Focused on providing industrial-grade technical support for sheet metal cutting, pipe processing, precision cleaning, and laser welding. Advancing industrial ecosystems towards intelligent manufacturing.
LXSHOW focuses on providing robust technical support through a dedicated laser cutting, welding, and cleaning equipment communication center. Helping companies build smart manufacturing infrastructures and future-proof factories.
Committed to R&D and manufacturing of fiber laser systems since 2004.
Providing machinery and service networks to users in over 150 countries.
Helping fabricators maximize operational efficiency and cut processing costs.
Over 32,000 square meters of manufacturing space and 500 square meters of researching and administrative offices to guarantee capacity and strict quality management.
All industrial machines have passed the European Union CE authentication, American FDA certificate, and are certified to ISO 9001 quality management standards.
A direct window into our factory divisions, assembly lines, research environments, and professional client engagement centers.
Strict testing protocols for mechanical alignments, guide rails, and heavy-duty frame assemblies.
Advanced machine bed welding, processing, and long-term aging steps to prevent deformation.
Welcoming corporate visits and hosting factory inspection audits for global partners.
Hosting contract discussions, custom configurations, and after-sales service reviews.
Connecting engineering, production management, and logistics department communications.
Developing bed mechanics, safety enclosures, cutting head configurations, and nesting systems.
Welcoming overseas representatives for detailed technology testing and training.
Focusing on North American, European, and Australian project configurations.
Expanding operations and on-site setup networks in Southeast Asia, Africa, and South America.
Interactive operator training, software tutorials, laser calibration, and safety education.
LXSHOW implements strict manufacturing guidelines across our product lineup. By utilizing heavy-duty structured steel plates, structural components undergoing high-temperature heat treatment, and precision milling centers, we ensure structural stability during high acceleration.
Our designs incorporate top-tier fiber laser brands, precision linear rail systems, helical gear racks, and high-frequency control software. This setup provides high accuracy, long lifespans, and minimal maintenance requirements for heavy-duty metal fabrication processes.
Partnering with OEM networks in over 30 countries helps us optimize machine designs to meet local electrical, safety, and environmental standards globally.
Browse through our testing sessions, custom packaging setups, export logistics, and customer site installations.
High-speed cutting solutions for sheets, tubes, and structural steel sections. Equipped with exchange tables and safety enclosures.
Integrated design for processing flat sheets and metal tubes on a single platform. High-efficiency double gear alignment system.
Features a fully protective cover and an automatic exchange platform designed to process thicker plates safely and efficiently.
Equipped with dual shuttles to minimize material handling times. Excellent performance on sheet metal layouts.
Our premium model with optimized structural mechanics, designed for precise cutting and acceleration.
Fully enclosed design to filter smoke and exhaust emissions, protecting operators in compliance with CE standards.
Compact design offering high cost-effectiveness for job shops and fast metal fabrication processing.
Heavy-duty build configuration supporting large diameter pipes and thick sheet materials.
Supports high-power outputs up to 12KW, designed for processing structural carbon steels and highly reflective materials.
Equipped with a pneumatic double-chuck self-centering mechanism, designed for fast processing of round, square, and rectangular pipes.
Compact enclosure housing multi-axis control stages for small components, electronic shielding, and precision tubing.
Specifically developed for industrial structural channel, H-beams, angle steels, and heavy structural section processing.
Industrial cutting table spanning up to 20 meters, designed for shipbuilding, structural steel, and machinery manufacturing.
Replacing traditional TIG & MIG systems with faster, clean joints and minimal heat-affected zones.
User-friendly design for welding stainless steel, carbon steel, and galvanized sheets.
Equipped with a Class I laser safety shield enclosure to filter reflections during high-duty welding cycles.
Automated motion table supporting batch welding of electronic hardware, kitchenware, and custom assemblies.
Ergonomic welding gun with adjustable wire feed system for diverse welding positions.
Designed for welding thicker metals. Features high-power capability and efficient water-cooling.
Heavy-duty water cooling loop ensures reliable thermal management during long production shifts.
Hybrid configuration combining electric arc stability with focused laser beam energy for deep penetration welds.
Integrates a 6-axis industrial robot arm with fiber transmission to weld complex geometries in 3D space.
Equipped with a stable RECI fiber source, providing high electro-optical conversion efficiency.
