The Marvel PRO Series features a parallel exchange worktable for non-stop production, supporting laser powers up to 30kW. Designed for high-throughput sheet metal cutting with minimal downtime.

Help growing customers to solve the problems of low investment income ratio and high equipment maintenance cost. -Meet 100% metal material processing needs -Reduced procurement costs and reduced maintenance costs -One of the mainstream purchase models for market renewal

Help growing customers to solve the problems of low ROI and high equipment maintenance cost. -Meet 100% metal material processing needs -Reduced procurement costs and reduced maintenance costs -One of the mainstream purchase models for market renewal

It can cut stainless steel, carbon steel, galvanized sheet, electrolytic sheet, brass, aluminum, various alloy sheets, rare metals and other metals.

For the super-size sheet for efficient cutting, batch used in construction machinery, shipbuilding, rail transit industry, etc. And based on the market demand of large quantity of medium and thick plate groove, we independently developed the large-area five-axis groove cutting equipment on the high-speed and high-precision Siemens system.

Lightweight WALC-Q series high-power laser cutting machine is a processing equipment used for construction machinery, steel towers and adapting to intelligent production lines and smart factories. Its characteristics: high dynamics, high speed, and high precision. The bed and the workbench are separated, good openness, excellent dust removal effect, suitable for automated production line.

The standard WALC-P series high-power bevel laser cutting machine is a general-purpose processing equipment designed for the needs of bevel cutting in construction machinery, bridges and ships and other industries.t subsequent transfer and bevel processing procedures. Its key feature is the ability to perform various types of beveling, straight cutting, and bevel cutting in a single step, eliminating the need for additional transfer and post-processing operations.

Lightweight WALC-QP series high-power bevel laser cutting machine is a processing equipment designed for construction machinery,steel towers and adapting to bevel cutting requirements of intelligent production lines and smart factories. It has the characteristics of high dynamic,high speed and high precision,and can also adapt to intelligent production line and smart factory for automated processing.

The standard WALC-F series high power large format 2D laser cutting machine is a processing equipment used for the large equipment and infrastructure manufacturing industries such as construction machinery,bridges and ships. It can process the cutting of super-large workpieces (up to 6 meters wide)at one time and can achieve high-quality cutting of medium and thick plates.Its characteristics: super large format can be selected,with stable operation and high precision,humanized design,safe ,suitable for continuous processing.

GF is widely used for carbon steel, stainless steel, aluminum and other metal materials cutting and forming, with high speed, high precision, high efficiency, cost-effective and energy saving. It is the first choice of the metal processing industry.

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UHP / 12000-30000W Continuous Production / Stable Quality/ Remote Diagnosis / Intelligent Anti-Collision Safety and Environmental Friendly

The Coil Fed Laser Cutting Line automatic material library consists of a material storage system, an automatic loading and unloading system and a production line operation monitoring system. It can be equipped with 1-3 laser cutting machine tools.

The laser cutting automatic material library consists of a material storage system, an automatic loading and unloading system and a production line operation monitoring system. It can be equipped with 1-3 laser cutting machine tools.

Exchanging Workbench BF Series fully enclosed bevel laser cutting machine is mainly a processing equipment used for bevel cutting needs of thin special steel and stainless steel in automobile manufacturing,medical machinery and other industries.It adopts a fully enclosed exchanging table structure, which has the characteristics of high speed.high precision and safety.

Our company began to develop new laser cutting blanking equipment in 2011, and obtained the national invention patent in 2013. Using laser cutting technology of open-book blanking of a complete set of production equipment, by feeding trolley, uncoiled, leveling machine, buffer loop, servo feeder (such as servo leveling and feeding machine can replace the previous leveler and buffer loop, reducing area), laser cutting device, cutting platform, pallet device, waste treatment system, hydraulic pneumatic system and electric control system, through the system control of laser cutting head in laser cutting platform of 3 d motion cutting, instead of press and die, the realization of automatic blanking of the metal belt.

TP12052F / LT12052F 4 chucks (side hanging) heavy-load laser tube cutting machine is a laser cutting processing equipment designed for bridges and ships, engineering machinery, power tower, assembly construction, tunnel traffic and other industries. With a new design concept, it meets customer demand for a variety of metal selectional materials processing, as well as the pursuit of high quality, high precision and high efficiency. A single machine can replace a small factory, bringing revolutionary production changes.

TP10036M / LT10036M 3 chucks (side-hung) heavy-load laser tube cutting machine integrates CNC technology, laser cutting, precision machinery and automatic control. It has high speed, high precision, high efficiency and high economic benefits, and can meet the cutting requirements of ultra-long and ultra-heavy tubes in industries such as bridges and ships, engineering machinery, electric power tower, assembly building, tunnel traffic, etc. It has outstanding advantages for processing of ultra-long and ultra-heavy metal tubes and sectional materials. It has high precision, high speed, good equipment stability, and is convenient to operate, and can realize volume production.

TP10032W / LT10032W 3 chucks (horizontal) laser tube cutting machine integrates CNC technology, laser cutting, and precision machinery into one, with good adaptability. It has great advantages for medium and heavy tube processing. It is mainly used for cutting of carbon steel tube, stainless steel tube, aluminum alloy tube (square tube, round tube, OB tube, sectional materials) and other tubes. It is the first choice for noncontact metal tube processing industry because of its professionalism, efficiency, high cost performance. It is widely used in petroleum tubeline, bus manufacturing, construction machinery, shelves and container, agricultural and forestry machinery, ladder and guardrail, laser processing services and other machine manufacturing or tube processing industry.

