Jinan Hengchen Industrial Trade Co., Ltd.

20

YEAR OF EXPERIENCE

About Us

Committed to quality, dedicated to your success.

JinanHengchen Industrial Trade Co., Ltd., located in the beautiful spring city of Jinan, is a technology-based company specializing in the research development and manufacturing of laser equipment. The company has a professional laser equipment R&D, manufacturing, sales, and after-sales service team equipped with a number of professional and technical engineers.

The company has a series three-chuck laser cutting machine, E series general-purpose laser pipe cutting machine, HB series large enveloping exchange platform laser cutting machine, H series open exchange platform laser cutting machine, D series single platform laser cutting machine, Y series plate and tube integrated laser cutting machine and other equipment, which have been widely used in auto parts manufacturing, advertising light box production, kitchenware processing, remanufacturing, fitness equipment manufacturing, steel structure cutting and other fields.

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Laser Tube Cutting Machine for Front Pulling

Laser Tube Cutting Machine for Front Pulling Product Introduction (1) Machine Overview The 6009K laser pipe cutting machine is a specialized solution designed for the pipe structure manufacturing industry, catering to applications in furniture, medical equipment, sports equipment, boiler and pressure vessel manufacturing, and the chemical equipment industry. Offering high efficiency, precision, and automatic loading/unloading capabilities, it cuts round tubes, square tubes, and rectangular tubes with exceptional stability and precision. Featuring a sleek design, compact structure, smooth operation, and user-friendly controls, this model ensures a beautiful appearance and easy handling. The transmission system, equipped with imported gear racks, servo motors, reducers, and linear guides, enhances stability and ensures high-precision, high-quality cutting. (2) Machine Performance Independent research and development of machine tool beds, incorporating special processing technology for high precision, stability, reliability, and an extended lifespan. Precision rack and pinion drive with a high-precision reducer, coupled with a responsive, high-precision servo motor. Utilizes an international first-class quality fiber laser, renowned for its industrial application, long life, maintenance-free operation, and stability. High-precision laser cutting head with imported optical lenses, enabling fine focusing, easy adjustment, and flawless cutting. Simple and easy-to-learn CNC system operation with low operator requirements. Supports multiple cutting graphics formats, offering powerful graphics drawing and editing functions. Includes an automatic refueling system. (3) Cutting Materials Suitable for cutting a variety of metal sheets, including stainless steel, carbon steel, alloy steel, silicon steel, spring steel, galvanized sheet, and pickled sheet. Widely adopted across engineering machinery, aerospace, automotive, shipbuilding, steel structures, machinery manufacturing, elevator manufacturing, advertising, household appliances, medical equipment, and more. 2. Functional Characteristics of Each Part (1) Technical Advantages The Unicorn Laser Pipe Cutting Machine operates on a 4-axis digital control system, ensuring precise control. The 4 axes include X-axis (tangential deflection of the laser head), Y-axis (movement of the pipe end positioning plate), B-axis (rotation of the workpiece), and Z-axis (vertical movement of the cutting head). Driven by AC servo motors, the machine boasts a fully digital system, ensuring high stability and reliability. (2) Equipment Chuck Equipped with a pneumatic self-centering chuck with a 90mm inscribed circle diameter, offering efficiency in pipe replacement. Simplifying the process, only the chuck pad needs replacement, saving time and improving work efficiency. (3) Feeding Rack Material placement in the pocket with the pipe lifted to the sliding table. Lifting mechanism raises the last pipe on the sliding table. Pipes roll into the feeding chute along the loading slope. Feeding mechanism clamps the pipe and sends it to the main machine. (6) Fiber Laser Generator Modular and redundant design, compact, and lightweight for easy integration. High electro-optical conversion efficiency, reducing power consumption and operating costs. Operates solely on electrical energy, minimizing maintenance costs. Semiconductor modular and redundant design for adjustment-free, maintenance-free, and high stability. Simple optical path through fiber transmission, ensuring stability and maintenance-free operation. Compact, lightweight, removable, and space-efficient design. (7) Fiber Laser Cutting Head Internally sealed structure to prevent optical part contamination. Driven by an imported motor for high punching efficiency. Adaptive optical system for automatic focus or spot size adjustment, ensuring consistent cutting quality. Sealed and dust-proof three-piece protective mirror for extended service life. Automatic machine tool stop in case of cutting head collision. (8) Operating System Face sorting for reduced rotations and improved processing efficiency. Automatic extraction of the pipe section to be cut and trajectory without manual editing. Fast and convenient automatic leveling and center correction functions for enhanced cutting accuracy. Automatic calculation of lifting height during pipe rotation, avoiding head collision, and saving time. Compensation for regular cutting deviations, reducing material accuracy requirements and minimizing waste. Effective solution for pipe hole position accuracy, improving edge distance accuracy. Cutting head alignment for reduced manual alignment time and front-end waste. Pulling gripper for adaptive pulling, ensuring constant feeding stroke. Automatic extraction of the pipe section and trajectory, eliminating manual editing. (9) Cooling Method Utilizes a professional-grade water cooling system with dual temperature and dual control. Digital meter display for temperature monitoring, ensuring automatic cooling when needed.

