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B2B Engineering Blog

Sourcing checklists, sizing methods, and EOAT execution guides for automation tooling projects.

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Article Archive - Page 2

Browse additional engineering and sourcing guides curated for OEM buyers and industrial automation teams.

If this is your first visit, start from the main engineering blog overview to follow the recommended reading order.

  • Product Engineering articles for model selection, material choices, and EOAT release decisions.
  • Contact / RFQ when your team has CAD files, drawings, or validation questions.
  • Quality Assurance for dimensional inspection, FAI reports, and acceptance criteria.
IP69K Hygienic EOAT Machining Guide
Product Engineering

IP69K Hygienic EOAT Machining Guide

Engineer IP69K hygienic EOAT machining for food and pharma robots with 316L, Ra 0.8 um, EHEDG checks, supplier QA, and request-ready RFQ review steps.

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EOAT Machining Engineering Team
2026/06/23
Weight Reduction in Custom EOAT: CNC Machining Strategies to Maximize Robot Payload
Product Engineering

Weight Reduction in Custom EOAT: CNC Machining Strategies to Maximize Robot Payload

A comprehensive engineering guide on specifying lightweight End-of-Arm Tooling (EOAT). Discover CNC machining strategies, topology optimization, and materials to maximize payload.

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EOAT Machining Engineering Team
2026/06/23
CNC Machining vs. 3D Printing for End-of-Arm Tooling (EOAT)
Product Engineering

CNC Machining vs. 3D Printing for End-of-Arm Tooling (EOAT)

A comprehensive engineering comparison between CNC machining and 3D printing for robotic end-of-arm tooling, focusing on strength, tolerance, repeatability, and production scalability.

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EOAT Machining Engineering Team
2026/06/22
How to Choose the Right Material for Robotic Grippers: Aluminum vs. Stainless Steel vs. Plastics
Product Engineering

How to Choose the Right Material for Robotic Grippers: Aluminum vs. Stainless Steel vs. Plastics

A practical engineering guide for selecting the optimal CNC material for your robotic grippers and end effectors to maximize payload and minimize fatigue.

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EOAT Machining Engineering Team
2026/06/21
6 DFM Rules for Custom CNC Machined Robot End Effectors
Product Engineering

6 DFM Rules for Custom CNC Machined Robot End Effectors

Actionable DFM rules, tolerance guidance, cost drivers, and RFQ drawing notes for custom CNC machined robotic end-of-arm tooling.

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EOAT Machining Engineering Team
2026/06/20
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