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Transmission Shaft and Gear Cleaning Machine for AT/DCT/CVT Components | Automated Precision Parts Cleaning System
Application: AT / DCT / CVT Transmission Shaft & Gear Components
Cleaning Cycle: 30–84 sec/basket or Customized Production Cycle
Robotic Cleaning Cycle: 90 sec/piece
Loading Method: Basket Loading / Robotic Loading Available
Cleaning Process: Ultrasonic Cleaning / Spray Cleaning / Rinsing / Drying
Automation: Automated Cleaning System
Cleanliness: ≤3.6 mg (Verified Application Case)
Particle Size Control: ≤400–600 μm
Component Type: Transmission Shafts / Gears / Precision Powertrain Parts
Production Mode: Mass Production Compatible
Description
Transmission Shaft and Gear Cleaning Machine for Automotive Manufacturing
Shimada Big Bird Transmission Shaft and Gear Cleaning Machine is an automated industrial cleaning solution designed for automotive transmission components.
The equipment is developed for precision shaft and gear parts after machining processes, removing:
- Machining oil
- Metal chips
- Fine particles
- Grinding residues
- Processing contaminants
The system supports different production requirements through customized cleaning solutions, including basket batch cleaning systems and robotic automated cleaning systems.
What Is a Transmission Shaft and Gear Cleaning Machine?
A transmission shaft and gear cleaning machine is specialized industrial equipment used for cleaning precision transmission components before assembly.
Typical applications include:
- AT transmission shafts
- DCT transmission components
- CVT shaft and gear parts
- Precision gears
- Powertrain components
The cleaning process improves:
- Assembly reliability
- Transmission performance
- Manufacturing consistency
Cleaning Challenges of Transmission Shaft and Gear Components
Complex Component Structures
Transmission components contain complex structures such as:
- Gear teeth
- Splines
- Grooves
- Precision machining surfaces
Residual contaminants may remain in difficult areas without effective cleaning processes.
Strict Cleanliness Requirements
Automotive transmission manufacturing requires reliable removal of:
- Metal particles
- Machining oil
- Processing residues
to ensure stable assembly quality.
High Volume Production Requirements
Production lines require:
- Stable cycle time
- Repeatable cleaning results
- Automated handling capability
Cleaning Technologies
Ultrasonic Cleaning
Ultrasonic cleaning technology provides effective removal of contaminants from complex component surfaces.
Suitable for:
- Batch cleaning
- Multiple component processing
- Fine particle removal
Spray Cleaning
Spray cleaning removes:
- Machining oil
- Metal chips
- Surface contaminants
through controlled cleaning pressure and flow.
Rinsing Process
The rinsing process removes remaining cleaning residues and improves final cleanliness performance.
Drying Process
The system integrates:
- Hot air drying
- Blow drying
- Customized drying solutions
to ensure clean and dry component output.
Automated Handling Solutions
Basket Batch Cleaning System
Suitable for:
- High-volume production
- Multiple component processing
- Batch cleaning requirements
Verified application:
AT / DCT / CVT transmission shaft and gear components
Cycle:
30–84 sec/basket
Robotic Automated Cleaning System
Suitable for:
- Automated production lines
- Precision single-piece processing
Verified application:
- Floor rail robot loading and unloading
Cycle:
90 sec/piece
Verified Application Data
Application Case 1: Precision Shaft and Gear Cleaning Machine
Application:
Precision transmission shaft and gear components
Loading Method:
Floor rail robot loading and unloading
Process:
- Cleaning
- Rinsing
- Hot air drying
- Secondary blow drying
Cycle Time:
90 sec/piece
Cleanliness:
≤3.6 mg
Particle Size:
≤400 μm
Application Case 2: Transmission Shaft and Gear Cleaning
Application:
AT / DCT / CVT transmission components
Cleaning Technology:
- Ultrasonic cleaning
- Spray cleaning
Cycle Time:
30–84 sec/basket
Particle Size Control:
＜600 μm
Key Technology Features
AT / DCT / CVT Application Experience
Verified cleaning solutions covering different transmission component types.
Flexible Production Configuration
Supporting:
- Basket batch cleaning
- Robotic automated cleaning
High Cleanliness Control
Verified cleanliness performance:
≤3.6 mg
Suitable for precision automotive component manufacturing.