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Universal Economical Round Square Tube Laser Cutting Machine

Universal Economical Round Square Tube Laser Cutting Machine Product Introduction (1) Machine Overview The Unico laser pipe cutting machine is a versatile laser cutting solution tailored to the needs of batch pipe processing end-users. With exceptional cost-effectiveness, it efficiently handles round tubes, square tubes, and rectangular tubes up to 12.5 meters in length. From configuration selection to assembly, training, and after-sales support, this machine stands out for its affordability and user-friendly design. The transmission system, featuring imported gear racks, servo motors, reducers, and linear guides, ensures enhanced stability, high precision, and superior cutting capabilities. (2) Machine Performance Independent research and development of machine tool beds, emphasizing high precision, stability, reliability, and an extended lifespan. Precision rack and pinion drive equipped with a high-precision reducer and responsive, high-precision servo motor. Utilizes an international first-class quality fiber laser with a proven track record of industrial application, ensuring long life, maintenance-free operation, stability, and reliability. High-precision laser cutting head with imported optical lenses, enabling fine focusing, easy adjustment, and impeccable cutting results. Simple and easy-to-learn CNC system operation with low operator requirements. Supports multiple cutting graphics formats and features powerful graphics drawing and editing functions. Includes an automatic refueling system. (3) Cutting Materials Ideal for cutting stainless steel, carbon steel, alloy steel, silicon steel, spring steel, galvanized sheet, pickled sheet, and various other metal sheets. Widely applied across manufacturing industries such as engineering machinery, aerospace, automobiles, ships, steel structures, machinery manufacturing, elevator manufacturing, advertising production, household appliances, medical equipment, stair handrails, steel and wood furniture, and metal external processing services. 2. Functional Characteristics of Each Part (1) Lathe Bed The lathe bed, developed independently, incorporates structural dynamic design principles and variable analysis technology. Constructed with high-quality raw materials, it undergoes stress relief annealing, secondary vibration aging treatment, and precision machining on a large gantry milling machine. This ensures excellent shock resistance, high rigidity, stability, good toughness, light weight, corrosion resistance, oxidation resistance, and high processing speed. (2) Front and Rear Chucks The Unico laser chuck R&D team showcases innovation with strong R&D capabilities and multiple patents. With independent intellectual property rights, the chuck offers superior throughput capacity, accommodating round tubes or square tubes with a diameter or side length of up to 450mm. The precision screw drive ensures robust power and high efficiency, while the front chucks ability to move and avoid the cutting head allows for ultra-short tail material cutting with two chucks. (3) Fiber Laser Generator Modular and redundant design, featuring a small size, light weight, and ease of movement. High electro-optical conversion efficiency, exceeding 30%, leading to significant power consumption savings and optimal production efficiency. Operates solely on electrical energy, eliminating the need for additional gas, resulting in minimal operating and maintenance costs. Semiconductor modular and redundant design, boasting adjustment-free, maintenance-free, and high stability. Output wavelength of 1.06 microns for superior cutting and welding capabilities, reducing processing costs. Simple optical path through fiber transmission, ensuring stability and maintenance-free operation. (4) Fiber Laser Cutting Head Internally sealed structure to prevent optical part contamination. Driven by an imported motor for high punching efficiency. Adaptive optical system for automatic focus or spot size adjustment, ensuring consistent cutting quality. Three-piece sealed and dust-proof protective mirror for enhanced durability. Automatic machine tool stop in case of cutting head collision. (5) Operating System Utilizes a 32-bit high-performance CPU and FPGA for high working stability. Optocoupler isolation control for strong plasma anti-interference ability. Large storage space for processing files, supporting the handling of various complex programs. ARM7 processor technology for faster program running and interface refresh speed. Features plasma arc detection, initial positioning, corner signal control, and a graphics library with 24 expandable and customizable graphics. (6) Cooling Method Professional-grade water cooling system with dual temperature control. Two waterways cool two core locations respectively, with automatic cooling based on digital meter readings.