TP6322 / LT6322 2 chucks (horizontal) laser tube cutting machine integrates CNC technology,laser cutting and precision machinery. It has great advantages for light tube cutting. It is mainly used for cutting of carbon steel tube, stainless steel tube, aluminum alloy tube (square tube, round tube, OB tube, sectional materials) and other tubes. It is the first choice for non-contact metal tube processing industry because of its professionalism, efficiency, high cost performance. It is widely used in fitness equipment, smart furniture, petroleum tubeline, bus manufacturing, construction machinery, shelves and container, agricultural and forestry machinery, ladder and guardrail, home appliances manufacturing, laser processing services and other machine manufacturing or tube processing industry.

GF3015_TUBE tube-plate integrated laser cutting machine integrates 2D plate cutting and tube cutting, one laser with one cutting head to move from plate processing to tube processing, fast switching and no tool replacement. For users who want to cut both common sheet metal and a variety of round tubes, square tubes, angle iron and other common tubes, the cost advantage is obvious, and the problems in choosing different cutting mode selection can also be avoided. It is widely used in machinery manufacturing and tube processing industries such as fitness equipment, smart furniture, shelf containers, agricultural and forestry machinery, ladder guardrails, household appliances manufacturing, laser external processing services etc.

Oil slotting pipe is the key part to protect from sand during oil mining. Oil slotting pipe can be classified into five types: bridge type oil slotting pipe, drilling slotting pipe, kerf slotting pipe, composted pipe, wire-wrapped slotting pipe. Oil slotted casing pipe is cut by specialized ultra-thin cutting disk and laser beam. There are many certain configurations kerfs with shape of longitudinal or helical straight line on oil slotted casing pipe. Farley Laserlab oil slotting pipe laser cutting machine adopts advanced technology, which can cut different type of oil slotting pipe. By means of focusing, high density and high-power laser beam working on sieve pipe, on the premise of exceeding a threshold value of laser power density, heat energy from working gas and laser beam’s chemical reaction is absorbed by material, thus causing a dramatic increase in the temperature of laser sport on the surface of the casing, partial melting or gasification of workpiece material to form a hole, then relative motion of the casing and laser beam can achieve casing cutting.

It is a kind of laser processing equipment specially developed for automobile hot forming parts. It mainly solves the problem of cutting holes and trimming of hot forming parts. It is characterized by high precision, fast speed and good dynamic performance.

The SF series of 3D five-axis laser cutting machines are designed for customers in the automotive, mould, home appliance, engineering machinery, hardware, medical equipment, fitness equipment and other fields. They are characterised by high precision, high speed, low cost of ownership, simple operation and maintenance, and can meet the needs of different production schedules.

The SF4025G 3D five-axis laser cutting machine is designed for customers in the fields of moulds, prototypes, automotive parts and machining stations to solve the 3D cutting needs of various metal workpieces. It adopts a fixed-beam gantry structure, with a large processing area, high stability and flexible fixture installation, ensuring long-term high-precision and stable cutting, high cost performance, low cost of use and simple operation and maintenance.

The SF3015E 3D five-axis laser cutting machine is designed for customers in the field of machining stations, mould and die prototyping, and automotive parts, to solve the 3D cutting needs of various metal workpieces. It has a cantilevered structure for good openness, high stability, compactness and simple operation and maintenance, and is suitable for prototyping and small to medium-sized production.

Special processing equipment for section steel, this product is suitable for three-dimensional cutting of H-shaped steel, channel steel, angle steel, and T-shaped steel in the steel structure industry.

Special processing equipment for structural steel, this product is suitable for three-dimensional cutting of H-shaped steel, channel steel, angle steel, T-shaped steel.

A machine can handle marking, drilling, manual multi-channel transfer, manual bevel cutting manual polishing and other processes

This product can achieve efficient cutting of grooves and irregular sections for multiple types and shapes, and supports multi industry drawing analysis, including dxf, step, gen, and spd formats.

A machine that can realize various functions with great 3D laser cutting accuracy and efficiency.

The 3D SR Robot Series robotic arm is developed by HGLASER for high-precision 3D laser cutting applications. It delivers exceptional flexibility and repeatability for complex structural cutting tasks in automotive, aerospace, and heavy industry sectors.

HGTECH's newly launched Intelligent Laser Automation Welding Equipment for Power Battery Cold Plates represents an innovative breakthrough that integrates optical design, material science, and intelligent control — with laser beam energy modulation as its core welding technology.

HGTECH Integrated Laser Welding Intelligent Equipment for Automotive Door Rings

The product integrates various new unit technologies currently developed, such as visual positioning systems, weld seam tracking systems, robot systems, intelligent control systems, intelligent production management systems, etc., especially for long welds, uninterrupted welding, and high sealing requirements of new energy battery boxes. Equipped with a weld seam tracking system, the welding yield can reach over 99%.

The BIW Roof Laser Welding Machine is purpose-built for welding automotive white body roof panels with high precision and speed. Featuring a multi-axis servo control system and advanced seam tracking technology, it ensures uniform, gap-free welds that meet stringent automotive quality standards while supporting high-throughput production.