Replaces the heavy water chiller with a phase-change thermal dissipation fan system, making transport easy.
Supports Raycus, IPG, MAX, and JPT laser configurations, tailored to client specification requirements.
Combines manual hand welding flexibilities with robotic track accuracy for complex assemblies.
Eco-friendly solutions to remove oxide layers, rust, paints, and surface residues without chemicals.
2-in-1 combo unit supporting quick lens and nozzle swaps to transition between cleaning and welding modes.
Features a rotary cleaning optical lens designed for inner walls, removing scale and oxide residues from piping.
High-frequency linear scanning system designed to clean rust layers off pipe outer diameters quickly.
Large bridge configuration for surface preparation on steel frames, ship decks, and large machinery parts.
Compact design with a lightweight handheld head, suitable for cleaning structures at height.
Mobile setup featuring a harness and lithium-battery option for field work on historical buildings or utility towers.
Pulsed laser system designed to clean sensitive molds without causing thermal stress or material damage.
Mobile trolley design built to handle demanding maintenance schedules in manufacturing areas.
Compact backpack configuration optimized for fine surfaces, weld preparation, and paint stripping.
A budget-friendly laser cleaning option, suitable for local workshops and paint-stripping projects.
Easy-to-use continuous wave fiber system with adjustable cleaning widths for standard fabrication maintenance.
Enclosed gantry layout designed to protect work areas from smoke, sparks, and reflected laser energy.
Enhancing surfaces with wear-resistant metallic powder alloys. Suitable for shaft repairs and tool maintenance.
A dedicated rotary design built to apply hard-facing overlays to shafts, cylinders, and piping.
Features a heavy-duty positioner system, designed to handle large industrial components reliably.
Integrates a CNC positioner with a multi-axis robot, delivering precise alloy powder deposition.
A range of metal forming machinery, including CNC servo brakes and heavy hydraulic shearers.
Dual-cylinder proportional valve control provides high accuracy and angle repeatability.
A mechanical torsion bar system designed to perform reliable bends across diverse plate gauges.
An all-electric ball screw drive system offering high speed and energy savings. Free from hydraulic oil requirements.
Automatic panel bender designed to form complex boxes and enclosures without tool changes.
Features a 125-ton capacity and a 4-meter working width, suitable for long plate fabrications.
Small electric press brake designed to form small brackets, components, and electronic enclosures quickly.
A 35-ton compact electric brake, offering high angular accuracy and fast setup times.
A 100-ton capacity torsion axis system equipped with programmable CNC backgauges.
Heavy-duty 300-ton press brake, designed to handle thick steel structural plates.
Designed for wide profile sheet forming. Features a deep throat configuration and custom crowning tables.
A 100-ton electro-hydraulic system designed to process copper, steel, and alloy sheet metals.
Features automatic multi-axis positioning and real-time thickness compensation controls.
Heavy-duty guillotine configuration with adjustable blade clearance, designed for cutting metal plates.
An integrated hydraulic ironworker designed for punching holes and cutting structural steel angles, bars, and channels.
A swing-beam design with accumulator return cylinders, providing clean cuts on metal sheets.
A look at common metal types and profiles compatible with our fiber laser systems.
Wavelength adjustments process reflective aluminum alloys cleanly.
Oxygen-assisted cutting produces clean, dross-free edges on thick carbon steels.
Designed to process highly reflective copper and brass alloys safely.
High-speed gas flow cuts galvanized zinc layers cleanly without burning.
Configurable laser parameters cut titanium, nickel, and custom alloys.
Rotary chuck support enables precise cutting of cylindrical profiles and intersections.
Accurate corner speed controls prevent over-burning on square tubing profiles.
Nitrogen-assisted cutting delivers bright, burr-free cuts on stainless sheets.
LXSHOW fiber laser systems are utilized in many key industrial sectors globally.
Precision cutting and fast welding for electrical boxes, brackets, and structural metal hardware.
Clean, cosmetic laser welding and spot-free cutting of high-grade stainless steels.
Robotic welding and tube profiling systems designed to produce structural components and exhausts.
Bending and shearing integration designed for file cabinets, shelves, and panel furniture.
Heavy-duty laser cutting units designed to process agricultural equipment frames and engine components.
Fine pulsed cleaning and micro-cutting systems for advanced alloy parts and sub-assemblies.
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