Automated Production Integration
Supporting:
- Automatic loading
- Cleaning
- Rinsing
- Drying
- Production line connection
Application Range
Automotive Transmission Manufacturing
Suitable for:
- Transmission shafts
- Gear components
- Synchronizer parts
- Powertrain components
Precision Manufacturing
Suitable for:
- Precision rotating parts
- Machined metal components
- High cleanliness applications
Technical Specifications
| Specification | Description |
|---|---|
| Product Type | Transmission Shaft and Gear Cleaning Machine |
| Application | AT / DCT / CVT Components |
| Component Type | Shaft & Gear Parts |
| Cleaning Technology | Ultrasonic + Spray Cleaning |
| Loading Method | Basket Loading / Robotic Loading |
| Batch Cleaning Cycle | 30–84 sec/basket |
| Robotic Cleaning Cycle | 90 sec/piece |
| Cleanliness | ≤3.6 mg |
| Particle Size Control | ≤400–600 μm |
| Drying Method | Hot Air Drying / Blow Drying |
| Automation | Customized Automated System |
Complete Cleaning Solution
Shimada Big Bird provides complete transmission component cleaning solutions including:
Process Development
Customized according to:
- Component structure
- Contamination condition
- Cleanliness requirement
Equipment Manufacturing
Including:
- Cleaning chamber
- Filtration system
- Drying system
- Automation system
Production Integration
Supporting:
- Automatic loading
- Production line connection
- Process validation
Why Choose Shimada Big Bird
Proven Experience in Automotive Transmission Component Cleaning
Shimada Big Bird has accumulated extensive experience in automated cleaning solutions for automotive powertrain components.
Our cleaning systems have been applied to:
- AT transmission shaft and gear parts
- DCT transmission components
- CVT precision components
- Shaft and gear assemblies
Through different application cases, we develop practical cleaning solutions for complex component structures and contamination requirements.
Verified Cleanliness Performance
For precision transmission components, cleanliness directly affects assembly reliability and product performance.
Shimada Big Bird provides cleaning systems with verified cleanliness control capabilities, including:
- Residual contamination control
- Metal particle removal
- Internal surface cleaning
- Process validation
Verified application example:
- Cleanliness: ≤3.6 mg
- Particle size control: ≤400 μm
Cleaning processes can be optimized according to customer cleanliness standards.
Customized Cleaning Process Development
Different transmission components require different solutions due to variations in:
- Component structure
- Machining process
- Contamination type
- Production requirements
Our engineering team provides:
- Cleaning method selection
- Fixture design
- Cleaning parameter optimization
- Filtration system configuration
- Drying solution development
Flexible Automation Integration
Modern automotive manufacturing requires cleaning equipment that integrates seamlessly into production lines.
Our solutions support:
- Basket batch cleaning systems
- Robotic loading and unloading
- Automated conveying systems
- Production line integration
Complete Cleaning System Solution
Shimada Big Bird provides more than cleaning equipment.
Our complete solution includes:
Engineering Analysis
Evaluation of:
- Component structure
- Contamination conditions
- Cleanliness requirements
Process Development
Including:
- Cleaning technology selection
- Parameter optimization
- Cleaning validation
Equipment Manufacturing
Including:
- Cleaning chamber
- Filtration system
- Drying system
- Automation system
Production Support
Including:
- Installation
- Commissioning
- Process adjustment
- Technical support
Strong R&D and Manufacturing Capability
Shimada Big Bird develops industrial cleaning solutions based on:
- Automated cleaning equipment design
- Precision cleaning technology
- Industrial automation integration
- Customized manufacturing capability
Designed for Automotive Manufacturing Standards
Shimada Big Bird cleaning systems are developed for industries requiring:
- High production stability
- Strict cleanliness control
- Long-term equipment reliability
Our solutions help manufacturers improve:
- Production efficiency
- Cleaning consistency
- Manufacturing quality
Frequently Asked Questions
What components can this machine clean?
The system is suitable for:
- AT transmission shafts
- DCT components
- CVT shaft and gear parts
- Precision transmission components
What cleaning methods are available?
The system supports:
- Ultrasonic cleaning
- Spray cleaning
- Rinsing
- Drying
What is the cleaning cycle?
Depending on configuration:
- 30–84 sec/basket for batch cleaning
- 90 sec/piece for robotic precision cleaning
Can the system integrate with production lines?
Yes. Automated loading and production line integration are available.
Automated Transmission Shaft and Gear Cleaning Solution
Transmission components require reliable cleaning processes due to precision assembly requirements.
Shimada Big Bird develops automated cleaning systems for AT, DCT and CVT transmission components, combining ultrasonic cleaning, spray cleaning, robotic handling and cleanliness verification.