Blasting vs. Laser Cleaning
Chemical Cleaning vs. Laser Cleaning
Dry Ice Cleaning vs. Laser Cleaning
Surface Preparation Technology
Laser Cleaning
Fully Automated, Industrial-Grade Technology
Laser cleaning is one of the most advanced and fastest-returning
industrial surface preparation technologies available today.
FibeerSX systems remove rust, paint, oxide layers, oil, contamination and production residues completely contact-free, without consumables and with micron-level precision while delivering maximum process stability and minimal maintenance.
FibeerSX systems remove rust, paint, oxide layers, oil, contamination and production residues completely contact-free, without consumables and with micron-level precision while delivering maximum process stability and minimal maintenance.
Laser Mold Cleaning System
Efficient removal of plastic residues and mold release agents from injection molds without damaging tool geometry or surface quality.
Laser Rust Removal System
Selective rust and oxide removal leaving a clean, oxide-free metal surface ready for welding or coating.
Laser Adhesive & Sealant Removal System
Precise removal of adhesives and sealants without damaging the underlying surface.
Laser Paint & Coating Removal System
Layer-by-layer paint and coating removal while fully preserving the base material.
Laser Degreasing & Oil Removal System
Chemical-free removal of grease and oils for bonding, painting and welding preparation.
Laser Plastic Cleaning System
Gentle and precise cleaning of plastic components while preserving surface structure and dimensions.
About laser cleaning
×
TECHNICAL DOCUMENTATION
Download Technical Information
Please enter your company contact details to access the technical documentation.
Automation laser cleaner
×
TECHNICAL DOCUMENTATION
Download Technical Information
Please enter your company contact details to access the technical documentation.
More information
×
TECHNICAL DOCUMENTATION
Download Technical Information
Please enter your company contact details to access the technical documentation.
Contact-Free Surface Processing
Advantages of Laser Cleaning
Completely contact-free process
- No grinding, scrubbing, blasting or mechanical force
- The base material remains undamaged
- No wearing tools or process-related tool replacement
- No need for post-treatment or surface repair
No consumables, no waste produced during laser cleaning
No Sand
Sandblasting
- Surface damage
- High consumable costs
- Dust generation
- Limited precision
No Dry Ice
Dry Ice Cleaning
- Thermal shock risk
- High consumable costs
- Storage requirements
- Limited process stability
No Chemicals
Chemical Cleaning
- Chemical residues
- Hazardous waste
- High consumable costs
- Safety concerns
No Abrasive Media
Abrasive Media Cleaning
- Surface wear
- Consumable materials
- Waste generation
- Higher operating costs
Surface Quality Control
Maximum Precision & Repeatability
Uniform cleaning across the entire surface
Micron-level heat input control
Ideal preparation for welding, painting, bonding and NDT
System Reliability
Minimal Maintenance,
Long Lifetime
No wearing blade sets, clogged nozzles or recurring chemical costs.
Industrial-grade laser head and optical components designed for continuous operation.
Preventive maintenance ensures maximum uptime and process reliability.
High Performance
Outstanding Return on Investment (ROI)
- Consumable-free operation
- Faster cycle times
- Reduced scrap rate
- Minimal maintenance cost
- Most industrial clients recoup their investment in laser cleaning within 6–18 months.
APPLICATION
Laser Cleaning of Injection Moulds
→
APPLICATION
Laser Cleaning of Jigs and Hangers
→
Automation & Process Control
Fully Automated Laser Cleaning, Industrial-Grade Process Control
FibeerSX Automation
Camera-based positioning automatically detects the cleaning area.
Seamless communication with PLC and MES production systems.
Robotic positioning ensures precise laser head movement.
Recipe-driven operation guarantees repeatable results.
Designed for continuous industrial production, including 24/7 operation.
Laser masking
×
TECHNICAL DOCUMENTATION
Download Technical Information
Please enter your company contact details to access the technical documentation.
Complete Solutions
Industrial LaserCleaning Systems
FibeerSX delivers end-to-end laser cleaning solutions for industrial applications, from sample testing to fully automatic and robotized systems. Our equipment can:
- operate in manual mode for maintenance tasks and difficult-to-access areas
- be mounted on a robot arm for precise, high-speed automated cleaning
- be integrated into fully or semi-automated workstations
- be connected directly into existing production lines
Laser technology is contact-free, consumable-free and extremely cost-effective, while providing stable, repeatable quality across all industries. The FibeerSX engineering team supports you with custom system design, recipe configuration and full lifecycle technical support.
Industrial Cleaning Technology Comparison
Why Is Laser Cleaning Better than Blasting, Chemical or Dry Ice Methods?
Laser cleaning offers a precise, consumable-free and highly automatable alternative to conventional industrial cleaning technologies.
01
Abrasive Process
Blasting vs. Laser Cleaning
Comparison Active
| Blasting | Laser Cleaning |
|---|---|
| Large amounts of waste and dust | No process waste and clean operation |
| Wears and erodes the base material | Contact-free and material-friendly |
| Noisy and dusty, with a dedicated blasting area required | Low noise and suitable for production environments |
| High ongoing consumable costs | Consumable-free operation |
02
Chemical Process
Chemical Cleaning vs. Laser Cleaning
Comparison Active
| Chemical Cleaning | Laser Cleaning |
|---|---|
| Ongoing chemical, storage and disposal costs | No consumables and no chemical handling |
| Strict operator safety requirements and PPE | Clean and safe operation inside a Class-1 laser cell |
| Long preparation and changeover times | Instant start and fast cycle times |
| Environmentally burdensome process | Sustainable and environmentally friendly technology |
03
CO₂-Based Process
Dry Ice Cleaning vs. Laser Cleaning
Comparison Active
| Dry Ice Cleaning | Laser Cleaning |
|---|---|
| Expensive CO₂ pellets and complex logistics | Consumable-free operation |
| Limited cleaning depth and effectiveness | Precise micron-level surface cleaning |
| Moulds and tools may be affected by thermal stress | Gentle, contact-free cleaning process |
| Difficult to fully automate | Fully automatable and robot-ready |
01
Ideal Production Environments
- A large number of parts or tools must be cleaned
- The same surfaces require repeated cleaning with consistent quality
- Reducing scrap is critical
- Inline integration into the production line is required
02
Key Features
- Robot integration
- PLC and MES communication
- Camera-based positioning and quality inspection
- Automatic laser parameter and recipe management
- Class-1 safety enclosure with full protection
03
Typical Industrial Applications
- Cleaning of tools and moulds
- Weld seam preparation
- Removal of paint, oxide and adhesive residues
- NDT surface preparation
- Maintenance of injection moulding machines and presses