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Value Engineering

Optimizing Your Fastener BOM for 2024 and Beyond

Engineered Fasteners: Enhancing Automotive Manufacturing

How Engineering Expertise Can Boost Operational Efficiency and Quality in Manufacturing

Automotive Fasteners for EV – 7 Effective Considerations

Barton Cold-Form: Everything You Need to Know

Standard, Specialised, Bespoke: Fasteners and Components for Automotive Interiors

Discover New Production Line Efficiencies With a Gemba Walk

3 Steps: From Prototyping to Production

EV Startups: Challenges and Solutions

EV Fasteners for Batteries

Optimas Parts Imperial Blog Series: Technical Insight Into Phillips Machine Screws

3 Keys to Stability Within Construction Infrastructure

3 Consolidation Methods That Can Lower Your Electric Vehicle Production Costs

7 Signs You’re Getting “A” Rated Fasteners

3 Ways You’ll Win with Fastener Manufacturing Engineers

New Line Walk Lessons for 2021!

Engineering Partnerships Uncover Opportunities For Cost Savings

Compact Tractor Deck Fastener Redesign Solves Joint Failure

Optimas Delivers Bespoke Coated Fasteners For New Hybrid Vehicles

Next Generation Composite Electric Buses Ride With Optimas Fasteners

How to Find The Optimal Fixing Design to Meet All Tunnel Project Requirements

Engineered Fasteners Reduces Component Spend By 75% for Automatic Door Manufacturer

Take The Optimum Approach to Tunnelling with Optimas Sofrasar Tunnel Products

Go Beyond the Traditional Automotive Supply Chain