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Single Round Tube Laser Cutting Machine

Single Round Tube Laser Cutting Machine 1. Product Introduction (1) Machine Overview The YONIK-6080C is a specialized round pipe cutting machine designed by YONIK to meet market demands, catering specifically to end-users involved in round pipe processing. This cost-effective model boasts the capability to cut pipes up to 6.5 meters in length, making it an ideal choice for a wide range of pipe processing applications. From configuration selection through assembly, training, and post-sales support, this machine is crafted to provide an affordable and user-friendly solution. The transmission system incorporates imported gear racks, servo motors, reducers, and linear guides, enhancing equipment stability and enabling high-precision, high-quality cutting. (2) Machine Performance Independent research and development of machine tool beds with high precision, stability, reliability, and a long lifespan. Precision rack and pinion drive with a high-precision reducer and responsive servo motor. Utilizes an international first-class quality fiber laser known for its long life, maintenance-free operation, stability, and reliability. Features a high-precision laser cutting head with imported optical lenses, offering easy adjustment and perfect cutting results. The CNC system ensures simple and easy operation with low operator requirements. Supports multiple cutting graphics formats, providing powerful drawing and editing functions. Equipped with an automatic refueling system. (3) Cutting Materials Suitable for cutting various metal sheets, including stainless steel, carbon steel, alloy steel, silicon steel, spring steel, galvanized sheet, and pickled sheet. Widely applied in industries such as engineering machinery, aerospace, automobiles, ships, steel structures, machinery manufacturing, elevators, advertising production, household appliances, medical equipment, and metal external processing services. 2. Functional Characteristics of Each Part (1) Lathe Bed The lathe bed, independently developed, undergoes stress relief annealing and precision machining to ensure excellent shock resistance, high rigidity, stability, and efficient processing speed. (2) Equipment Structural Characteristics Gantry head structure made of Q235A carbon steel pipe, ensuring stable machine operation. Closed module design with TBI high-precision screw mold and high-precision servo motor. (3) Self-Centering 3-Jaw Front Chuck (Pair-to-Pair Linkage) Tube Shape: Round Pipe Diameter: Circle diameter 80-800mm Self-centering mechanism, pneumatic clamping, and adjustable clamping force to adapt to varying wall thicknesses. (4) Electric Rear Chuck Tube Shape: Round Pipe Diameter: Circle diameter 80-800mm Electric clamping method with large clamping force. (5) Support Pneumatically adjustable height support. Automatically avoids the rear chuck for convenient loading and stable cutting. (6) Fiber Laser Generator Modular and redundant design with a stable performance. High electro-optical conversion efficiency, minimizing power consumption and operating costs. Semiconductor modular and redundant design, maintenance-free, and high stability. Simple optical path with fiber transmission, enabling easy integration with robots or multi-dimensional workbenches. (7) Fiber Laser Cutting Head Internally sealed structure to avoid optical part contamination. Driven by an imported motor for high punching efficiency. Adaptive optical system for automatic focus or spot size adjustment, ensuring consistent cutting quality. (8) Operating System Utilizes a 32-bit high-performance CPU and FPGA for high stability. Plasma anti-interference ability with full optocoupler isolation control. Large storage space for processing files, supporting the running of complex programs. ARM7 processor technology for faster program running and interface refresh speed. Various functions including plasma arc detection, graphics library, cutting seam compensation, and breakpoint recovery. (9) Cooling Method Professional-grade water cooling system with dual temperature control ensures efficient cooling for stable operation. Automatic cooling based on digital meter readings.

