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Gasoline Engine Block Cleaning Machine with Robotic Cleaning System | High Pressure Oil Passage Cleaning Equipment
Application: Gasoline Engine Block Cleaning
Workpiece: Engine Block Components
Cleaning Method: Robotic Cleaning + High Pressure Cleaning + Rinsing
Deburring Function: Automated Burr Removal Available
High Pressure Cleaning: 32 MPa
Cycle Time: 60–78 sec/set
Oil Passage Cleanliness: ≤10 mg
Overall Cleanliness: ≤20–30 mg
Drying Result: No Water Marks
Automation: Robotic Flexible Cleaning System
Description
Gasoline Engine Block Cleaning Machine for Automotive Manufacturing
Shimada Big Bird Gasoline Engine Block Cleaning Machine is an automated industrial cleaning system developed for gasoline engine block manufacturing.
The equipment removes machining contaminants generated during production processes, including:
- Machining oil
- Metal particles
- Chips
- Processing residues
Through robotic handling, targeted cleaning and high-pressure internal cleaning technologies, the system provides stable cleanliness performance for automotive engine production.
What Is a Gasoline Engine Block Cleaning Machine?
A gasoline engine block cleaning machine is industrial equipment used to clean engine blocks after machining processes before assembly.
Engine blocks contain complex structures such as:
- Oil passages
- Cylinder bores
- Machined surfaces
- Internal cavities
Effective cleaning is required to prevent residual contaminants from affecting:
- Engine assembly
- Component reliability
- Production quality
Integrated Cleaning and Deburring Solution
The system can integrate cleaning and deburring processes into one automated production solution.
Automated Deburring
Robot-controlled deburring removes burrs from critical machining areas.
Applicable areas:
- Oil passages
- Cross holes
- Crankshaft holes
- Machined surfaces
- Cylinder bores
Advantages:
- Reduced manual operation
- Stable process quality
- Improved production efficiency
Advanced Cleaning Process
Robotic Turbulent Cleaning
The robot carries the workpiece or cleaning tools to achieve flexible cleaning coverage.
Suitable for:
- Complex structures
- Multiple cleaning areas
- Different product models
High Pressure Oil Passage Cleaning
The system uses high-pressure targeted cleaning for internal passages.
Cleaning pressure:
32 MPa
Applicable areas:
- Main oil passages
- Cross oil channels
- Internal holes
Pressure Blocking Cleaning
Pressure blocking technology improves cleaning effectiveness for internal cavities and channels.
Rinsing and Drying
The system integrates:
- Rinsing
- Air blowing
- Robot drying
- Secondary drying
Final drying result:
No water marks
Verified Application Data
Application Case: Gasoline Engine Block Cleaning System
Workpiece
Gasoline Engine Block
Production Cycle
60–78 seconds/set
Cleaning Process
- Robotic cleaning
- Turbulent cleaning
- Targeted positioning cleaning
- High pressure cleaning
- Rinsing
- Drying
High Pressure Cleaning
32 MPa
Cleanliness Result
Overall cleanliness:
≤20–30 mg
Oil passage cleanliness:
≤10 mg
Particle Control
Main oil passage:
≤600 μm
Key Technology Features
Robotic Flexible Cleaning
Robot-based cleaning provides:
- Accurate positioning
- Multi-angle cleaning
- Flexible production capability
Internal Passage Cleaning Capability
High-pressure cleaning technology effectively removes contaminants from:
- Oil passages
- Deep holes
- Complex internal structures
Integrated Deburring and Cleaning
One production system can complete:
- Burr removal
- Cleaning
- Rinsing
- Drying
Reducing process transfer and improving automation.
Automated Production Integration
The equipment supports:
- Automatic loading
- Conveyor connection
- Robot handling
- Production line integration
Application Range
Automotive Manufacturing
Suitable for:
- Gasoline engine blocks
- Powertrain components
- Precision engine parts
Engine Production Lines
Applicable for:
- Passenger vehicle engines
- Commercial vehicle engines
- New generation powertrain manufacturing
Technical Specifications
| Specification | Description |
|---|---|
| Product Type | Gasoline Engine Block Cleaning Machine |
| Application | Automotive Engine Block Cleaning |
| Cleaning Method | Robotic Cleaning + High Pressure Cleaning |
| Deburring | Available |
| High Pressure Cleaning | 32 MPa |
| Cycle Time | 60–78 sec/set |
| Oil Passage Cleanliness | ≤10 mg |
| Overall Cleanliness | ≤20–30 mg |
| Drying Result | No Water Marks |
| Automation | Robotic Flexible System |
Complete Cleaning Solution
Shimada Big Bird provides complete engine component cleaning solutions including:
Cleaning Process Development
Customized according to:
- Component structure
- Contamination condition
- Cleanliness requirements
Automated Equipment
Including:
- Robot system
- Cleaning system
- Filtration system
- Drying system
Production Support
From cleaning validation to mass production implementation.
Why Choose Shimada Big Bird
Automotive Engine Cleaning Experience
Providing automated cleaning solutions for engine manufacturers.
High Cleanliness Control Capability
Supporting strict automotive cleanliness requirements through verified processes.
Flexible Manufacturing Solutions
Customized systems for different engine components and production requirements.
Frequently Asked Questions
What contaminants can this gasoline engine block cleaning machine remove?
The system removes:
- Machining oil
- Metal chips
- Particles
- Processing residues
Can the machine clean internal oil passages?
Yes. The system supports high-pressure targeted cleaning for internal oil passages.
Can deburring and cleaning be integrated?
Yes. Deburring and cleaning processes can be combined in one automated system.
What cleanliness level can be achieved?
Verified applications achieve:
- Overall cleanliness ≤20–30mg
- Oil passage cleanliness ≤10mg
Automated Gasoline Engine Block Cleaning Solution
Gasoline engine blocks require reliable cleaning processes due to complex internal passages and strict assembly cleanliness requirements.
Shimada Big Bird develops automated cleaning systems combining robotic technology, high-pressure cleaning and process verification to support automotive manufacturing.