Linear Rail

C-Beam® Linear Rail C-Beam Linear Rail is the ultimate solution combining both linear motion and a modular, structural framing system. It's lightweight yet rigid and provides an ultra smooth track for precise motion. OpenBuilds created C-Beam Linear Rail and has added a library of compatible modular Parts which today is known as the OpenBuilds System. We have shipped over a million feet of V-Slot/C-Beam and counting to businesses, classrooms, laboratories and makers all over the world! Much like working with lumber, you can cut C-Beam on a chop saw (using a metal blade) or even use a hacksaw. From there, you simply use a screw driver to make the connections.

High-quality aluminium linear rail profile with an extremely smooth v groove on all 4 sides. It's precise, easy to work with and allows you unlimited design control through its modular nature.

High-quality aluminium linear rail profile with an extremely smooth v groove on all 4 sides. It's precise, easy to work with and allows you unlimited design control through its modular nature. V-Slot Linear Rail is the ultimate solution combining both linear motion and a modular, structural framing system. It's lightweight yet rigid and provides an ultra smooth track for precise motion. In 2013, OpenBuilds created V-Slot Linear Rail and has added a library of compatible modular Parts which today is known as the OpenBuilds System. Over 1,000,000 feet of V-Slot has been shipped to businesses, classrooms, laboratories and makers all over the world! Much like working with lumber, you can cut V-Slot on a chop saw (using a metal blade) or even use a hacksaw. From there, you simply use a screw driver to make the connections.

High-quality aluminium linear rail profile with an extremely smooth v groove on all 4 sides. It's precise, easy to work with and allows you unlimited design control through its modular nature.

wall thickness : 2.2mm groove width : 8mm length : 1000mm industrial aluminum profile workbench

High-quality aluminium linear rail profile with an extremely smooth v groove on all 4 sides. It's precise, easy to work with and allows you unlimited design control through its modular nature.

High-quality aluminium linear rail profile with an extremely smooth v groove on all 4 sides. It's precise, easy to work with and allows you unlimited design control through its modular nature.

This linear motion shaft is 10 mm in diameter and 1000mm long, chrome plated, and case hardened, and is suitable for use with linear support blocks and closed type slide units in linear motion applications. The high-carbon steel shaft is chrome plated for corrosion resistance, case hardened for wear resistance, and precision ground for consistent ball bushing radial clearance. The shaft diameter and length are specified for accurate fit and this shaft is suitable for use in applications, such as measuring systems, printing equipment, and computer numerical control (CNC) tools. Mounted bearings combine a bearing mounted inside a housing unit. The bearing housing replaces the need for a casting or weldment to position the bearing securely for reliable operation, and its design determines the type of insert bearing. Insert bearings use rolling elements (ball, cylindrical, spherical, barrel, needle, spindled, or tapered) to maintain the separation between moving parts to reduce rotational friction, and to support radial and axial loads. Available in a variety of materials and mounting configurations, mounted bearings can be one- or two-piece, they can have an extended inner ring and locking device, and they can have seals and end caps that retain lubrication and protect the working parts of the bearing from environmental debris. Mounted bearings support shafts in a variety of mounting configurations (flange block, hanger, pillow block, and take-up block), and are used in a range of applications from light duty shaft guidance on conveyors to road building equipment and crushers.

This linear motion shaft is 12 mm in diameter and 1000mm long, chrome plated, and case hardened, and is suitable for use with linear support blocks and closed type slide units in linear motion applications. The high-carbon steel shaft is chrome plated for corrosion resistance, case hardened for wear resistance, and precision ground for consistent ball bushing radial clearance. The shaft diameter and length are specified for accurate fit and this shaft is suitable for use in applications, such as measuring systems, printing equipment, and computer numerical control (CNC) tools. Mounted bearings combine a bearing mounted inside a housing unit. The bearing housing replaces the need for a casting or weldment to position the bearing securely for reliable operation, and its design determines the type of insert bearing. Insert bearings use rolling elements (ball, cylindrical, spherical, barrel, needle, spindled, or tapered) to maintain the separation between moving parts to reduce rotational friction, and to support radial and axial loads. Available in a variety of materials and mounting configurations, mounted bearings can be one- or two-piece, they can have an extended inner ring and locking device, and they can have seals and end caps that retain lubrication and protect the working parts of the bearing from environmental debris. Mounted bearings support shafts in a variety of mounting configurations (flange block, hanger, pillow block, and take-up block), and are used in a range of applications from light duty shaft guidance on conveyors to road building equipment and crushers.

This linear motion shaft is 16 mm in diameter and 1000mm long, chrome plated, and case hardened, and is suitable for use with linear support blocks and closed type slide units in linear motion applications. The high-carbon steel shaft is chrome plated for corrosion resistance, case hardened for wear resistance, and precision ground for consistent ball bushing radial clearance. The shaft diameter and length are specified for accurate fit and this shaft is suitable for use in applications, such as measuring systems, printing equipment, and computer numerical control (CNC) tools. Mounted bearings combine a bearing mounted inside a housing unit. The bearing housing replaces the need for a casting or weldment to position the bearing securely for reliable operation, and its design determines the type of insert bearing. Insert bearings use rolling elements (ball, cylindrical, spherical, barrel, needle, spindled, or tapered) to maintain the separation between moving parts to reduce rotational friction, and to support radial and axial loads. Available in a variety of materials and mounting configurations, mounted bearings can be one- or two-piece, they can have an extended inner ring and locking device, and they can have seals and end caps that retain lubrication and protect the working parts of the bearing from environmental debris. Mounted bearings support shafts in a variety of mounting configurations (flange block, hanger, pillow block, and take-up block), and are used in a range of applications from light duty shaft guidance on conveyors to road building equipment and crushers.