HGTECH Automotive Seats Flexible Welding Equipment provides comprehensive solutions for automotive seat components welding, including seat rails, recliners and brackets. With extensive experience, HGTECH has collaborated with over 30 automotive parts manufacturers.This equipment enables precise control of the welding path, minimizes material deformation, and enhances the joining precision and consistency. (High precision)

HGLaser has developed laser spiral spot welding Intelligent equipment tailored for enhanced process adaptability, non-contact single-side connection for multilayer plates, densely arranged and widely distributed welding spots.This technology is now widely used in welding components such as B-pillars, patch panels, crash beams, bumpers, exhaust pipes, and battery tray frames in the automotive industry.

A high-precision imported robot system with extremely high degrees of freedom and accuracy.

HGLASER has independently developed the first set of bumper cutting and welding integrated intelligent equipment in China, which can realize laser cutting and Ultrasonic welding on the same equipment, and meet the production needs of high flexibility of automobile main engine factory.

The Flexible Car Chassis Laser Welding System is a customized intelligent laser welding solution developed by HGLASER for automotive body-in-white (BIW) manufacturing. It supports flexible adaptation to multiple vehicle models on a single production line, significantly reducing tooling changeover time and improving overall production efficiency for high-volume automotive chassis welding applications.

The Flexible Car Rear Cover Laser Welding System is designed for automated, high-precision welding of automotive rear cover assemblies. Supporting multi-model flexible production, it adapts to different vehicle specifications without major fixture changes, reducing production costs while ensuring consistent weld quality and structural integrity.

The Flexible Car Side Body Laser Welding System provides a fully automated laser welding solution for automotive side panel assemblies. Engineered for flexibility and precision, the system accommodates multiple side body configurations within a single production cell, making it ideal for modern mixed-model automotive manufacturing lines.

Automobile gear laser welding is a development trend. At present, the world's automobile manufacturers have used the laser welding gear to replace traditional welding methods, such as ERW (electric resistance welding), induction welding and EBM (electron beam welding). The laser gear welding can work in non-vacuum. Without welding deformation,the gear has no need to be further processed after welding. In addition, the welding joints have general mechanical performance that is equivalent or superior to base metals, which ensures the larger torque transmission of gears.

Cooperating with crimping forming equipment, the tube laser welding machine of Farley can weld steel plate to steel tube automatically at a high-speed production line. With fast welding speed, small heat affected zone, narrow welding joint and high productivity, it has been widely used in tube manufacturing.

Adopt the form of independent cleaning workstation, independent work shift platform with duplex shift into and out of the mold, the mold does not need to be disassembled and separated to achieve full circumference cleaning of the mold inner cavity surface.

Adopting the form of integrated and shake-controllable mobile vehicle to achieve online cleaning during the production of curing presses without dismantling and removing the molds, saving time,which can significantly improve production efficiency and reduce economic costs.

It is mainly used for the automatic and controlled removal of functional paint layer on the surface of aircraft aluminum alloy skin and composite skin, and can complete the automatic 3D modeling of general aircraft wings and components, and can automatically plan and execute the cleaning track after inputting process parameters.

It is mainly used for the automatic and controlled removal of functional paint layer on the surface of aircraft aluminum alloy skin and composite skin, and can complete the automatic 3D modeling of general aircraft wings and components, and can automatically plan and execute the cleaning track after inputting process parameters.

For the cleaning needs of railroad locomotive brake discs, HGTECH provides a fully automatic laser cleaning line for locomotive brake discs.

CTC-500P pressure vessel laser cleaning intelligent equipment is mainly applied to the cleaning of the exterior wall of LNG inner vessel, including the cleaning of all exterior wall surfaces (straight wall section and both ends of the head), with high automation, strong compatibility and simple operation.

With the development of bridge technology, U-rib is widely used in the construction of various highways,railroads and bridges with the features of easy construction, uniform force and not easy to deformation, etc. HGTECH provides efficient and stable solutions to the cleaning of bottom paint and floating rust at the to-be-welded position of U-rib in processing, which facilitates the subsequent welding of U-rib and panel to meet the welding quality requirements.

Customized for metal pipe processing and energy industry, it can laser clean round, square,rectangular, elliptical,shaped pipe and other profiles.

It is suitable for PCBA production line. Offline/online design can be selected according to needs. Fully automatic laser cutting is carried out through the equipment high-precision control system and industrial vision system to realize the high-precision cutting requirements of PCBA enterprises without dust and deformation.

Developed for high-speed, high-precision drilling applications for soft and rigid combination boards and other materials, with high precision, high efficiency, micro-hole processing, and convenient shape change, as well as processing for shape and cover film cutting. Original patented technology - FPC Laser Shield Laser drilling Technology, developed ultraviolet high-speed drilling equipment to achieve blind holes in one hit.

Mainly used for FPC covering film cutting, FPC shape cutting, FPC window half cutting and RFPC cover opening etc. It has high accuracy, high stability and consistent cutting HAZ effect.

HGTECH LightBlade Series Medium Format Glass Laser Cutting Intelligent Equipment equipped with an infrared picosecond laser, this system utilizes picosecond filament cutting and CO2 scribing technology to achieve fully automated cutting and scribing in one process. It offers high speed, precision, and enhanced compatibility, making it ideal for rapid and complex shape cutting of various brittle materials such as smartphone cover glass and optical glass.

