Applications & workpieces.
Explore the workpiece materials, shapes and production tasks suited to this equipment.
- Components requiring a fixed position during treatment
- Parts with dedicated fixture or locating requirements
- Cleaning sequences with timed station operations
- Shafts and machined components with repeated loading patterns
How the process works.
- 01Present
- 02Locate
- 03Process
- 04Index
- 05Transfer
Equipment details.
Shaft positioning in an indexed cleaning process.
Equipment options.
Explore workpiece fixtures, process stages and handling options for your components.
| Equipment feature | Available arrangements | Your application |
|---|---|---|
| Workpiece locating | Component supports and fixtures | Stability, contact areas and cleaning access |
| Indexed movement | Transfer between process positions | Station treatment time and required output |
| Process stages | Cleaning, liquid removal and drying | Part geometry and finished condition |
Position the part for cleaning.
Workpiece locating and fixtures present the surfaces that need treatment. Contact points, loading direction and drainage paths guide the station design.
Coordinate movement and treatment.
The indexed sequence brings together locating, cleaning and transfer. Station time and movement time are planned around the required output and part-change requirements.
Evaluate with production components.
Sample parts help assess cleaning access, loading orientation and the finished surface condition. The results guide fixture selection and process timing.
Plan fixtures and timing at each station
Map how the part sits at each station, which surfaces need access, and how a changeover affects the fixture and operating sequence.
- Part variants and contact restrictions
- Station sequence and target output interval
- Fixture changeover and access for cleaning
See the sequence
in motion.
Watch workpiece handling and equipment operations through the process sequence.
- Part geometry and contact restrictions
- Loading and locating concept
- Required output and changeover
- Process and evaluation requirements
Your equipment
questions, answered.
Find answers about materials, part handling and inspection or cleaning processes.
How are the cleaning stages selected?
Washing, rinsing, air blow-off and drying are selected for the incoming contamination and required finished part condition. Geometry, cleaning-liquid compatibility and the next production operation also influence the sequence.
Include any specified surface cleanliness and dryness requirements.
How much loading space does a part need?
Loading space includes the component, its supports or fixture, and the clearance required for treatment and transport. Belt width, usable loading width and the process opening are considered separately.
Show the part in its intended loading orientation, including spacing between components.
How is conveyor speed selected?
Conveyor speed works with part spacing and process-zone length to achieve the required output and treatment time. Washing and drying requirements guide the selected movement settings.
Provide the target parts per hour and the planned loading pattern.
What is the difference between output interval and treatment time?
Output interval is the time between finished parts leaving the machine. Treatment time is how long one component stays in a washing or drying zone. Several components can move through different zones at the same time.
Part spacing, conveyor speed and zone length connect output with treatment time.
When is indexed cleaning useful?
Indexed handling is considered when a component needs a fixed position or orientation at a cleaning stage. Fixtures locate the part while the sequence coordinates treatment and transfer.
The required station time, part changes and output guide the equipment arrangement.
Which stages can accompany ultrasonic cleaning?
Ultrasonic cleaning can be combined with rinsing, additional cleaning stages, air blow-off and hot-air drying. Workpiece transfer and drainage connect the stages.
The sequence is selected for the material, contamination and required finish.
How is cleaning performance evaluated?
Surface appearance, dryness and particulate cleanliness are evaluated using the method specified for the component. Photographs show the surface appearance; particle requirements use the specified sampling and measurement method.
Include the required measurement and acceptance criteria in your enquiry.
What should an enquiry for custom cleaning equipment include?
Include the part range, material, incoming contamination, required finish, output and loading preference. Add the available floor space, site services and connections to adjacent equipment.
Drawings and representative samples help develop the equipment proposal.
Can I view technical-cleanliness analysis documents?
Two technical-cleanliness analysis reports are available in the testing and documentation section. They include particle-size results, classifications and microscopy images.
Open the complete PDF to see the extraction and analysis information for each report.
Connect the details.
Conveyor parts washing systems
Plan conveyor parts washing for continuous production. Compare loading pitch, washing and drying stages, and the handoff to the next station.
Explore the application
Industrial parts washers
Plan spray washing, rinsing, air blow-off and hot-air drying for machined parts. Compare handling options around contamination, part geometry and required output.
Explore the application
Sample testing for your parts.
Prepare representative components for a cleaning or magnetic particle inspection trial. Define incoming condition, test procedure and acceptance before comparing results.
Explore the application