Deploying standard and customized fiber laser technology directly from our state-of-the-art manufacturing plant. Explore our range of CNC machinery designed to meet rigorous industrial production schedules.
Featuring a high-accuracy linear motor and ball screw transmission. Perfect for micro-machining and detail work.
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Compact form factor engineered for high-speed color marking across diverse metallic surfaces.
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Ergonomic manual welding configuration for swift adjustments, repairs, and intricate metal joining.
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Optimized with premium Reci laser generators for continuous jointing on aluminum and stainless steel.
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Multi-axis rotary configuration offering seamless transition between sheet metal and industrial tube profiling.
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Industrial bending equipment for precision cylinder formation, perfectly matching laser cutting outputs.
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Multi-source configurations integrating Raycus, IPG, MAX, and JPT components for high-duty cycles.
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Enclosed gantry layout with automatic material feeding mechanisms designed for rapid sheet metal runs.
Check thickness chartsIn the realm of metal fabrication, selecting the correct laser wattage is a critical determinant of operational efficiency, edge quality, and initial return on investment. While multi-kilowatt systems exist, the 1000W fiber laser remains the optimal industrial workhorse for light-to-medium gauge precision engineering.
A 1000W fiber laser operates at a wavelength of approximately 1.06 to 1.08 microns. This short wavelength allows the optical energy to be focused into a highly concentrated spot size, typically between 10 to 50 microns. This intense concentration yields an exceptionally high energy density, allowing it to vaporize materials instantly at the kerf zone.
Modern fiber lasers exhibit photoelectric conversion efficiencies exceeding 30% to 35%, vastly superior to legacy CO2 gas lasers (which typically run at 8% to 10%). For a 1000W machine, this means dramatically lowered wall-plug power consumption, minimizing cooling requirements and directly decreasing hourly operating overheads.
By utilizing a focused 1000W energy source combined with dynamic CNC motion controls, the cutting speed on thin metals (such as 1mm stainless steel) can exceed 20 meters per minute. This high speed prevents heat accumulation in neighboring grains, preserving structural integrity and reducing distortion.
Our manufacturing base in Jinan, China, integrates raw component procurement, precise gantry machining, optical alignment, and quality control under a single industrial cluster. This concentrated ecosystem enables unmatched engineering value.
A high-quality fiber laser machine is only as strong as its weakest component. By partnering with leading global and domestic manufacturers, we assemble systems that operate continuously in harsh industrial environments:
Through localized sourcing within Jinan's industrial manufacturing corridor, we minimize transit overheads, yielding up to 40% cost reduction compared to Western-assembled counterparts without compromising tolerances.
Step inside our 32,000 square meter factory floor, where structural frames undergo thermal stress relief and optical pathways are aligned under cleanroom standards.
Our fiber laser technology is highly adaptable, allowing for clean edge finishing on both highly reflective metals and structural plates. Compare our processing classifications below.
LXSHOW solutions are actively deployed inside heavy-duty machinery lines, commercial fabrication houses, and precision electronic factories. Key industries include:
To ensure smooth importation, custom clearance, and occupational safety compliance, all LXSHOW systems are engineered to meet strict international norms. Each fiber laser machine is supplied with full documentation proving:
A key challenge for global businesses importing machinery is after-sales response. We have structured a hybrid support network to guarantee continuous uptime:
In addition to standard 1000W sheet metal cutters, our factory manufactures specialized sub-systems for laser cladding, high-speed cleaning, thick plate shearing, and precise CNC bending.
Provides a strong guarantee for users to realize stable batch surface treatments.
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Optimum rotation and alignment controls for industrial parts cladding.
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6-axis articulated robot system integrated with high-power laser cladding head.
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Efficient manual jointing solution with dual-wire feeding functionality.
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Specialized optical delivery for cleaning rust and oxides from pipe interiors.
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Automatic rotating platform for cleaning outer surface scale from structural tubes.
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Wide gantry design for high-speed cleaning of flat raw sheet metals.
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Ultra-compact design optimizing accessibility for yard repairs.
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Mobile backpack configuration for cleaning components in hard-to-reach zones.
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Utilizes pulsed fiber beams for highly precise cleaning without thermal damage.
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Upgraded control unit for customized frequency tuning and cleaning shapes.
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Lightweight pulsed unit for high-finish cleaning on historic metals and precision tooling.
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Cost-effective continuous-wave cleaner optimized for structural steel prep.
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Manual clean-up gun for oxide and oil removal on stainless surfaces.
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Enclosed housing system to safeguard operator from scattered optical radiation.