HGTECH In-Car Central Control Screens Ultra Large Format Automated Glass Laser Cutting Line is designed for cutting large, irregularly shaped glass panels used in vehicle displays and interiors. It addresses the challenges of small-batch, multi-variety, and multi-cycle processing in the automotive glass industry, driving industry transformation and upgrading.

HGTECH LightBlade X5 Automatic Glass Laser Cutting Production Line for Automotive Industry is suitable for cutting large-format glass with irregular shapes, including cover glass for in-car displays, car door windows, interior trim etc., and capable of realizing production of small batches, multiple varieties, and multiple batches of irregular products.

HGTECH CGM Glucose Electrode Laser Cutting Machine is designed for implantable biosensor chip electrodes and wearable medical product chips, this equipment utilizes vision-based positioning for high-precision cutting. The process ensures no yellowing or discoloration, a dust-free surface, clean edges, and high processing efficiency.

HGLaser has developed advanced Carbon Fiber Laser Cutting Intelligent Equipment, featuring aproprietary large-format galvanometer stitching software platform and a self-developed vision control system. This combination allows for high-precision cutting of carbon fiber plates.

HGTECH LHC150B CO2 Laser Cutting and Drilling Machine is designed for the 3C industry, utilizing a CO2, laser, XY motorized stage, and galvanometer for processing. It is suitable for drilling, cutting, and deep engraving on non-metal products such as laptops, tablets, phones, speakers, headphones, and watches.

HGLaser Three-axis Precision Tube Laser Cutting Machine is specially designed for precision tube cutting, widely used in the processing of micro metal tubes in industries such as 3C, precision medical instruments, hardware, etc.

Suitable for laser cutting of alumina, zirconium oxide, aluminum nitride, silicon nitride and other ceramic materials, equipped with loading and unloading mechanism to achieve high efficiency and high precision automatic processing.

Ultra violet picosecond laser is used for precision half cutting or full cutting of silicon and compound semiconductor wafers.

Nanosecond laser is used for precise dicing of GPP wafers.

This equipment is mainly developed for semiconductor and 3C industries. Suitable for cutting silicon, ceramics, glass, SiC and other materials. It has the advantages of fast cutting speed and high positioning accuracy. The equipment is equipped with a high-precision CCD vision system, which can realize the automatic positioning and angle adjustment of the workpiece and improve the processing efficiency.

The Solar PV-Screen Printing Grid Version Film Cutting Equipment is used for laser patterning of thin films for the upstream photovoltaic grid manufacturers. It consists of a quartz frame, XY linear motor platform, vision capture system, ultrafast laser system and cooling system.

Infrared picosecond laser perforators and short pulse width green light laser perforators are used for laser perforation of hard and brittle materials such as glass and quartz, and have the advantages of high processing yields, 7*24-hour continuous operation and micro-perforation compared to traditional mechanical processing.

Used for automatic and laser marking of scrap units on carrier products, which facilitates efficient and accurate identification of subsequent processes, and improves the product yield and process efficiency of customer factories.

FPC laser cutting machines adopt high-performance cold laser source, perfectly achieving the board shape cutting, contour cutting, drilling and cover film cutting and other ultra-fine processing.  The equipment is mainly used in precision cutting and marking for flexible circuit boards, rigid circuit boards, rigid-flexible circuit boards .

Picosecond laser wire cutting technology is used to cut the whole plate of the mobile phone camera protection glass to replace the traditional CNC processing mode.

Adopt laser infrared picosecond filament cutting technology to cut automobile rearview mirrors, replacing cutter wheel cutting, optimizing the existing processing process

Hglaser Automated Laser Welding Line for Manifolds is engineered for seal welding of manifold coolant-port fittings, the line replaces conventional brazing and requires no brazing filler metal.

Engineered for laser seal welding of pure-copper cold plates and copper-to-stainless-steel cold plates, the system replaces conventional processes such as brazing and friction stir welding. It requires no brazing filler metal, streamlines production, lowers capital investment, and improves both yield and throughput.

HGTECH High-Speed Connector Laser Annealing System utilizes high-energy-density diode and fiber lasers with a non-contact laser scanning heating process, enabling microsecond-scale rapid heating and controlled cooling on electroplated metal surfaces. This process induces grain recrystallization and stress relief, significantly improving the hardness, wear resistance, and conductivity of contact points while eliminating substrate deformation and plating damage caused by conventional furnace annealing.

HGTECH Green Laser Welding System is designed for welding highly reflective metals, particularly copper and gold, as well as high thermal conductivity materials.

HGTECH Microfluidic Chips Plastic Laser Welding Machine is designed for plastic welding applications in microfluidic chips and in vitro diagnostic(VD) kits. lt utilizes spot homogenization technology to shape a rectangular laser spot and, combined with a self-developed photolithographic mask, enables rapid bonding between the plastic components of microfluidic chips. The non-contact processing method effectively addresses common issues in microfluidic chip bonding, such as contamination of channels, low welding strength, and low efficiency.

