Technical Resources for Replacement Parts & Installed Equipment
Replacement, obsolete, repeat, and robot gripper components
Practical guidance for drawing- or sample-based replacement parts, discontinued MRO requirements, CNC-machined components, and robot gripper fingers. Fiber Laser Cutting resources remain available below as a separate technical category.
Replacement Parts & Industrial Components
Start with the evidence and application details needed to review obsolete, repeat, and custom replacement requirements.
Prepare an MRO Replacement Request
Understand which identification, drawing, sample, quantity, interface, and acceptance details support an initial review.
Read the RFQ guide →SAMPLE-BASED REVIEWReverse Engineer from a Physical Sample
Learn how wear, interfaces, critical dimensions, and first-article validation affect a repeatable replacement part.
View the engineering guide →COMMERCIAL RFQ PATHSubmit a Replacement Part Requirement
Use the existing commercial path for custom, obsolete, and MRO replacement parts based on drawings, models, or sample information.
Open replacement parts path →Robot Gripper Replacement Solutions
Explore existing guidance for replacement fingers and jaws used with installed industrial grippers. The resources cover application fit, mounting interfaces, geometry, materials, and drawing- or sample-based review.
View gripper solutions →
Replacement Solutions Overview
Supported gripper brands, replacement approach, and engineering considerations for custom fingers.
Open overview →02Schunk PGN-plus Replacement Finger
Interface and application notes for compatible PGN-plus replacement fingers.
Read guide →03SMC MHF Replacement Finger
Model-specific guidance for MHF-series replacement finger requirements.
Read guide →What Information Is Needed to Quote a Discontinued MRO Part?
Prepare the identification, design evidence, quantity, interfaces, application details, and acceptance requirements for an initial review.
Read guide →How to Reverse Engineer a Replacement Part from a Physical Sample
Understand how to interpret wear, interfaces, critical geometry, and first-article validation when no original drawing is available.
Read guide →The Complete Guide to Robot Gripper Finger Replacement
Review wear diagnosis, materials, OEM versus custom replacement, and the precision manufacturing process for gripper fingers.
Read guide →How to Replace Discontinued Robot Gripper Fingers
A practical checklist for deciding when finger-only replacement is appropriate and what interfaces and loads to verify.
Read guide →What Information Is Required to Quote Replacement Robot Gripper Fingers?
Identify the drawings, samples, mounting details, final-state requirements, quantities, and application inputs needed for review.
Read guide →Have a drawing, sample, or obsolete part requirement?
Use the existing commercial RFQ path to share the available part information for an initial review.
Fiber Laser Cutting Resources
Continue to the existing technical library for fiber laser components, compatibility, troubleshooting, applications, case studies, and engineering articles.
High Power Fiber Laser Cutting Solutions
Improve cutting stability, reduce consumable-related downtime, and optimize fiber laser performance through application-based engineering solutions.
Fiber Laser Cutting Resources
Continue to the existing technical library for fiber laser components, compatibility, troubleshooting, applications, case studies, and engineering articles.
Components
Review fiber laser nozzle, lens, ceramic ring, and sensor resources.
View Resources →Troubleshooting
Use practical guidance for common cutting and consumable issues.
View Resources →Applications
Explore application guidance for materials, power levels, and thick plate.
View Resources →Engineering Cases
See selected engineering examples from the existing technical library.
View Resources →Fiber Laser Articles
Browse fiber laser maintenance, compatibility, and engineering articles.
View Resources →Need Help With a Replacement Part or Technical Requirement?
Share your drawing, sample, existing part information, equipment details, or fiber laser requirement. We’ll review the available information and determine the appropriate next step.