STAGE 01 · INTAKE
Application Review
XRZ has the drawing, material, process conditions and current problem, but no public result is claimed.
APPLICATION VALIDATION FRAMEWORK
How XRZ Validates Custom PCD and Carbide Tooling
XRZ reviews the component, material, bore geometry, machine conditions and current process before a custom tool is proposed. A case study is published only when the measured conditions and customer-approved evidence are complete.
ScopePart and bore requirements
DesignTool concept and interfaces
MeasureInspection and trial method
PublishApproved evidence only
XRZ does not publish customer names or performance claims without permission and verified measurement conditions.
WHAT WE REVIEW
Every application starts with the process, not a catalogue claim.
Before recommending PCD, carbide or a combination tool, XRZ checks the drawing, material grade, hole geometry, tolerance, toolholder, coolant delivery and current failure mode. This separates a documented engineering review from an unsupported success story.
Inputdrawing, material and process data
Methoddefined inspection and trial conditions
Recordapproved before-and-after evidence
Case publication follows evidence review
- Measured results are tied to stated conditions.
- Limitations and applicability are recorded.
- Customer approval is required before publication.
APPLICATION ENGINEERING
How XRZ Develops and Validates a Custom Tool
The workflow below is the standard used to turn an application request into a documented engineering result.
01
Application Review
Review drawing, material, bore geometry, tolerances and current process.
02
Tool Concept
Define PCD grade, carbide grade, cutting geometry, guides, steps and coolant structure.
03
Manufacturing & Inspection
Check dimensions, edge quality, concentricity, runout and toolholder interfaces.
04
Machining Trial
Validate first-off parts, parameters, chip control, roughness and dimensional stability.
05
Production Follow-Up
Track tool life, regrinding, batch consistency and cost per good part where data is available.
EVIDENCE STANDARD
What a publishable XRZ case study should show
Results remain unpublished when any material condition, measurement method or approval step is missing.
Component and machining featureMaterial grade and hardnessPrevious processMachine and spindle interfaceToolholder and coolantAllowance and cutting conditionsTolerance and roughnessTool life and cycle timeScrap or rework rateValidation methodCost per good partApplicability and limitations
PUBLICATION STATUS
Case studies move through three evidence stages
This framework keeps planned applications separate from verified results.
STAGE 02 · VALIDATION
Measured Trial
The tool and trial method are defined. Results are recorded against stated inspection conditions and production targets.
STAGE 03 · PUBLISHABLE
Approved Case Study
Only approved, reproducible evidence with limitations and customer permission is converted into a public case study.
START AN APPLICATION REVIEW
Share the part and process details
Use the standard XRZ RFQ form to send your drawing, material grade, bore requirements and current process. Company name and application details can remain optional.
Fit-focused guidanceWe review the part, material and machine conditions before recommending a tool concept.
Less back-and-forthOne short brief keeps the key bore, tolerance and process details together.
Confidential by defaultDrawings and process data are shared only with the XRZ engineering team.
- XRZ checks the application inputs and clarifies any missing details.
- We outline a suitable PCD, carbide or combination-tool path.
- Where appropriate, we define inspection and trial conditions for validation.
Accepted files: PDF, DWG, DXF, STEP, STP, IGES, IGS, ZIP, JPG or PNG, up to 20 MB.