HGTECH Copper Busbar Laser Welding Equipment is used to effectively connect IGBT modules with copper bars (also known as busbars) to ensure smooth current flow and effective heat dissipation, the equipment mainly consists of a fiber laser system, a main control cabinet, an electric three-axis operating platform, a pneumatic door protective cover（single machine）, a vibrating mirror optical path system（single machine）,streamline platforms（online）, lifting components（online）, electric modules（online）,visual monitoring/positioning, a water cooling system, a smoke purifier, and integrated components for blowing, dust extraction, and downforce. It can also be equipped with quality inspection systems such as WDD, OCT, LDD, etc.

HGTECH Copper Busbar Laser Welding Equipment is used to effectively connect IGBT modules with copper bars (also known as busbars) to ensure smooth current flow and effective heat dissipation, the equipment mainly consists of a fiber laser system, a main control cabinet, an electric three-axis operating platform, a pneumatic door protective cover（single machine）, a vibrating mirror optical path system（single machine）,streamline platforms（online）, lifting components（online）, electric modules（online）,visual monitoring/positioning, a water cooling system, a smoke purifier, and integrated components for blowing, dust extraction, and downforce. It can also be equipped with quality inspection systems such as WDD, OCT, LDD, etc.

HGTECH Nanosecond Laser Welding Machine is designed for welding dissimilar thin high-reflectivity metal materials (Cu/Al/SS/Ni) for small components in the 3C industry is widely used in mobile phones, tablets, laptops, and smart wearable devices.

Relay Core Laser Welding Machine is a customized product developed for the welding of high-voltage relay cores, capable of meeting the production of cores of different specifications with stable welding quality and high efficiency.

HGTECH LWD100PC Automatic Plastic Laser Welding Machine adopts 915nm semiconductor laser source, Galvanometer scanning system, CCD monitoring and positioning system. This equipment is widely applied to plastic welding products in 3C, automobile, medical and other industries.

Car camera laser welding equipment mainly adopts continuous laser sources, combined with dual-station manual loading and customized fixtures to achieve sealed welding of camera housings.

Flat Wire Motor Hairpin Laser Welding Machine LAP 8000CC is specially designed for I-pin、H-pin、X-pin welding in e-mobility industry by HGTECH.

LWD40S adopts semiconductor laser source, electric three-axis system design, highly integrated and modularized, equipped with auxiliary systems.

With the top configuration and international first-class quality, HGLASER continuous fiber laser welding machine has precision welding technology, high performance-price ratio and perfect after-sale service, which wins unanimous praise and gets a good market from all over the world. The continuous fiber laser welding machine is composed of welding mainframe and welding workbench. This series has many workbenches to meet different demands of customers.

Smart-HW series handheld laser welding machine is a new generation of laser welding products, with integrated design, beautiful appearance, stable performance, easy installation and operation procedures,and high security. It has fast welding speed, high efficiency and good welding effect. With the characteristics of long using life and being environmental friendly, it can be widely used in the welding of kitchen appliances, door and window guardrails, stairs and elevators, stainless steel furniture, sheet metal, billboards, craft gifts, car repairs, engineering, automobile manufacturing, rail transit and aerospace.

The optical fiber transmitting laser welding machine is composed of welding main body and welding bench. The series welding machines are made available in various benches to meet the requirements of different customers. With first-class “energy feedback technology”, the optical fiber transmitting laser welding machine can control laser output power fluctuation within 3% and ensure stability of laser output power, so as to improve welding repeatability, reduce unqualified products and save the costs for enterprises.

HGTECH LSC50WD Laser wire stripping utilizes the high energy, high frequency, and high power characteristics of lasers to deposit energy in a small area instantly. This process uses high temperatures to vaporize non-metal materials such as the inner and outer insulation layers of wires, as well as metal materials like shielding layers. lt quickly and effectively removes non-metal insulation and metal shielding layers without causing damage to the inner core.

HGTECH High Speed Hairpin Laser Stripping System consists of a CO₂ laser paint removal system, a pulse laser paint removal system, a fixed structure, a dust extraction and cooling system, and is mainly used for removing the insulation coating of the stator flat copper wire of hairpin motor before welding.

HGTECH Copper Bar laser Glue Removal Equipment (Online) is used to remove residual colloids around and on the surface of chip modules, including edge glue, overflow glue, curing glue, etc., to improve the reuse rate and production yield of chips. The equipment mainly consists of fiber laser system, main control cabinet, streamline platform, electric module, vibrating mirror optical path system, visual positioning/detection, smoke purifier, integrated components for blowing and dust extraction, etc. Can carry AGV carts or handcarts.

HGTECH Copper Busbar Laser Cleaning Equipment (Online) is used for cleaning oxides, dirt, and impurities on the surface of copper bars to improve the subsequent production yield. The equipment mainly consists of fiber laser system, main control cabinet, dual station platform(dual station), streamline platform(online)，electric module, vibrating mirror optical pathsystem, visual positioning/detection,smoke purifier, integrated components for blowing and dust extraction, etc.

HGTECH Copper Busbar Laser Cleaning Equipment (Dual Station) is used for cleaning oxides, dirt, and impurities on the surface of copper bars to improve the subsequent production yield. 

STORM series adopt integrated portable design, easy to install, control and realize automation. Stable continuous light output, simple operation, high power cleaning efficiency; It has the advantages of manually adjusting the focus, cleaning the fitting surface, and cleaning the surface with high cleanliness.

