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AngleLock Blog: Assembly (2)

Building With Aluminum Extrusion: Designing Modular, Adjustable Frames

Aluminum extrusion is a valuable material process for creating structural frames – when engineers use it correctly.

Maintenance Downtime Reduction for Steel & Aluminum Framing Systems

If T-slot aluminum framing is abundant in your factory, it’s a virtual must that you staff a maintenance guy to regularly check its alignment. And if you rely heavily on..

6 Machine Base Frame Design Guidelines

Are machines the heart of your operation? Well-designed machine bases serve as not just their skeleton, but their veins and arteries too, keeping circulation (aka your production..

80/20 Aluminum’s Cost (Short- & Long-Term) for Structural Framing

Aluminum extrusion framing systems are a no-brainer for many industrial and commercial products and machines that need structural support. With the right materials and some clever..

4 Aluminum Extrusion Building Systems Use Cases to Boost Your Project

If there’s ever been a one-size-fits-all solution to an engineering problem, we’ve yet to meet it.

Picking Adjustable Angle Brackets for Structural Framing Systems

Angle brackets have many names – corner, mounting, L, cleat angle, terminal, gusset, and so on. With some clever engineering, they can add just as many benefits to your structural..

Structural Metal Framing Systems: Welded Steel vs. Aluminum Extrusion

A new project has you looking at structural metal framing systems.

Aluminum Frame Design – Differences From Welded Steel Framing

You’re desperate to limit downtime and uphold safety standards with any metal framework supporting your industrial, manufacturing, or automation equipment.

[PROJECT SPOTLIGHT] Automated Machinery Enclosure Manufacturing

They say home is where the heart is. Unknown to many users, the design of a metal enclosure cabinet is key to a successful automation line and machinery. How can your housing best..