Machine Tending
Select the robot and EOAT from machine interface, door/fixture sequence, payload, reach, cycle and part presentation.
Review ↗
INDUSTRY / VERTICAL EXPERTISE
Machinery
Robot selection for machine tending, welding, assembly and part transfer.
Typical workpieces
- Machined parts
- Frames
- Equipment assemblies
Configuration factors
- Machine interface
- Cycle
- Part presentation
Related applications
Robotic Assembly
Coordinate tools, compliance, force/torque sensing, vision, fixtures and verification around the assembly process.
Review ↗FAQ
01Can you customize a complete robot system, not only the arm?+
Yes. A project may configure the body, controller, EOAT, process package, fixtures, positioner, vision, sensors, safety, software interfaces and peripherals. Feasibility is confirmed during review.
02Can TubeFrame Automation put my brand on a robot?+
OEM/private-label presentation can be reviewed for logo, color, nameplate, model naming, packaging, manuals and documentation. Trademark, certification, volume and technical feasibility are confirmed per project.
03Is there a fixed OEM MOQ?+
No universal OEM MOQ is published. It depends on platform, branding scope, certification, packaging and commercial review.
04What is your relationship with the brands listed?+
Brand pages describe sourcing, integration and distribution availability only. Formal authorization wording and brand logos are used only when written proof is available.
05Do you manufacture every part and integrate every system in-house?+
No. TubeFrame Automation leads requirements, selection, configuration and project coordination, while qualified manufacturing and integration partners may perform defined work packages.
06What do you need for a robot recommendation?+
Provide the workpiece drawing or photos, material, dimensions, mass, process, cycle/output, accuracy, environment, layout, utilities, safety, destination, preferred brand and budget range.
START WITH THE WORKPIECE
Send the application. Get a configuration path.
Share the workpiece, process and target. We’ll identify the missing inputs and the next engineering step.