BUZZ Series adopt high power fiber laser, photoelectric system and the appearance of handheld design integrated integration, with high precision, high efficiency, high cost performance, etc., can remove the object surface resin, paint,oil, rust, coating, plating, oxide layer and other pollutants, and have a wide range of industry applications, covering ships,automotive,rail transportation,rubber mold, high-end machine tools and environmental protection, etc..

By laser-marking individual components such as cold plates, Universal Quick Disconnects (UQDs), manifolds, and bellows, the system links each product to its manufacturing history and test results, supporting product safety and end-to-end traceability.

HGTECH Automotive Frame VIN Code Deep Engraving Intelligent Equipment Optimizes high-power MOPA pulse laser parameters with a self-developed precision galvanometer system, this equipment enables automated deep engraving of VIN codes on vehicle components. It delivers clear, consistent markings with high readability, compatible with various materials like carbon steel, stainless steel, and galvanized steel. No harmful chemicals or waste are produced, supporting eco-friendly, clean production.

HGTECH LSF10P Corrosion Resistant Black Laser Marking Intelligent Equipment for Medical Devices targets the medical device industry, a low-power picosecond laser is used to form nanoscale structures on the surface of medical devices materials through visual positioning technology, achieving corrosion resistance and black marking on the surface of orthopedic implants, medical surgical instruments,and other products.

HGTECH Automatic Laser Coding Intelligent Equipment for Cryogenic Vials targets biological testing laboratories, hospital pathology departments, or biological sample libraries, sample storage management and traceability can be achieved through laser coding. The system adopts laser combined with automatic edge seeking induction recognition technology, multiaxis high-precision motion control system, high-sensitivity and flexible electric claw, and friendly human-machine interface to meet the customer's SBS standard for permanent identification ofcryogenic vials.

HGTECH LSF20LI Auto Data Label Laser Marking Machine is designed for the automotive industry, this machine utilizes a fiber laser, rewinding structure, and mechanical cutting to perform both marking and cutting in a single process. It features an adjustable paper path width, making it compatible with various label sizes.

With the first-class marking technology, it can work on sculptured surface without defocus. Configured with specialized 3D vibrating mirror, the 3D dynamic laser marking can control the software and hardware, and the laser beam can mark on arbitrary 3D sculptured surface.

Since 2003, China's first fiber laser marking machine was born in HGLASER, we have mastered the core technology of the fiber laser marking. HG-A Desktop Fiber Laser Marking Machine is designed for flexible laser marking.

With compact and portable structure, the fiber laser marking machine has many models to satisfy 3C electronic products manufacturers. Since 2003, China's first fiber laser marking machine was born in HGLASER, we have mastered the core technology of the fiber laser marking. It is widely used in electronic components, hardware, electrical industry, daily consumer goods, sensors, auto parts, 3C electronics, crafts, precision apparatuses, gifts and ornaments, medical equipments, high-low-voltage appliances, bathroom accessories, battery industry, IT industry, etc.

With Small integrated design, the CO2 laser marking machine integrates advanced galvanometer laser marking technology with imported RF excited sealed CO2 laser.

HGTECH Flying8000 Series Cap Sorting and Laser Marking Coding System Custom-built for the beverage industry, this laser-based cap sorting system features a waterfall-style feeding unit that supports multi-channel coding. lt includes a proprietary vision recognition and rejectionsystem, integrated with the MCC centralized control system for real-time cap inspection and datamanagement. This ensures precise coding and effectively prevents duplicate, incomplete, missing, ordeformed codes.

Import marking date to system from database, marking require content automatically, and all QR Code are readable by smart phone.

The online fiber laser marking machine can make dot matrix or scribbling laser encoding with high quality on fast moving products and meet the demands of all kinds of production lines. This machine can mark letters, numbers, Chinese characters, icons, symbols, one-dimensional bar codes, two-dimensional bar codes, date & time, serial numbers, random numbers and other texts.

The online laser marking machine includes online fiber laser marking machine, online UV laser marking machine and online CO2 laser marking machine. The series machines can mark permanent makers, work in adverse conditions and meet the demands of all kinds of packing materials.

Adopted with superior green and UV laser, the material is more easily absorbed and the thermal diffusion of material can be reduced. The method of breaking molecular bonds could make pure black, no-touch and more clearly printing effect marking.

With small UV focus spot and heat affected zone, UV laser marking machine has high absorptivity to 355nm UV-light, which is suitable for many materials. 

Compared with traditional laser marking machine, it has low energy consumption and easy maintenance. Based on the large energy of 532nm laser, the selectivity of marking materials is much better.

PCB Laser Marking Machine from HGLASER is designed for bar codes marking, 2D codes and characters, graphics and other information on any kinds of printed circuit board. Integrated with high-performance CO2 / Fiber laser source, import high-pixel CCD camera and micron-level mobile module, PCB Laser Marking Series is competent to pre-marking automatic positioning and post-marking feedback reporting.

Applicable to PCBA production line, offline/online mode can be selected according to needs,automatic laser coding and reading detection can be realized through the precise positioning of equipment automatic transmission system and industrial vision system, and the process control of PCBA enterprises in the production process can be realized.

Used for automatic identification and laser marking scrap unit on carrier products, which facilitates efficient and accurate identification of subsequent processes and improves the product yield and process efficiency of customer factories.

