Read Machine GuideWhen to Replace Cutting Edges
Identify thinning, rounding, cracking, uneven wear, bolt-hole damage, and exposed blade or bucket structures.
Check Replacement SignsSelection and Fitment
Cutting-edge performance depends on correct dimensions, mounting pattern, edge profile, material, and application.
Choose by Machine and Application
Match cutting edges to loaders, dozers, graders, buckets, blades, and the material being handled.
Read Selection GuideBlade Edge Requirements
Review edge thickness, profile, attachment, working angle, and surface-finish requirements.
Read Blade GuidePlan Replacement by Jobsite Condition
Adjust inspection and replacement intervals according to abrasion, impact, machine use, and downtime risk.
Read Planning GuideMachine and Jobsite Applications
Edge wear changes significantly between construction, quarry, aggregate, roadwork, and high-abrasion operations.
Loader Cutting Edges
Review cutting-edge use in loading, stockpiling, grading, aggregate handling, and general bucket work.
Read Loader GuideDozer and Grader Applications
Understand blade-edge demands in pushing, leveling, road maintenance, spreading, and finish grading.
Read Application GuideQuarry and Aggregate Work
Review cutting-edge wear in crushed rock, aggregate production, loading, and abrasive material handling.
Read Quarry GuideInspection and Replacement
Replace cutting edges before the bucket lip or blade base becomes exposed to direct abrasion and impact.
Inspect Edge Wear
Check remaining thickness, rounded profiles, uneven wear, cracks, loose hardware, and damaged bolt holes.
Read Inspection GuideInstallation and Maintenance Guides
Review mounting checks, hardware inspection, replacement planning, and maintenance procedures.
Explore Maintenance GuidesConstruction Wear-Part Inspection
Review edge condition together with wear plates, hardware, bucket structures, and adjacent wear components.
Read Construction GuideCommon Cutting Edge Problems
Review common issues involving delayed replacement, uneven wear, incorrect fitment, and loose hardware.
Edge Worn Too Thin
Replace the edge before wear reaches the blade base, bucket lip, mounting holes, or structural material.
Check Replacement SignsWrong Edge Specification
Recheck dimensions, thickness, bolt pattern, material grade, machine type, and application demands.
Read Selection GuideInspection Interval Too Long
Inspect more frequently in quarry, aggregate, roadwork, grading, and other abrasive applications.
Plan InspectionsRelated Ground Engaging Tool Topics
Cutting edges work together with wear plates, side cutters, bucket teeth, and other protective components.
Wear Plates Guides
Understand internal bucket protection, coverage areas, inspection, and replacement timing.
Explore GuidesSide Cutters Guides
Review bucket sidewall and corner protection, wear signs, selection, and replacement.
Explore GuidesBucket Teeth Guides
Compare tooth profiles, penetration, fitment, wear, replacement, and service life.
Explore GuidesNeed Help Choosing Cutting Edges?
Prepare the available machine and cutting-edge information so fitment and application requirements can be checked more accurately.