Description

Technical Overview

This rotational adjustment component establishes an adjustable, locking angular connection between structural framing members. Specifically, you integrate this unit directly into 40 Series T-Slot aluminium profile layouts. By doing this, you successfully introduce a highly flexible connection point across your framework. Furthermore, you set exact system angles without difficulty. Additionally, the design features two interlocking rotating joints. Consequently, you can quickly configure the assembly to provide a full 360-degree rotational movement. As a result, you choose your required orientation before completely locking the position. Furthermore, the manufacturing process utilizes a strong polyamide 66 construction. Crucially, this plastic matrix features a reinforcement of 30% glass fibre. Because of this composite material matrix, the hardware maintains high geometric stability under continuous static loads. Therefore, technical users deploy this component to construct multi-angled frames safely. In this manner, you avoid executing complex angular machining on your profile ends.

Applications

Engineers incorporate this angle regulator joint into customized machinery enclosures, adjustable sensor mounts, and articulate fixture assemblies. Crucially, these complex structures rely on rigid, non-standard angular alignments. Otherwise, they fail to optimize spatial efficiency or tool positioning during routine operation. Technicians primarily deploy the hardware to join intersecting 40 Series T-Slot profiles at variable geometric orientations. For example, they install these joints directly onto robotic cell frameworks or variable-angle conveyor guides. By doing so, they facilitate fast manual adjustments to the system layout during mechanical reconfigurations. However, you must note that this specific component pairs explicitly with 40 Series T-Slot linear extrusions. For that reason, you should reference alternative hardware series if you work with 20 Series V-Slot profiles. Thus, builders achieve precise angular calibration across custom industrial framing applications.

Technical Specifications

Specification	Value
Material	Plastic – Polyamide 66 with 30% Glass Fibre
Profile Compatibility	40 Series T-Slot Profiles
Weight	31g
Dimensions	40x40x20mm

Drawings

A	B	C	D	E	kg
40mm	20mm	8.5mm	8mm	8mm	0.031

Maker Store Tips and Tricks

• Loosen the central interlocking fasteners fully before adjusting the joint angle to avoid stripping the internal locking teeth.

• Verify that your structural profiles are fully square and de-burred at the mating face to ensure seamless installation against the joint surface.

• Check the tightness of the joint hardware after initial system mockups to ensure the locked angular position remains stable under load.

What makes T-Slots such an easy assembly task?

1. 40 Series T-Slot Extrusions: These form the main structural components, usually crafted from aluminium, with slots along their lengths for easy connection of various parts and accessories. Additionally, their robustness ensures they hold up well over time.
2. 40 Series Brackets and Connectors: These specialized components fit snugly into the T-Slot extrusions, securing them together at various angles. The range includes corner brackets, T-nuts, L-shaped brackets, and other connectors. Besides, they are easy to install and adjust as needed.
3. Fasteners: Utilize Bolts, screws, and nuts to securely attach the brackets and connectors to the T-Slot extrusions. Furthermore, their variety allows for flexible assembly solutions.
4. Tools:  Basic hand tools such as wrenches, Allen keys (hex keys), and screwdrivers are necessary for assembly. Additionally, a saw may be needed to cut the T-Slot extrusions to your desired lengths.
   

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