Resources
How to Use These Buyer Guides
This library is built for procurement and engineering alignment, not general marketing reading. Each article includes decision criteria, risk controls, and practical actions you can reuse in real RFQ and validation workflows.
- Start from selection guides to narrow architecture choices.
- Use RFQ checklists to reduce back-and-forth with suppliers.
- Bring the same acceptance criteria into sample and mass-production gates.
- Pair each article with the related product or application page so engineering, procurement, and integrator teams work from the same assumptions.
The most useful workflow is to read one guide, copy its checklist into your internal RFQ sheet, then attach the related product or solution URL when contacting suppliers. This keeps supplier replies tied to workpiece data, validation scope, and production constraints instead of generic model suggestions.
Reading Order by Project Stage
Read articles in decision order so your team moves from workpiece screening to RFQ quality and then to customization governance without missing critical handoff details.
| Project Stage | Recommended Article | Decision Output |
|---|---|---|
| product | High-Temperature Magnetic Grippers: Sizing and Procurement for Hot Forging | Reusable acceptance criteria and checklists for supplier communication. |
| product | Magnetic Gripper Residual Magnetism and Demagnetization | Reusable acceptance criteria and checklists for supplier communication. |
| product | Safety Compliance and Fail-Safe Mechanisms in Magnetic EOAT: ISO 10218-2 and PL Buyer's Guide | Reusable acceptance criteria and checklists for supplier communication. |
You can also filter by buyer intent in our product, company, and news categories.
What Makes These Articles Different From Generic Search Results
Each article is designed to end in a concrete buyer action: send better RFQ inputs, choose a validation test, reject a poor-fit gripping method, or clarify quote scope. We avoid unsupported payload or force promises because magnetic gripping depends on the real workpiece, robot motion, surface condition, release behavior, and interface scope.
- Decision tables separate fit, poor-fit, and sample-test cases.
- RFQ lists state what data affects price, lead time, and engineering review.
- Validation sections give buyers language for sample approval and mass-production release.
Product Engineering
High-Temperature Magnetic Grippers: Sizing and Procurement for Hot Forging
High-temperature magnetic grippers sizing guide for hot forging: compare EPM safety, payload derating, duty cycles, cooling options, and RFQ inputs for buyers.
Product Engineering
Magnetic Gripper Residual Magnetism and Demagnetization
Guide for engineers and buyers on why parts stick to magnetic grippers, how active demagnetization works, and how to define release acceptance criteria.
Buyer GuidesProduct Engineering
Safety Compliance and Fail-Safe Mechanisms in Magnetic EOAT: ISO 10218-2 and PL Buyer's Guide
A buyer's guide for procurement and engineering teams specifying fail-safe electro-permanent magnetic grippers against ISO 10218-2 and ISO 13849-1 expectations.
Factory InsightsProduct Engineering
Smart Magnetic Grippers: IO-Link Integration and Procurement TCO
Evaluate smart magnetic grippers with IO-Link for TCO, wiring, diagnostics, and RFQ scope. Use the checklist before choosing standard or smart EPM tooling.
Buyer GuidesProduct Engineering
Magnetic Gripper Sizing Guide: Calculating Holding Force with Air Gaps and Coatings
Learn how air gap, surface roughness, and coatings reduce magnetic gripper holding force. A practical sizing guide for engineers and buyers.
Factory InsightsProduct Engineering
Replacing Pneumatic Vacuum Grippers with Electro-Permanent Magnets: A TCO and Energy Guide
Use this guide to compare electro-permanent magnetic grippers vs pneumatic vacuum EOAT for TCO, energy use, payback assumptions, safety limits, and RFQ validation.