Suitable for the packaged IC surface marking , automatic loading and unloading, automatic width adjustment, and the effect of the mark detection through OCR and the MES data analysis system and data feedback can improve the process yield and manufacturing efficiency.

HGTECH Plate Helium Testing Equipment is used for airtight testing of alkaline electrolyzer pole plates after welding.

For the mid stream wafer manufacturing enterprises and downstream packaging and testing enterprises in the semiconductor industry chain, a multi-channel bright and dark field parallel detection system developed independently is adopted to detect the appearance defects of semiconductor wafers and grains with graphics.

Facing the upstream raw material manufacturing enterprises and the midstream wafer manufacturing enterprises in the semiconductor industry chain, the independent developed optical bright and dark field detection system is used to detect the appearance defects of semiconductor raw materials, epitaxial wafers and patterned wafers.

Facing the raw material production enterprises in the upstream of the semiconductor industry chain, the independently developed spectral confocal measurement system is used to detect the size and flatness of semiconductor raw and epitaxial wafers.

Purpose-built for consumer electronics (3C) and AI hardware applications, this high-performance green-laser metal 3D printing system uses laser beam powder bed fusion (PBF-LB) to process pure copper and copper alloys.

HGTECH Cylindrical Battery Cells Lids Fully Automated Assembly Line includes automatic assembly, testing, and packaging, with real-time MES communication. Compared to traditional processes, it reduces labor by 10 times and improves quality by 30%.

The Prismatic Cell Lids Assembly and Inspection Line has the functions of automatic coding, safety vent welding, automatic pole assembly welding, automatic assembly of hot melting, helium inspection, electrical performance test, film, automatic feeding; multiple machines are connected into the whole line to realize the integration of product assembly and testing.

HGTECH Automatic Battery Vent Laser Welding line is designed for the automatic assembly, welding, and handling of round and square cover burst discs. Multiple independent stations are connected to form a complete line, integrating automatic feeding, assembly, welding, and inspection into one streamlined system.

HGTECH Busbar Assembly and Welding Line is designed for busbar marking, grading, automatic assembly, welding, and electrical performance testing. The entire process, from loading to unloading, is fully automated. Multiple independent stations are connected to form a complete line, integrating product assembly and inspection into one cohesive system.

HGTECH Fully Automated Prismatic Cell Module Pack Assembly Line is used for the fully automated assembly of Prismatic Cell modules.

Steel Shell Battery Flange Laser Welding Equipment is mainly used in the welding process of steel shell lithium battery flange, which is mainly composed of battery feeding system, cover plate feeding system, welding system, post-welding detection system, hipot test system, helium inspection System and underfeeding system.

The Prismatic Battery Upper Cover Explosion-Proof Valve Laser Welding production line covers the entire process, from automatic loading, marking, code scanning and grading, to Explosion-Proof Valve inspection, assembly, welding, and unloading. Multiple independent machines are integrated to provide a streamlined solution for assembly, welding, and inspection.

HGTECH Busbar Laser Welding Equipment is mainly used for prismatic Lithium Battery Module Busbar Welding.

Mainly includes cell incoming processing section (cell automatic tray feeding / sweep code detection / automatic adhesive, etc.), cell stack section (cell stack / side plate end plate cleaning, glue, automatic feeding / module assembly / insulation detection, etc.), module welding and testing cutting section (module side plate welding / pole column laser cleaning / Busbar assembly welding / welding detection / EOL test, cover installation, automatic offline) and the whole line MES module

It is used for core pack welding of FTW double-headed ears, and is equipped with functions such as core pack clamping and positioning, upper busbar, core pack caching, ears bending/rolling, laser welding, weld seam appearance inspection and weld seam internal resistance inspection.

This welding machine is suitable for the assembly, welding and inspection of battery modules of different structures and sizes, such as soft pack modules.

It is used for automatic nail welding of steel-cased lithium-ion battery cells; it mainly consists of a loading system, a transit system, a turntable clamping system, a wiping system, a CCD correction, positioning and inspection system, a nail feeding system, a laser welding system, a discharging system, a cooling system and a dust removal system.

Using quasi-continuous fiber lasers,it is very suitable for the industrial applications with higher requirement to long pulse width and high peak , such as spot welding, seam welding, drilling, etc. Particularly suitable for precision laser welding (spot welding, seam welding, drilling) of copper alloy, nickel alloy, stainless steel and other materials.

HGTECH Alkaline Electrolyzers Laser Welding and Cutting Intelligent Manufacturing Solution covers the entire production process for alkaline electrolyzer manufacturing lines, from the turn-milling of electrode frames to the assembly of the electrolyzers. Its production capacity can reach up to 1GW.

HGTECH Nickel Mesh Laser Welding Equipment for Alkaline Electrolyzer is suitable for automatic loading, unloading, and welding of Nickel meshes in alkaline electrolyzer.

HGTECH Plate/Support Mesh Automatic Welding Production Line is used for the welding production line of electrode frames, pole plates/electrode meshes of alkaline electrolyzers.

HGTECH Electrode Frame Machine Automatic Production Line is used for the automatic processing production line of the pole frame sealing line，kidney-shaped holes, and positioning holes of alkaline electrolyzers.

HGTECH Electrode Frame and Plate Automatic Welding Production Line is used for automatic assembly and welding of pole frames + pole plates, weld inspection, flatness inspection, and air tightness inspection of alkaline electrolyzers.

