Engine Blades Deburring And Polishing

Parameter	Specification
Unit Type	Robot Deburring Unit
Robot Brand	ABB, KUKA, FANUC
Robot Weight	60kg – 2300kg
Sander Machine	2–6 sets
PLC Brand	Siemens, Schneider
Grinding Consumables	Sand belt, sanding wheel, rubber wheel, foam wheel

Engine Blades Deburring And Polishing Unit Automation Solutions Introdution

60-200KG Robot + Deburring tool + Polishing machine + Dustproof protective house(optional for environmental protection)

Since each customer has different quality requirements for engine blades, the processing solutions for same products is not fixed, so we will tailor-made deburring & polishing system automation solutions. We provide turnkey projects, including fixture design, workpiece 3D drawing generation, equipment layout drawing, floor space 3D drawing and process schematic diagram. The robot deburring unit workstation is a standard/high-level configuration. The entire deburring process is completed automatically in this workstation at one time.

High precision robot deburring and polishing unit system

1. Precision flexible control system; 2. Parametric closed-loop control system; 3. Abrasive and position compensation system; 4. Automatic chip removal system; 5. Dust & sound insulation safety protection system.

Deburring and polishing unit application

Suitable for deburring of flash burrs of small and medium castings, parting lines, and burr removal after machining, such as aircraft engine turbine blades, jet engine turbine blades, compressor blades, turbofan blades, aero engine turbofan blades, etc. Robot optional ABB-KUKA-FANUC, The robot manipulator can be configured with 60KG to 2300KG. Best serve our global customers according to their drawings / samples / specifications.

This Service Include

Sourcing Automated Polishing Machine？

Our core technologies—automatic constant-pressure control, multifunctional fixtures, composite polishing wheels, and a proprietary software system—enable precise, consistent finishing on complex surfaces. Our solution fills a critical gap in the surface treatment industry.