DYNABRADE Dynabelter Abrasive Belt Robotic Tool, Heavy-Duty - 11476B
DYNABRADE Dynabelter Abrasive Belt Robotic Tool, Heavy-Duty - 11476B
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DYNABRADE Dynabelter Abrasive Belt Robotic Tool, Heavy-Duty - 11476B
DYNABRADE Dynabelter Abrasive Belt Robotic Tool, Heavy-Duty - 11476B
1.2 hp, Right Angle, 13,000 RPM, Front Exhaust, for 1/4"-1" W x 30" L (6-25 mm x 762 mm) Belts.
Specifications
| Max. RPM | 13,000 |
|---|---|
| GL_Country Of Origin | US |
| Weight lb. (kg) | 0 |
| Pkg. Height in. (mm) | 0 |
| Pkg. Length in. (mm) | 0 |
| Pkg. Weight lb. (kg) | 10.8 |
| Pkg. Width in. (mm) | 0 |
| CE Certified | Yes |
| EAN (UPC) | 0616026004917 |
| EAC Certified | Yes |
What our Experts Think
- Built for Robotic Grinding Applications – The Dynabrade 11476B is specifically engineered for integration into robotic and automated manufacturing systems.
- Heavy-Duty Material Removal – Delivers powerful grinding, deburring, weld blending, and surface preparation performance for demanding industrial operations.
- Consistent Automated Results – Designed to provide repeatable finishing quality, helping improve product consistency and reduce manual rework.
- Optimized for Continuous Production – Ideal for high-volume manufacturing environments where uptime, reliability, and efficiency are essential.
- Durable Industrial Construction – Heavy-duty components are built to withstand continuous operation in automated production cells.
- Versatile Surface Finishing Capability – Suitable for weld removal, edge blending, surface conditioning, and preparation across a variety of metalworking applications.
- Best For: Robotic grinding cells, automated metal fabrication, aerospace manufacturing, automotive production, weld finishing, and industrial surface preparation.
Q&A
Q: What is the DYNABRADE 11476B Dynabelter Abrasive Belt Robotic Tool used for?
A: It is designed for automated grinding, deburring, weld removal, surface preparation, and finishing applications in robotic manufacturing environments.
Q: What are the advantages of a robotic abrasive belt tool?
A: It delivers consistent results, improved productivity, reduced manual labor, and repeatable finishing quality in automated processes.
Q: Is this tool suitable for heavy-duty industrial applications?
A: Yes, its heavy-duty construction is engineered for demanding robotic fabrication and production operations.
Q: What materials can it be used on?
A: It is suitable for steel, stainless steel, aluminum, cast metals, and other industrial materials.
Q: How can I maintain optimal performance?
A: Keep abrasive belts properly tensioned, inspect mounting and wear components regularly, and replace worn belts to ensure consistent automated operation.
Maintenance Tips
- Inspect abrasive belts before operation and replace worn, damaged, or stretched belts promptly.
- Keep drive wheels, rollers, belt tracking systems, and robotic mounting components clean and free of debris.
- Check belt tension and tracking regularly to ensure consistent automated finishing performance.
- Lubricate pneumatic components according to manufacturer recommendations using approved air tool oil.
- Use clean, dry compressed air at the recommended pressure to reduce internal wear and downtime.
- Inspect air hoses, fittings, and robotic connections for leaks, wear, or damage.
- Remove grinding dust and residue after use to maintain efficiency and protect moving parts.
- Routinely inspect fasteners, bearings, and mounting hardware to ensure safe, accurate robotic operation.
