Robot body / structure
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗
CUSTOM & OEM
Whole Robot Customization
Customize the complete industrial robot system—from platform and tooling to controls, safety, process equipment and delivery interfaces.
Why this project needs a complete scope
Independent changes to the robot, tool or controller can move load, reach, certification, software and service risk elsewhere in the cell.
Business and production outcomes
- One configuration across mechanical, electrical and process layers
- Visible trade-offs between customization, cost and lead time
- A release path tied to validation evidence
What the review can deliver
- Configuration matrix and selected options
- Interface, inclusion and exclusion list
- Validation gates and commercial scope
What changes cost and lead time
- Number and depth of customized layers
- Prototype, certification and documentation work
- Quantity, partner scope and destination
Information that starts the review
- Workpiece and required result
- Existing standards and interfaces
- Customization priorities, volume and timeline
What can be configured
Configuration depth depends on technical feasibility, supply route, certification, commercial volume and the approved delivery scope.
Payload, reach and axes
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗Mounting
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗Controller and communication
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗EOAT / gripper
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗Welding or process package
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗Fixtures and positioner
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗Vision and sensors
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗Safety
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗Software interfaces
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗Peripheral equipment
Reviewed as one layer of the complete system and confirmed against adjacent interfaces.
Include in RFQ ↗Selection and approval factors
- Workpiece and total moving mass
- Working envelope and process access
- Cycle and output
- Accuracy and process tolerance
- Environment and utilities
- Regional certification
- Integration responsibility
A controlled project path
- 01Application inputs
- 02Feasibility review
- 03Platform selection
- 04Configuration / BOM
- 05Commercial review
- 06Validation plan
- 07Release
Common questions
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.
02Do 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.
03What 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.
04What files can I upload?+
PDF, JPG, PNG, STEP, STP, IGES, IGS, DXF, DWG and ZIP files are accepted within the configured size limit for project evaluation.
05How quickly will you respond?+
Initial project inquiries are normally answered within 12 business hours. Technical resolution and service response times are defined in the project or order documents.
NEXT PROJECT DECISION
Define which robot layers must change—and why.
Send the application and customization priorities to receive a feasibility and scope review.