Robotic Deburring & Cleaning Machine for Cylinder Heads Shimada Big Bird Cleaning Machine CH
Description
Product Introduction:Robotic Deburring & Cleaning Machine for Cylinder Heads

A professional industrial system tailored for cylinder heads—core components in automotive and heavy-duty machinery engines. It integrates robotic deburring technology, automated handling mechanisms, and multi-mode deep cleaning processes to simultaneously remove burrs and eliminate contaminants, meeting the stringent precision requirements for cylinder head assembly while maximizing production efficiency.
Product Strengths |
Graded Precision Cleanliness (5-30mg) |
Product Advantages |
Integrated Robotic Deburring & Cleaning (80s/unit) |
Applicable Workpiece |
Cylinder heads (for automotive, heavy machinery engines) |
Cycle Time |
80 seconds per unit |
Key Features
80-Second Efficient Integrated Cycle
Completes a combined deburring + cleaning cycle in 80 seconds per unit, perfectly aligning with the high-speed rhythm of cylinder head mass production lines. It shortens the overall post-machining processing time, providing robust support for continuous assembly workflows without compromising precision or quality.
Automated & Robotic Loading/Unloading System
Adopts automatic loading/unloading paired with robotic workpiece manipulation. The fully automated setup minimizes manual intervention, reduces operator labor intensity, and prevents scratches on precision cylinder head surfaces (such as valve seats and injector holes) during transfer and handling.
4-Mode Integrated Deburring & Cleaning
Integrates turbulent flow cleaning, fixed-point precision cleaning, plugging pressure cleaning, and high-pressure jet cleaning. High-pressure jets target and remove burrs from machining edges and micro-gaps; the other three modes work synergistically to clear metal shavings, oil residues, and post-deburring debris—achieving the dual effect of precise deburring and thorough cleaning in one operation.
Triple-Stage Complete Drying Process
Features air-blast drying, high-efficiency rotary drying, and vacuum drying technologies. This multi-step system ensures cylinder heads are completely dry, eliminating residual moisture in internal channels (e.g., oil galleries, cooling passages) and preventing rust formation or assembly defects caused by dampness.
5-30mg Graded Cleanliness Standard
Achieves a graded cleanliness level of 5-30mg (varies by specific cylinder head position), adapting to different precision requirements across various zones. It effectively removes post-deburring residues, machining contaminants, and oil films, fully meeting the strict quality standards for engine assembly.

key product benefits
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This Robotic Deburring & Cleaning Machine for Cylinder Heads integrates efficient deburring and deep cleaning into a single system, addressing two critical post-machining needs of cylinder heads. Its 80-second fast integrated cycle, robotic precision control, and graded cleanliness management perfectly meet the rigorous requirements of engine component manufacturing. For manufacturers aiming to streamline workflows, enhance cylinder head dimensional precision, and reduce production costs, it serves as a reliable all-in-one solution to support high-speed mass production.
The above product parameters are for reference only. For detailed specifications and customization options, please contact us directly.

Durable Industrial Grade Build
Precision Robotic Deburring Performance:Robotic systems maintain a deburring accuracy of ±0.1mm, ensuring consistent removal of burrs from small holes, sharp edges, and complex structural areas. It avoids over-deburring or missed burrs, safeguarding the dimensional precision and functional reliability of cylinder heads.
Seamless Production Line Integration:The automatic loading/unloading design enables smooth connection with existing cylinder head production workflows (e.g., post-machining, pre-assembly stages). It reduces workpiece transfer delays and improves overall production line continuity, minimizing operational bottlenecks.
Multi-Model Adaptive Flexibility:Adjustable robotic parameters and cleaning settings support different cylinder head models (including varying sizes and hole positions). This eliminates the need for extensive retooling when switching between workpieces, significantly enhancing production flexibility for multi-model manufacturing scenarios.
About Us

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