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Bevel Laser Tube Cutting Machine

Bevel Laser Tube Cutting Machine Product Advantages 1.1 Highly Tolerant for Versatile Metal Pipes Our Bevel Laser Tube Cutting Machine stands out for its exceptional tolerance, making it suitable for various types of metal pipes of diverse shapes. Whether dealing with round, square, or rectangular tubes, this machine effortlessly accommodates the unique requirements of each. 1.2 Intelligent Operating System with Rich Cutting Functions Featuring an intelligent operating system, our machine offers a seamless user experience with a plethora of cutting functions. This ensures versatility and precision in meeting a wide range of cutting needs. 1.3 High-Speed Cutting with 350mm Chuck Equipped with a powerful 350mm chuck, our machine achieves high-speed cutting with two rotations per second. This capability significantly enhances productivity and efficiency in the cutting process. 1.4 Follow-Up Servo Support for Precise Positioning The follow-up servo support system ensures precise positioning during the cutting process. It adapts to the height of the rotating pipe in real-time, offering optimal support and contributing to the overall accuracy of the machine. 1.5 Minimal Tailings Our Bevel Laser Tube Cutting Machine is designed to produce minimal tailings, reducing material waste. This feature enhances cost-effectiveness and promotes eco-friendly manufacturing practices. 2. Independent Technology 2.1 Lathe Bed Our independently developed lathe bed incorporates structural dynamic design principles and finite element method analysis. Welded with high-quality materials, it undergoes stress relief annealing, secondary vibration aging treatment, and precision machining. This ensures outstanding shock resistance, high rigidity, stability, light weight, and corrosion resistance. 2.2 Chuck Our laser chuck, a result of strong R&D capabilities and independent innovation, outperforms standard chucks. With features like square hole design, intelligent clamping force adjustment, and extended rear chuck design, it enhances cutting efficiency and adaptability for various pipe materials. 2.3 Follow-Up Servo Support Developed independently by Unico Laser, the follow-up servo support system excels in handling both large and small pipes. With a self-locking indexing pin structure, it ensures excellent tolerance, supporting heavy loads and automatically adjusting to avoid interference during feeding. 2.4 Special Bevel Cutting Laser Head (Description not provided in the original text) 2.5 Semi-Automatic Feeding Equipped with a semi-automatic loading device, our machine facilitates automatic loading of round, square, and rectangular tubes. The feeding arm holds the tube, waits for the cutting process to complete, and then positions the tube at the center of the machine tool, optimizing material loading time. 2.6 Cutting System The cutting system, developed based on German EtherCAT bus technology, ensures fast and accurate transmission. With features like automatic centering, special-shaped steel cutting, dual mode, seven-axis pulling, bracket functionality, and corner processing, it provides a comprehensive solution for high-end laser tube cutting CNC machine tools. 2.7 Cutting Software The cutting software is designed for ease of operation, real-time path display, and high-precision processing. Key features include automatic centering during processing, cutting of special-shaped steel, dual mode options, seven-axis pulling support, bracket functionality, corner process optimization, and quick frog jump for enhanced efficiency during the cutting process. Product Technical Parameters Model: YONIK-6035EP Cutting Pipe Length: 6500mm Cutting Pipe Diameter: Diameter Φ10-240mm Machine Power: 18KW Cutting Tail: ≥70mm Y-Axis Stroke: 6800mm X-Axis Travel: 400mm Z-Axis Stroke: 350mm Maximum Speed: 100r/min Control System: FSCUT5000 Auxiliary Gas: Oxygen, Nitrogen, Air Machine Weight: 2.8 tons Machine Dimensions: 9600×2000×2200mm (Length x Width x Height) Chuck Load-Bearing: 300kg Maximum Acceleration: 1.2G Maximum Feed Speed: 80m/min Power Supply: 380v50Hz±10%

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Tube-Sheet Integrated Laser Cutting Machine

