T-Slot & Extrusion
20mm, 40mm and imperial aluminum extrusion plus connectors.
Also searched as: 2020 extrusion8020t slotaluminum extrusion4040 profile
-
2020 Aluminum Block Cube Connector
Profile: 2020Slot Size: 6 mm
-
2020 Aluminum Profile European Standard Anodized Linear Rail Extrusion
Profile: 2020Standard: European
-
2020 Aluminum Profile Extrusion T-Slot EU Standard
Profile: 2020Standard: EU
-
2020 Extrusion Sliding Hook V-Slot
Profile: 2020
-
2020 V-slot Aluminum Profile Extrusion
Size: 2020
-
20x20mm Open Builds V-Slot Aluminum Profile
Dimensions: 20x20 mmLength: 100-550 mmMaterial Grade: 6063-T5Profile: V-SlotTolerance: ±0.2 mm
-
Aluminium T-Track Slot Miter Track Jig Fixture T-Slot
Length: 30/40/50 cm
-
Aluminum Profile 4080 Extrusion European Standard Anodized
Finish: AnodizedProfile: 4080Standard: European
-
Aluminum Profile Linear Rail Extrusion
Colors: silver, blackLengths: 100 mm, 200 mm, 300 mm, 350 mmModels: 2020, 2040, 2080, 3030, 4040
-
Aluminum Profile Linear Rail T-slot Metal Framework
Sizes: 1020, 1030, 1040, 1050, 1070
-
Aluminum T-Slot Track
Series Compatibility: 2020Thread Size: M5
-
Aluminum T-slot Profile Framework
Lengths: 1000 mm, 1500 mm, 2000 mm, 2500 mmSizes: 4040, 4060, 4080, 40120, 40160, 40200
-
T Slot Track Aluminum T Channel Wide 20-50mm
Width: 20-50 mm
-
T-Slot Aluminum Joining Plate
Dimensions: 60x60x4 mmHoles: 5
About t-slot & extrusion
T-slot and extrusion components form versatile structural systems widely used in automation, machine building, and prototyping. The primary function of aluminum extrusion profiles is to create rigid frameworks, enclosures, and linear motion guides. Common profiles include 20mm series (e.g., 2020, 2040), 40mm series (e.g., 4040, 4080), and imperial equivalents like 15 Series and 80/20 profiles. Profiles are typically manufactured from 6063-T5 or 6061-T6 aluminum alloy, offering a balance of strength, machinability, and corrosion resistance. Standard finishes include clear anodized for durability and aesthetics, or mill finish for cost-effectiveness and ease of further processing.
Connectors are critical for assembling these systems, ranging from internal and external brackets to specialized pivot joints and linear bearings. Selection criteria for connectors often involve load-bearing requirements, ease of assembly, and aesthetic considerations. Fasteners, such as T-nuts, hammer nuts, and various bolts (e.g., M5, M6, 1/4-20), secure connections. The T-slot dimensions dictate compatible fastener and accessory types, ensuring a secure and modular assembly. Accessories like end caps, panel mounts, and leveling feet further enhance the functionality and finish of extrusion-based structures.
How to choose
When selecting T-slot and extrusion, engineers typically follow a sequential decision process. First, determine the required structural rigidity and load-bearing capacity; this dictates the profile series (e.g., 20mm, 40mm, 15 Series) and cross-sectional dimensions. Larger profiles offer greater stiffness but also increased weight and cost. Second, consider the application environment and desired aesthetics to choose between clear anodized or mill finish. Third, identify the necessary connection methods: internal connectors for a clean appearance, or external brackets for higher load capacity and easier adjustability. Fourth, specify compatible fasteners (e.g., T-nuts, hammer nuts) and their thread forms (e.g., M5, M6, 1/4-20) based on the chosen profile's slot dimensions. Finally, evaluate any specialized accessories needed, such as panel mounts, leveling feet, or specific linear motion components.