Water-cooled · high-output continuous cleaning
Water-Cooled Continuous Laser Cleaning Machine · 3000 / 6000 W
This TY-HS1022 water-cooled continuous cleaning configuration lists 3,000 or 6,000 W with a 500 mm scan width. Review large-surface access, the 2 kg handheld head and 380 V installation requirements alongside a representative cleaning trial before selecting the power.
Whole-machine warranty: 2 years · Final price and delivery timing depend on power, surface layer, cleaning area, fiber length, safety, extraction and delivery scope.
Specifications
TY-HS1022 3000 / 6000 W water-cooled configuration data
Machine architecture
- Model
- TY-HS1022
- Configuration
- Water-cooled continuous laser cleaning · 3,000 / 6,000 W
- Laser type
- Continuous fiber laser
- Cooling / operation
- Water cooling / handheld
- Control system
- Touchscreen
- Machine mobility
- Caster wheels
Laser and cleaning range
- Listed laser power
- 3,000 / 6,000 W
- Scan width
- 500 mm / 19.7 in
- Fiber cable length
- 10 m / 32.8 ft; extension available by configuration
Utilities and handling
- Input power
- AC 380 V ±10%, 50/60 Hz
- Cleaning-head weight
- 2 kg / 4.4 lb
- Machine weight
- Approximately 250 kg / 551 lb
- Warranty
- 2 years for the whole machine
High-output continuous cleaning with integrated water cooling
3,000 or 6,000 W configuration
The current product sheet lists two continuous-fiber power options. Final selection depends on the surface layer, cleaning area, access conditions and required production rate.
Industrial water-cooling architecture
The integrated water-cooling system forms part of the equipment configuration and must be included in the project utility and installation review.
500 mm listed scan width
The specified scan width provides a clear starting point for evaluating broad steel surfaces and large fabricated components.
Ten-metre working reach
A standard 10 m fiber cable supports access around large structures and installed equipment; extension is reviewed with the final configuration.
Touchscreen process control
The current configuration includes a touchscreen interface for setting and reviewing cleaning parameters at the machine.
Wheeled cabinet and 2 kg head
Caster wheels support movement within the work area, while the listed cleaning-head weight informs handling and access planning.
From surface review to cleaning acceptance
Power and project scope are selected from the material, surface layer, cleaning area, duty cycle, access conditions and acceptance criteria.
- 01
Base material and surface layer reviewed
- 02
Rust, paint, coating or oxide defined
- 03
Cleaning area and access conditions checked
- 04
Target finish and acceptance standard agreed
- 05
3,000 or 6,000 W configuration selected
- 06
Scan width and fiber reach confirmed
- 07
380 V supply, cooling, safety and extraction reviewed
- 08
Delivery and commissioning scope confirmed
Compare other laser cleaning configurations
TY-HS1022
Compare the lower-power TY-HS1022 configuration with a 300 mm scan width and AC 220 V input.
Water-cooled continuous series overviewTY-HS1022
Review the two currently listed water-cooled power bands within the shared TY-HS1022 series.
Air-cooled continuous cleaningTY-HS1023
Review the air-cooled continuous configuration for projects that do not use an integrated water-cooling circuit.
Explore industry solutions
Browse our industry solutions and discuss the equipment, fixtures and process requirements for your application.
View all industry solutionsEvaluate the higher-power configuration as a complete setup
Compare two specified power choices
The listed choices are 3,000 and 6,000 W. Compare their results on the same substrate and surface layer with the same acceptance criteria; a higher laser rating does not by itself establish a proportional increase in accepted cleaning output.
Check utilities and handling space
Plan around the approximately 250 kg wheeled machine, water-cooling arrangement and listed AC 380 V input. Include working access for the operator, routing for the 10 m fiber cable and the project’s extraction and safeguarding scope when reviewing the layout.
Agree a realistic cleaning acceptance method
Define which layer must be removed, what may remain and the required condition of the underlying surface. Include representative edges, joints or obstructed areas in the review, so a result from an open flat patch is not treated as the output for the entire component.
Machine selection questions
Are intermediate powers between 3000 and 6000 W listed?
The current configuration lists 3,000 or 6,000 W. It does not establish intermediate power options; confirm the selected rating in the proposal.
What electrical supply is listed?
AC 380 V, 50/60 Hz is listed for this group. Confirm the selected machine’s electrical load, connection requirements and water-cooling installation before preparing the site.
Will 6000 W clean twice as fast as 3000 W?
That cannot be concluded from the power ratings. Layer condition, substrate, settings, passes, access and the accepted surface result affect output; compare representative process results for the two configurations.
Can the fiber cable be longer than 10 m?
The listed standard length is 10 m, with extension available by configuration. Provide the required working reach and cable route so an extension can be confirmed as part of the selected package.
What should a cleaning trial evaluate?
Use a sample representative of the base material, layer thickness and surface geometry. Agree removal and underlying-surface acceptance criteria, then record the passes and working time needed to achieve them before setting production expectations.
Request a quote
Tell us the part. We will tell you the machine.
Price depends on output power, surface layer, cleaning area, fiber length, electrical and cooling scope, safety package, extraction and delivery requirements.
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