Product Introduction (1) Machine overview The main purpose of the fiber laser cutting machine is to cut the material into any shape according to the needs of the user, and it is a new type of high-efficiency cutting equipment used to replace the traditional flame cutting, CNC punch, plasma cutting, etc. The whole bed of our series of equipment is welded by high-quality plates, and the frame structure has been welded by professional manufacturers, secondary aging treatment, and precision machining of large gantry milling machine, which ensures that the machine tool has excellent seismic resistance, high rigidity and stability. The fixed support foot is connected with the frame to support the frame, and the straightness of the frame is adjusted to adjust the contact between the foot and the frame. The bed is fixed by fixing the support foot, and adjusting the accuracy by adjusting the foot, and the laser beam target area is covered with thick plate insulation, which can avoid laser ablation, so as to ensure the processing accuracy of the workpiece and ensure the smooth progress of production. The dust removal is designed according to the principle of aerodynamics, which ensures a smooth flue path and can effectively reduce the capacity loss of the dust removal fan. The workbench has a simple structure and is easy to use. Gantry type Ding bed structure, Ding bed part can greatly improve the bearing weight of the machine tool, Ding bed structure single platform machine tool is 2 times the load weight of ordinary machine tools, and at the same time prolong the service life of the machine tool. The lower part of the bed of the slag discharge system is equipped with a partition collection device, which can automatically collect waste materials and collect small parts in the production process. The workbench of the dust removal system adopts the design of zonal dust collection, and customers can be equipped with fans and air ducts according to their own needs to remove dust, exhaust gas and other substances in the production process. The transmission system is equipped with imported rack and pinion, servo motor, reducer and linear guide, which greatly increases the stability of the equipment and the cutting capacity of high precision and high quality, and highlights the processing capacity of the product structure is more reasonable, the function is more mature and more professional, and the processing capacity of the equipment is guaranteed to be high-precision, high-speed and high-stability. Machine performance . Independent research and development, design and manufacture of machine tool bed, special processing technology, high precision, stable and reliable, long life; . Precision rack and pinion drive, equipped with high-precision reducer, high-response, high-precision servo motor; . World-class quality fiber laser, many years of industrial application, long life, maintenance-free, stable and reliable; . High-precision laser cutting head, imported optical lens, fine focus, easy adjustment, perfect cutting; . The high-response double closed-loop control capacitance is high, the requirements for the plate are low, and the cutting quality is stable and reliable; . The operation of the numerical control system is simple and easy to learn, and the requirements for the operator are low; . Cutting graphics input in a variety of formats, powerful drawing and editing graphics functions; . Dedicated cutting software, cutting process expert, data saving and calling function; . automatic refueling system; . Automatic proportional valve adjustment of cutting air pressure, no need for manual adjustment; Cutting materials It is suitable for cutting metal plates such as stainless steel, carbon steel, alloy steel, silicon steel, spring steel, galvanized sheet, pickled sheet, etc. It is widely used in various manufacturing industries such as construction machinery, aerospace, automobile and ship, steel structure, machinery manufacturing, elevator manufacturing, advertising production, household appliance manufacturing, medical equipment, hardware, decoration, metal external processing services, etc. Second, the functional characteristics of each part (1) Fiber laser generator Fiber laser generator, modular and redundant design, small size, light weight, easy to move, easy to integrate, its stable performance, product integrity Quality is guaranteed. 1. The fiber laser has high electrical-optical conversion efficiency, with a conversion efficiency of more than 30%, which can greatly save the power consumption during work, save operating costs, and achieve the highest production efficiency; 2. The laser only needs electrical energy to run, and does not need to produce additional gas for the laser, which has the lowest operation and maintenance costs; 3. The fiber laser adopts semiconductor modularity and redundant design, there is no optical lens in the resonant cavity, no start-up time is required, and it has the advantages of adjustment-free, maintenance-free and high stability, which reduces the cost of accessories and maintenance time, which is incomparable with traditional lasers; 4. The output wavelength of the fiber laser is 1.06 microns, which is 1/10 of the CO2 wavelength, and the output beam is of good quality, high power density, which is very conducive to the absorption of metal materials, and has excellent cutting and welding capabilities, so as to minimize the cost of processing; 5. The optical route of the whole machine is transmitted by optical fiber, no need for complex light guide systems such as reflectors, the optical path is simple, the structure is stable, and the outer optical path is maintenance-free; 6. The light is exported through the optical fiber, which makes the design of the mechanical system very simple, and it is very easy to integrate with the robot or multi-dimensional workbench; 7. The fiber laser is small in size, light in weight, movable in working position, and occupies a small area. (2) Fiber laser cutting head 1. Optimized optical configuration and smooth and efficient airflow design, which significantly improves cutting quality