lsc-series-special-for-laser-cutting-machine, lsc-series-special-for-laser-cutting-machine, /tank-mounted-compressor
EN

Specifications
Air End & Bearings
Atlas Copco high-pressure air end with SKF heavy-duty bearings for extended service life
Filtration System
Imported filter materials with an optimized oil/gas separation system, ensuring ultra-low oil content in compressed air
Safety Design
Oil/gas separator tank and pipelines designed for 20bar pressure, delivering enhanced safety and reliability
Control System
Intelligent controller with overheat, short circuit, and overload protection
Lubrication
Full-synthetic oil for prolonged equipment life
Product Positioning
Purpose-built for laser cutting applications, ensuring stable gas supply to improve cutting precision, efficiency, and minimize downtime
Advantages
Precise, stable gas delivery for superior cut quality, reducing slag and discoloration
Modular design for easy scaling and maintenance
Real-time monitoring of gas consumption and nozzle condition to prevent failures
Compatible with fiber and CO₂ laser systems, adaptable to various materials
Supports integration with CNC/PLC for automated production
Equipped with leak detection and automatic shutdown for safe, energy-efficient operation
Applications
Sheet metal fabrication, automotive parts manufacturing, electronics enclosures, HVAC ductwork, signage, and artistic metalwork
Innovative Highlights
Adaptive gas modulation to minimize manual setup
Nozzle wear monitoring for proactive maintenance alerts
Compact footprint to save factory floor space
Optional cloud connectivity for data tracking and predictive maintenance
Value Proposition
Improves cutting yield, reduces secondary finishing, lowers gas consumption, minimizes downtime, and boosts overall production efficiency and profitability
GASFlow presents the LSC SERIES Special For Laser Cutting Machine, an advanced solution engineered to elevate industrial cutting operations across diverse manufacturing environments. This product description outlines the LSC series laser cutting features, applications, innovations, and technical advantages in detail to assist procurement, engineering, and operations teams in making informed decisions about integrating a class-leading laser cutting gas supply system into their workflow
Overview and Positioning
The LSC SERIES Special For Laser Cutting Machine is a purpose-built platform that addresses the exacting demands of modern laser cutting production lines. Designed by GASFlow with a focus on reliability, performance, and seamless integration, the LSC series laser cutting system combines robust hardware and intelligent control to optimize gas delivery and process stability for high-throughput environments. With growing demand for precision components, the LSC series laser cutting solution ensures consistent results and minimal downtime for manufacturers pursuing competitive quality and efficiency gains
Core Features
- Controlled gas management: The LSC SERIES Special For Laser Cutting Machine integrates advanced flow regulation and monitoring components to deliver gas at precisely controlled pressures and velocities. This laser cutting gas supply stability ensures consistent cut quality and reduces the risk of burns, dross, or edge discoloration
- Modular architecture: Each LSC series laser cutting module is designed for flexible deployment, enabling straightforward scaling to match production capacity. Modular architecture supports rapid servicing, channel expansion, and customization without costly line rework
- Real-time diagnostics: Built-in sensors and an intuitive interface provide live feedback on gas consumption, pressure variation, and nozzle performance. Real-time diagnostics help technicians maintain peak condition, reducing unplanned interruptions to cutting tasks
- Compatibility and adaptability: The LSC SERIES Special For Laser Cutting Machine supports fiber, CO2, and other laser platforms with configurable gas profiles. Fiber laser compatibility and multi-gas handling increase equipment versatility across diverse material types and thickness ranges
- Automation-ready controls: The GASFlow LSC series laser cutting solution offers direct integration with CNC control systems and PLCs, enabling precision cutting automation that synchronizes gas delivery with motion control and laser power adjustments
- Safety and environmental controls: Leak detection, automated shutdown routines, and emission controls ensure safe operation while meeting industrial safety standards. Efficient gas utilization minimizes waste and supports sustainability objectives
Innovative Design Elements
GASFlow applied targeted innovations in the LSC SERIES Special For Laser Cutting Machine to address long-standing industry pain points
- Adaptive gas modulation: The LSC series laser cutting modules feature adaptive gas modulation algorithms that automatically adjust supply parameters based on material type, thickness, and cutting speed—reducing manual setup time while maximizing cut quality
- Nozzle health management: Integrated nozzle monitoring tracks wear and deposition, alerting operators when maintenance or replacement is needed. This proactive approach extends nozzle life, reduces sudden failures, and preserves consistent gas flow characteristics
