显示 1-16 个结果（共 29 个结果）
-
1000W Laser Cleaning Machine
Oceanplayer Laser offers 1000W cleaning configurations with different process characteristics. Confirm whether your application calls for pulsed or continuous-wave output before comparing removal rate, cooling and surface suitability.
- Pulsed or CW process choice
- Deposit thickness and material tolerance
- Cooling, workload and footprint
-
1200W CW Water-Cooled Laser Cleaner
The Oceanplayer Laser 1200W CW cleaner is a continuous-wave, water-cooled option for industrial metal-cleaning trials. Assess removal quality, thermal effects and handling time on a typical part before selecting it for recurring maintenance.
- Typical contamination and metal thickness
- Cleaning time per part
- Cooling and operating environment
-
200W Pulsed Laser Rust Removal Machine
This Oceanplayer Laser 200W pulsed rust-removal system is aimed at localized metal-cleaning tasks. Define the rust condition, remaining metal condition and the next operation before deciding whether the process fits the job.
- Surface rust versus deep corrosion
- Metal thickness and geometry
- Required condition before coating or assembly
-
2kW CW Water-Cooled Laser Cleaner
The Oceanplayer Laser 2kW CW cleaner combines 2000W continuous-wave output with a water-cooled configuration. Assess it on robust metal surfaces where deposit removal, heat management and production output can be measured together.
- Steel thickness and coating condition
- Area per shift and repeat passes
- Chiller, extraction and site services
-
300W Pulsed Laser Cleaning Machine
This Oceanplayer Laser 300W pulsed cleaning option is for buyers assessing localized coating, rust or residue removal. Use the product configuration as the start of a sample trial, then select cooling and optics for the required work.
- Deposit and substrate combination
- Working field and access
- Expected workload and cooling
-
3kW CW Water-Cooled Laser Cleaner
The Oceanplayer Laser 3kW CW cleaner is a 3000W water-cooled configuration for evaluating demanding metal-cleaning workloads. Select the system with the workpiece, site services and finishing requirements in view.
- Coating layers and corrosion condition
- Workpiece heat tolerance
- Power, cooling and extraction capacity
-
Fiber Laser Cleaning Machine
Oceanplayer Laser fiber laser cleaning systems support application-led equipment selection. Define the deposit to remove, the material to retain and the output required, then compare a suitable laser configuration using your own samples.
- Substrate and deposit
- Precision versus area throughput
- Manual or integrated workflow
-
Handheld Pulsed Laser Cleaning Machine
Oceanplayer Laser handheld cleaning systems let buyers evaluate localized treatment on parts that are awkward to move or fixture. Match the head, cable reach and laser configuration to the work area and cleaning target.
- Workpiece size and access
- Cable routing and operator position
- Deposit and surface requirements
-
Laser Cleaning Machine Selection for Your Application
The best laser cleaning machine is the one that meets your removal, surface-quality and production requirements. Oceanplayer Laser helps turn those requirements into a defined equipment configuration and an application trial.
- Cleaning outcome and reject limits
- Throughput and operator access
- Purchase and operating requirements
-
Laser Cleaning of Weld Seams and Heat Tint
Oceanplayer Laser pulsed cleaning systems can be evaluated for oxides and heat tint around weld seams. Define the alloy, visual finish and any corrosion-performance requirement before selecting the cleaning settings.
- Alloy and weld condition
- Heat tint or oxide to remove
- Surface finish and corrosion requirements
-
Laser Descaling Machine for Metal Surfaces
Oceanplayer Laser descaling systems are evaluated for oxide and scale removal from metal surfaces. The adhesion and thickness of the scale matter as much as the metal beneath it, so use representative samples to define a suitable cleaning process.
- Scale thickness and adhesion
- Metal grade and surface profile
- Next operation and cleaning endpoint
-
Laser Rust Removal Machine for Metal
Oceanplayer Laser metal rust-removal systems are evaluated for maintenance, refurbishment and surface preparation. Match the method to the metal, corrosion condition and the next operation so the cleaning result can be assessed in context.
- Metal grade and corrosion depth
- Part geometry and access
- Coating, assembly or inspection after cleaning
-
Laser Rust Removal Machine for Steel Plates
Oceanplayer Laser steel-plate cleaning systems are selected around rust condition, coating requirements and usable production output. Test a representative plate area, including edges and scale, before estimating project throughput.
- Plate thickness and scale condition
- Area and coating system
- Required profile and cleanliness
-
OP-1000W CW Laser Cleaning Machine
The Oceanplayer Laser OP-1000W uses a 1000W continuous-wave fiber laser with water cooling. Evaluate this configuration for rust and coating removal on metal parts where cleaning output and heat management can be assessed together.
- Metal thickness and heat tolerance
- Rust or coating thickness
- Cleaning area and production cycle
-
OP-200W Pulsed Laser Cleaning Machine
The Oceanplayer Laser OP-200W is an air-cooled pulsed laser cleaning system for localized rust, oxide and coating-removal trials. Its 200W output is a starting point for selection; the actual surface condition and removal target determine a workable cleaning process.
- Metal grade and surface finish
- Deposit type and thickness
- Area per part and acceptable cycle time
-
OP-300W Pulsed Laser Cleaning Machine
The Oceanplayer Laser OP-300W is a 300W pulsed cleaning system for workshops comparing localized surface preparation with abrasive or chemical methods. Assess removal quality, operator access and time per part on the deposits you actually encounter.
- Typical and worst-case contamination
- Surface area and geometry
- Cleaning endpoint and handling time