IP65 Heavy-Duty 3-Axis Cantilever Robot Linear Track 7th Axis Traveling Rail

Product Specification

IP65 Heavy-Duty 3-Axis Cantilever Robot Linear Track 7th Axis Traveling Rail

Product Overview & Industry Challenge

• • A 3-axis cantilever linear module extends a robot arm's working envelope without a full gantry, letting the arm reach into cells a fixed base could never access.
• • The servo-electric traveling axis is built around a base support frame, so the robot slides along the rail while the cantilever holds the tool steady at the far end of travel.
• • Rated IP65 and powered at 380V / 1 kW, this linear module handles welding, tending and handling cells where dust, spatter and coolant are always present.
• • A compact 600 × 250 × 178 mm body weighing 210 kg keeps moving mass low while holding stiffness across the full cantilever stroke.
• • The servo-electric drive delivers smooth, programmable motion with repeatable positioning along the whole traveling axis, so cycle times stay consistent.
• • Engineered for long service, the linear module pairs a 22,500 h design life and a 2,250 h maintenance interval with a 182,616 h MTBF, keeping production running.
• • As a robot linear track, it turns one arm into a flexible traveler that serves several stations on a single rail.

Key Technical Specifications

Core Engineering Advantages

• • 3-axis cantilever freedom adds horizontal, vertical and travel motion so the robot reaches around large parts without repositioning its base.
• • Servo-electric drive gives smooth, programmable acceleration and repeatable stops along the cantilever traveling axis of the linear module.
• • Base support frame construction mounts as the foundation that carries the robot and keeps the linear module aligned under load.
• • IP65 sealing on a 380V / 1 kW supply makes the linear module ready for dusty welding and handling bays using a standard industrial power feed.
• • Long-life engineering with a 22,500 h design life, a 2,250 h maintenance interval and a 182,616 h MTBF keeps unplanned downtime low.
• • Low moving mass from a 210 kg, 600 × 250 × 178 mm structure limits inertia so the cantilever linear module stays stable at full extension.
• • Serviceable core components, including gearbox, motor and bearing, simplify maintenance and shorten repair windows.

Target Industrial Applications

• • Robotic welding: the cantilever linear module slides the torch along a large fabrication while the cantilever follows the seam.
• • Machine tending: the linear module lets one arm travel between machines on a base support frame instead of adding a second robot.
• • Pick-and-place: the traveling axis positions the gripper along the rail for high-cycle transfer between conveyors.
• • Large-part handling: the cantilever extends reach around bulky workpieces where a fixed base cannot follow the part.
• • Flexible cells: this 3-axis cantilever traveling axis forms the backbone of a reconfigurable robot linear track.

Procurement & Engineering FAQ

Q: How does the cantilever linear module extend the robot's reach?

A: By mounting the robot on a servo-electric traveling carriage, the cantilever adds a third axis of motion, so the arm reaches stations along the rail without a larger gantry.

Q: Will the linear module survive a dusty welding cell?

A: Yes. The module is rated IP65, sealing the servo drive and rail from dust and spatter, and it runs on a standard 380V / 1 kW supply.

Q: How are reliability and service handled over the product life?

A: With a 22,500 h design life, a 2,250 h maintenance interval and a 182,616 h MTBF, the linear module is built for continuous operation, and core components such as the gearbox, motor and bearing are serviceable.