HGTECH LAH3000R Electrode Frame and Plate Robotic Welding System for Alkaline Electrolyzer consists a dual-station design combined with an intelligent robotic welding system, with robot utilization exceeding 99%.

HGTECH Bipolar Plate Automatic Assembly and Welding Line is designed for mass production of bipolar plates with AGV material handling.

HGTECH Hydrogen Fuel Metal Bipolar Plate Plant Tackle challenges in controlling product quality, reliance on specialized equipment at each workstation, and difficulties in managing process metrics.

HGTECH LUA3200 Ultra-efficient Fully Automated Wafer Laser Annealing Machine：The EFEM system pre-positions the wafer, a customized laser annealing head and precision motion platform work together to anneal the entire SiC wafer backside metal (Ni or T layer), ensuring good ohmic contact, reduced contact resistance, and improved device performance.

The Fully Automatic SiC Wafer Modification and Cutting Equipment LUSD3310 uses multiple high-precision CCD vision cameras to automatically identify and locate 6-8 inch wafers with various die specifications. Combining custom ultrafast lasers with a precision motion platform for relative movement, it performs internal wafer modification (stealth dicing). A dedicated wafer splitter then completes full wafer dicing and die separation.

For the pan semiconductor and 3C industries, it is applied to various types of identification of Si, Gan, SiC, glass and surface coating materials, and is applicable to 8-inch and above wafers.

Facing the semiconductor industry, the wafer manipulator and external coaxial vision positioning technology are adopted to realize the full-automatic laser marking of 2-6 inch wafers.

This equipment is used for laser modification and cutting of silicon-based wafers in the semiconductor industry for 8-inch and above chip sealing and testing plants.

This equipment is designed for 8-inch and above chip sealing and testing plants, and is applied to low-k wafers and silicon-based Gan wafers with 40nm and below in the semiconductor industry.

COB Packaging Automation Line is designed for optical-module COB packaging, the line integrates loading, die placement, 3D metrology, plasma cleaning, automatic wire bonding, and AOI. Precise interconnection of standalone machines enables efficient, automated, integrated COB packaging production and testing.

Module Assembly & Test Automation Line integrates base loading, PCB loading and assembly, top-cover assembly, screw fastening, high-temperature tape application, firmware programming, optical-port inspection, and automated module testing. Linked standalone machines provide efficient, integrated production and testing from components to finished optical modules.

High-precision integrated solution for assembly, alignment, dispensing, curing, and inspection of optical modules. It automates component separation and precision assembly, aligns the isolator with the module TX/RX optical paths, and completes precision dispensing and curing of UV or epoxy adhesives for stable optical-device packaging.

High-precision integrated system for assembly, dispensing, curing, and inspection in optical-module packaging. It precisely assembles CuW substrates with COB substrates, TO packages, or chips; applies and cures thermal or epoxy adhesives uniformly，and performs automated post-assembly inspection and sorting.

High-precision automated system for optical-module fiber array units (FAUs). It assembles fiber arrays (FAs), V-grooves, covers, substrates, and related components through automatic alignment, adhesive bonding, curing, and inspection. It also performs coupling assembly between the FAU and COB/TO components.

FA/AWG Coupling System is designed for critical packaging of single-mode fiber arrays and photonic chips, enabling high-precision optical alignment and fixation of EML and DFB lasers, silicon photonic chips, photodetectors, and other core components.

Designed for high-precision coupling among lenses, VCSELs, and optical fibers in optical modules. A precision motion stage, vision alignment system, and real-time optical-power monitor enable accurate multi-axis alignment in X/Y/Z/θ, followed by UV-adhesive curing for secure fixation.

Robot Palletizing Workstation integrates 2D&3D AI machine vision and heavy-duty gantry robot technology. It can accurately identify tens of thousands of irregular workpieces, realize full-automatic, flexible palletizing without manual intervention.

Robot Sorting Workstation adopt 2D+3D multi-modal vision and deep learning AI algorithms, the equipment realizes automatic identification, classification and transfer of tens of thousands of irregular workpieces. With up to 100m long X-axis stroke and optional 2-ton heavy load capacity, the workstation features ≤1mm positioning accuracy and over 99% recognition rate for thin plates, profiles and chemical containers. Modular design supports fast integration with laser cutting, welding and MES/digital twin systems, delivering fully unmanned flexible sorting for metal, new energy and chemical production lines.

Gantry Palletizing Workstation integrates 2D&3D multi-modal vision and deep learning AI algorithms, the equipment can identify tens of thousands of irregular cut metal parts accurately.

Gantry Sorting Workstation: By adopting AI + machine vision technology, the system can accurately identify tens of thousands of special-shaped workpieces and realize intelligent and flexible sorting operations in the whole process.

Intelligent Sorting Workstation: Standardized and Reproducible Smart Units Flexible configuration based on different customer requirements, capable of delivering either a complete intelligent production line solution or a customized single intelligent unit.

The laser cutting automatic material library consists of a material storage system, an automatic loading and unloading system and a production line operation monitoring system. It can be equipped with 1-3 laser cutting machine tools.

The laser cutting automatic material library consists of a material storage system, an automatic loading and unloading system and a production line operation monitoring system. It can be equipped with 1-3 laser cutting machine tools.