- Energy-efficient operation: Optimized valve timing and gas purge strategies reduce unnecessary consumption, improving total cost of ownership and environmental footprint without compromising throughput
- Compact integration footprint: The LSC SERIES Special For Laser Cutting Machine is engineered for tight factory layouts, enabling installation alongside existing laser platforms with minimal spatial disruption
- Cloud-enabled analytics: Optional cloud connectivity enables long-term trend analysis of gas usage and process parameters, supporting continuous improvement initiatives and predictive maintenance programs
Technical Advantages
The LSC series laser cutting platform delivers several quantifiable technical advantages that impact production KPIs:
- Enhanced cut consistency: Precise gas control reduces edge taper and burring, resulting in fewer secondary finishing operations and higher first-pass yield
Integration and Deployment
GASFlow provides comprehensive support for integrating the LSC SERIES Special For Laser Cutting Machine into existing production lines. Services include site assessment, gas system design, installation, and commissioning. GASFlow’s technical team collaborates with OEMs and plant engineers to ensure that fiber laser compatibility, regulator sizing, and distribution manifolds align with machine requirements and floor space constraints. Training programs and documentation help maintenance teams quickly adopt best practices for operation and preventative maintenance
Performance Metrics and ROI
When deployed correctly, the LSC series laser cutting platform yields measurable returns:
- Reduced scrap rates due to improved cut quality and repeatability
- Lower finishing and rework costs because of improved edge conditions
- Decreased gas consumption through optimized delivery strategies
- Increased uptime through modular design and proactive diagnostics
These performance improvements translate into faster throughput, more predictable production schedules, and improved margins for fabricators and manufacturers
Why Choose GASFlow LSC Series
GASFlow’s LSC SERIES Special For Laser Cutting Machine represents a convergence of practical engineering and process intelligence tailored for modern laser cutting needs. By focusing on laser cutting gas supply stability, fiber laser compatibility, precision cutting automation capabilities, and modular system design, GASFlow ensures that the LSC series laser cutting solution delivers tangible improvements in quality, efficiency, and operational safety. For manufacturers focused on achieving competitive edge through reliable, high-precision cutting, the LSC series provides a future-ready platform that scales with production needs while preserving control over critical process variables
Technical Parameters (11kw - 22kw, Belt Drive)
| Model | Working Pressure | F.A.D | Moto Power | Transmission | Connection Air | Net Weight kgs | Dimension (LWH) mm | ||
| bar | Psig | m³/min | hp | kw | -- | ||||
| LSC-11 | 16 | 232 | 0.95 | 15 | 11 | Belt Driven | G3/4" | 310 | 740×850×1030 |
| LSC-15 | 16 | 232 | 1.30 | 20 | 15 | Belt Driven | G3/4" | 320 | 740×850×1030 |
| LSC-18.5 | 16 | 232 | 1.75 | 25 | 18.5 | Belt Driven | G1" | 400 | 740×850×1300 |
| LSC-22 | 16 | 232 | 2.10 | 30 | 22 | Belt Driven | G1" | 410 | 740×850×1300 |
Technical Parameters (11kw - 22kw,4IN1,Belt Drive)
| Model | Working Pressure | F.A.D | Moto Power | Transmission | Connection Air | Net Weight kgs | Dimension (LWH) mm | ||
| bar | Psig | m³/min | hp | kw | -- | ||||
| LSC-11 TMDD | 16 | 232 | 0.95 | 15 | 11 | Belt Driven | G3/4" | 600 | 1490×950×1600 |
| LSC-15 TMDD | 16 | 232 | 1.30 | 20 | 15 | Belt Driven | G3/4" | 600 | 1490×950×1600 |
| LSC-18.5 TMDD | 16 | 232 | 1.75 | 25 | 18.5 | Belt Driven | G1" | 800 | 1460×980×1770 |
| LSC-22 TMDD | 16 | 232 | 2.10 | 30 | 22 | Belt Driven | G1" | 800 | 1460×980×1770 |
Supplementary Notes
According to standard ISO1217 appendix C Gb3853
Cooling method: Air cooled
Exhaust temperature: Ambient temperature +15℃
Please contact us for any specification that is not within the above mentions standard
11kw-15kw TMDD: With 240L Air Tank & Air Dryer & 2pcs Line air filters.
18.5kw-22kw TMDD: With 300L Air Tank & Air Dryer & 2pcs Line air filters.
Compressor Stage: Single stage
Standard power supply: 380/50hz/3ph
Start-up: direct start or Y-△ start
Linghein provides a comprehensive range of compressed air solutions, including screw air compressors, air dryers, filtration systems, piping solutions, and energy recovery systems. Backed by Atlas Copco expertise, our products are designed to deliver reliable performance, energy efficiency, and flexible configurations for diverse industrial applications worldwide.
Whether operating in manufacturing plants, textile workshops, mining sites, food processing facilities, or precision production environments, Linghein solutions are designed to adapt to varying airflow demands, operating conditions, and environmental challenges. From continuous heavy-duty production to clean air applications, we support stable and efficient industrial operation worldwide.