10 Series

The 80/20 10 Series offers standard 1.0 inch T-slot aluminum extrusions. The profiles come in clear or black anodized finishes and are compatible with 10 Series fasteners.

An aluminum framing system angle block is a specific type of external fastener used in T-slot aluminum extrusion systems. It's designed to connect two aluminum profiles at a fixed or adjustable angle, typically used for bracing or support rather than as a primary load-bearing joint.

An aluminum framing system pivot joint is a specialized fastener used in T-slot aluminum extrusion systems to create a dynamic, adjustable, or hinged connection between profiles. Unlike fixed angle connectors, pivot joints allow one or more profiles to rotate or pivot relative to another, offering a wide range of angular movement, often up to 180 degrees.

A T-nut block is a specific, often more robust or block-shaped, type of T-nut. Used with T-slot aluminum extrusions. it slides into the channel to provide a secure, internal female thread for attaching components with bolts.

An anchor fastener for T-slot profiles is a strong, internal connector designed to create clean, flush, and vibration-resistant 90-degree joints. It typically involves a screw, cam, and T-nut, and requires a counterbore to be machined into the end of one profile for installation. This allows for a very robust connection that's hidden from view.

Floor mount base plates, flat plates typically made of aluminum or steel, which attach to the bottom of 80/20 extrusions. These plates feature pre-drilled holes or slots, enabling the structure to be bolted or anchored directly to the floor, with some designs offering vertical or lateral adjustment for precise positioning and leveling.

Brackets are essential, externally mounted fasteners for T-slot aluminum extrusion structures. They provide strong, highly versatile 90-degree connections, and sometimes even more complex joints. A major benefit of most 80/20 brackets is that they don't require any machining on the profiles, making them exceptionally quick and easy to install, adjust, and reconfigure. You secure them by simply inserting T-nuts into the T-slots and bolting the bracket into place.

Connectors come in various forms to suit different needs. Central connectors, for instance, are used to join to the center face of another profile. Miter connectors specialize in creating hidden angled joints, often at 45 degrees. Bolt connectors are internal fasteners that primarily use a threaded bolt for secure attachment. Whether you need a hidden central connection, a clean angled joint, or a general internal attachment, these specialized connectors, sometimes aided by milling, enable versatile and aesthetically pleasing structural designs.

Aluminum framing system t-slot dynamic pivots are components designed to allow two aluminum profiles to rotate freely relative to each other, creating a hinge or pivot point within a modular T-slot framework. Unlike "pivot joints" which are typically tightened to fix an angle, dynamic pivots are intended for applications requiring continuous or repeated angular motion.

End fasteners are internal connectors used to create clean, hidden, 90-degree joints where the end of one T-slot profile meets the face of another. They consist of a screw and a specialized wing clip, and their installation requires machining both profiles: an end tap on the "mounting" profile and an access hole on the "mating" profile. These fasteners provide a strong, anti-rotation connection suitable for many applications where aesthetics are important.

Flat joining plates are external fasteners used to connect T-slot aluminum profiles. They are flat metal plates with pre-drilled holes that bolt onto the outside surfaces of profiles using T-nuts. These versatile plates are ideal for creating straight, T-shaped, or corner connections, and a major benefit is they don't require any machining on the profiles, allowing for easy installation, adjustment, and reinforcement of structures.

An aluminum framing system gaskets and edge treatments are crucial for finishing, sealing, and enhancing the functionality and aesthetics of structures, particularly when incorporating panels. Gaskets are flexible strips, typically made from rubber, PVC, or other elastomeric materials, designed to be inserted into T-slot channels to secure and seal panels. Edge treatments, conversely, refer to components used to finish and protect the exposed edges of panels or even extrusions themselves; while gaskets handle the panel-to-T-slot interface, other edge treatments focus on free-standing panel edges, providing additional safety and aesthetic finishes.

A handle for an alminum framing system is a component specifically designed to be easily mounted onto T-slot aluminum extrusions, providing a grip for opening, closing, or maneuvering structures, doors, drawers, or adjustable elements.

A hinge within an aluminum framing system, particularly for T-slot aluminum extrusions, is a specialized component creating a pivotal connection between profiles or between an extrusion and a panel. These enable the creation of swinging doors, access panels, guards, or adjustable elements. Common types include Standard Hinges, offering basic 180-degree motion, and Detent Hinges, which hold a door open at specific angles for access or ergonomic positioning. All these hinges typically mount directly into the T-slot channels using standard fasteners like T-nuts and bolts, ensuring a secure and adjustable fit crucial for functional and accessible modular frameworks.

Inside corner connectors for T-slot aluminum extrusions are internal fasteners that create clean, hidden 90-degree joints. Unlike external brackets, these connectors are concealed within the profiles, offering a sleek look without protrusions. Many standard inside corner connectors can be installed quickly without any special preparation, simply by sliding them into the T-slots and tightening set screws. This makes them ideal for building professional-looking frames and enclosures.

Latches and catches are specialized hardware components designed to secure doors, panels, drawers, or other movable elements within a T-slot aluminum extrusion framework. They provide a means to keep these elements closed, either by friction, a mechanical lock, or a magnetic hold.

Linear bearings are commonly used for general linear motion applications. They are available in various configurations (single or double flange, short or long) and include self-lubricating UHMW (Ultra High Molecular Weight Polyethylene) pads, screws, and shims for precise fitting. They are designed for compression loads.