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Optimal entry-level fiber welder utilizing ergonomic gun layout.
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Laser enclosure protecting facility workers from reflective exposure.
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Fixed positioning tabletop design for small components batch welding.
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Versatile handheld system for seamless joints in cabinet production.
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High power 3kW unit for joining thicker plates without post-weld grinding.
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Dual-circuit industrial chiller to regulate laser cavity temperature.
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Hybrid welding setups to support specific metal fabrication tolerances.
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Fully automated robot integration designed for complex path sheet metal joints.
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Incorporates premium Reci laser sources for continuous and stable work.
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Innovative air-cooled chassis, avoiding heavy water tank overheads.
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Configurable with international laser brands based on regional project needs.
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Dual-operator layout combining automatic robotic tracking and manual bypass controls.
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Dual-purpose system with integrated side rotary axis for structural tubes.
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Exchange table swaps beds in 15 seconds to maximize production throughput.
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Reliable double drive configuration for high acceleration profile cuts.
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Robust machine base with cast-iron gantry for structural stability.
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Enclosed extraction system filters particulate emissions for clean air operation.
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Stable open-bed layout favored by regional metal fabrication shops.
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Advanced sheet and tube laser system with dynamic focus adjustment head.
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Enclosed workspace layout for maximum worker protection during multi-kW runs.
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Dynamic double chuck system holding tubes firmly without shape deformation.
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Precision small footprint machine for combined sheet and micro-tube fabrication.
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Structural profile line for processing H-beams, channels, and angles.
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Large scale frame machinery with cutting width configurations up to 20 meters.
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CNC press brake integrating electro-hydraulic valve synchronization controls.
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High-tonnage mechanical synchronizer systems for clean corner profiles.
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Pure electrical configuration offering rapid cycle speed and zero oil pollution.
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Adaptive angle measurement sensors avoiding material springback errors.
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125-ton industrial press brake configured with multi-axis backgauges.
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Precision small footprint electric ram setup for high-speed small bends.
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Precision micro press brake offering quiet operation and high repeatability.
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Combines torsion axis stability with servo fine-tuning to bend plates up to 4 meters.
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Dual cylinder linkage system configured to handle extra thick plate profiling.
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Extra-wide 6-meter frame designed for structural building components fabrication.
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Optimized for processing conductive busbars, copper components, and sheet steel.
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Smart CNC controls coordinate backgauge movement and punch penetration depths automatically.
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Rigid guillotine design minimizing plate twist and cambering defects.
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Multi-functional ironworker for cutting angle steel, punching holes, and shearing plates.
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Pendulum cutting action with quick blade clearance adjustment handles.
Inquire NowIndustrial metal processing is entering the Industry 4.0 phase. LXSHOW is actively designing fiber laser cutting systems that integrate with ERP platforms and autonomous manufacturing lines.
Traditional programming relied on manual arrangement of CAD parts, leading to 15% to 20% scrap rates. Our modern Cypcut systems employ AI nesting algorithms that dynamically group parts, rotate geometries, and execute common-line cutting. This reduces sheet waste to below 8%, saving thousands in raw metal sheet procurement over a standard working year.
Energy tracking sub-modules display exact wall-plug electricity and assist gas consumption patterns. Operative managers can analyze the cost variance between using Oxygen (O2) for thick carbon steel and Nitrogen (N2) or compressed dry air for stainless steel, selecting the most economical profiling path.
Through integrated thermal sensors positioned within the collimator and focus lens cavities, the CNC unit tracks real-time lens degradation. Operators receive preventive cleaning notifications before optical contamination leads to focus drift or damage, ensuring continuous structural edge quality.
Based on questions commonly raised by optical procurement directors, engineering heads, and compliance officers, we compile direct technical answers to simplify your sourcing roadmap.
Complement your manufacturing facility with our heavy sheet rolling, dynamic profile cutting, and automated large format laser systems. Explore technical specs and download structural charts below.
Advanced 4-roll configuration, designed to form heavy cylindrical shells from sheared plates.
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Fully enclosed high power sheet profiling system with rapid automatic pallet exchange.
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Extensively configurable from 4kW up to 20kW for cutting structural thick plates.
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Multi-axis pipe bender, forming post-cut tubes without kinks or structural collapse.
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Designed for extra-large sheet plates, integrating heavy duty gantries and precise drive motors.
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High-speed CO2 gas marking system configured for non-metallic substrates and packaging.
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Fast automatic pipe loading system with high speed rotary cutting head.
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1kW-30kW configurations utilizing dual-drive gantries for processing copper, steel, and brass.
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