and efficiency; 2. Automatic focusing, reducing human intervention, automatic focusing range -12~+10mm, focusing accuracy 0.05mm; 3. Collimation increases the protective lens to effectively protect the collimating lens; 4. The protective lens is quick and easy to replace; 5. It has a variety of optical fiber interfaces such as QBH and QD, which can be adapted to various mainstream lasers. (3) Operating system Machining and nesting are separated, and the cutting system supports the necessary pattern optimization functions. This ensures the stability of the processing system without sacrificing ease of use. The plan supports interconnection with the upper nesting CypNest to realize remote network push machining tasks. And manage local processing data, automatically generate statistical reports to analyze the production efficiency of machine tools. The production module adopts process-guided and multi-threaded production planning operations. Reduce the ability requirements for operators, and at the same time improve the safety of equipment operation, and reduce equipment downtime. The debugging block supports DXF, PLT, LXD and other graphic data formats, and accepts the international generated by Master Cam, Lantek and other systems Standard Gen G. It is convenient for users to quickly import external graphics for proofing and debugging the process. The process module can quickly manage all materials and process data, and assist users to establish a complete set of process libraries. The diagnostic nine-square grid mode highly integrates the management and data statistics of multiple core modules of the device, which is convenient for users to quickly solve equipment problems Collect and analyze abnormal data to understand the use information of each component. The maintenance module counts the operating status of each equipment of the machine tool, and gives the user reasonable repair, maintenance and maintenance according to the preset warning threshold Discuss. Extend the mean time between failures of the equipment, prolong the service life of the equipment, and protect the performance of the equipment for long-term use. Visually aided production of surplus materials, as well as safety monitoring. WYSIWYG drags the part above the rest material for quick machining. Automatic nozzle cleaning, nozzle replacement, drawing switching, float calibration, laser alignment, equipment maintenance and production auxiliary modules. Optimizations are automatically made when opening/importing external files such as DXF, including: Duplicate Lines Removal, Merge Connected Lines, Minimal Shapes Removal, Self Dynamic distinction between internal and external molds and sequencing, etc. It supports multi-stage perforation, progressive perforation, pre-perforation, and grouped pre-perforation, and supports setting separate duty cycles and frequencies for the perforation process and cutting process rate, laser form, gas type, air pressure, peak power, delay, following height, etc. Real-time frequency and power curve editing, as well as the ability to set parameters related to slow starts. Processing breakpoint memory, breakpoint forward and backward traceability. Support to locate to any point during the stop and pause process, and start processing from any position. Support a variety of edge finding methods, accurate positioning. Powerful expansion capabilities, up to more than 30 PLC process edits, more than 50 programmable processes. Programmable input and output port, programmable alarm and early warning input. Separate the operation content of different types of personnel through permissions to reduce the modification of errors. It supports a variety of special steel centering such as L steel, channel steel, I-beam, etc., and improves the cutting accuracy of special steel. For the workpiece with stable deviation of the pipe surface, it can effectively compensate for the regular cutting deviation, reduce the precision requirements for raw materials, and reduce waste. It can effectively solve the accuracy problem of pipe hole position and improve the accuracy of the edge distance of hole position. By aligning the tube head with the cutting head, it can effectively reduce the time of manual alignment and reduce the scrap of the front end of manual alignment. It can solve the problem that the power of the cutting starting point is high and burn to the opposite side, and solve the problem of leaving a small tail at the cutting position caused by falling before the thin pipe is cut off. Machining the end of the pipe, it can control the release of the middle chuck, improve the Y-axis movement stroke and cutting ability, and effectively reduce the tail material of the two chucks. 4) Operating software (optional) Specially developed for CNC cutting machines, the drawing programming nesting software is used on the computer. Key features include CAD drawing, DXF/DWG optimization, interactive nesting, automatic programming, and cutting simulation verification and costing. Nesting software is the core technology of CNC cutting machine to achieve "full-time cutting, efficient cutting and high nesting rate cutting, which is the fundamental guarantee for effectively saving steel and improving cutting efficiency. (5) Cooling method The temperature of the refrigeration unit is displayed in a digital meter, and the refrigeration unit will automatically refrigerate when the water temperature exceeds the specified temperature, and the refrigeration unit will automatically stop refrigeration when the water temperature is lower than the specified temperature.

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I'm writing to commend Jinan Hengchen for their outstanding laser cutting technology and exceptional customer service. Our company, specializing in steel structure cutting, recently purchased their HB series large platform machine

Jinan Hengchen Precision laser cutting

Jinan Hengchen Precision laser cutting

Jinan Hengchen Precision laser cutting

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Fiber laser Generator

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