Revolutionize your industrial cutting processes with the state-of-the-art Advanced 3D Vision CNC Plasma Cutting Machine. This cutting-edge machine, brought to you by CRRC QISHUYAN INSTITUTE CO., LTD., seamlessly integrates groundbreaking 3D vision technology with high-precision plasma cutting capabilities. Experience unparalleled accuracy and efficiency in all your fabrication endeavors, making this machine an indispensable asset for achieving superior results in your industrial applications.
Special parameters:
| Plate thickness |
5mm-100mm |
| Groove type |
V type, Y type, X type, K type |
| Cutting accuracy |
blunt edge accuracy: ± 1.0mm, bevel Angle accuracy: ±2.0° |
Technical Parameter:
| cutout type |
Center hole, eccentric vertical hole, eccentric normal hole |
| bevel type |
Straight mouth, V type, Y type, X type, K type, the maximum bevel angle is 45° |
| cutting accuracy |
Hole size accuracy: ±1.0 mm; Bevel angle accuracy: ±2.0° |
| head type |
Ball head (HHA), oval head (EHA, EHB), dish head (THA, THB) |
| head size |
300-6000mm (can be customized according to customer needs) |
CRRC QISHUYAN INSTITUTE CO., LTD. has been a trailblazer in the cutting industry for over a decade. Specializing in producing parts with pre-drilled holes, countersinks, threads, milled openings, and weld preps, our multifunctional CNC cutting machines integrate advanced machining technologies, transforming them into highly efficient production centers.
We are thrilled that our innovative ideas and forward-thinking visions have garnered widespread industry appreciation, particularly in establishing automated bevel cutting as a preferred process.
Our proficiency extends beyond plasma cutting to include cutting-edge laser technologies. Over the past five years, more than 50% of our machines have been equipped with state-of-the-art bevel cutting technologies.
A crucial step in the production of pressure vessels is the precise cutting of dished ends. Automatingthis process to a high degreewhile delivering high-precisioncontours without the need foradditional surface finishingprovides manufacturers with aclear advantage and saves themconsiderable time and resources.
Our philosophy is to deliver machines that are not just isolated tools but integral components of the production workflow. By exchanging information, predicting breakdowns, and automating material flow throughout the customer's production cycle, we significantly enhance efficiency and productivity.To achieve this, we are elevating ourdigital environment to unprecedented levels. Our new generation control systems emphasize digitalization and come equipped with tools and applicationsthat enable seamless integration of our machinery into sophisticated Smart Factory solutions.
We pride ourselves on our state-of-the-art manufacturing equipment and exhaustive in-house processes. Our extensive capabilities in casting, forging, welding, heat treatment, machining, and gearing guarantee exceptional quality and precision.
At CRRC QSYRI, we are leaders in the research and innovation of casting processes and material technologies. Our expertise spans a wide array of castings, including cast steel, cast iron, nonferrous metals, high-temperature alloys, stainless steel, and cobalt-base alloys. We have pioneered advanced manufacturing techniques like high-phosphorous brake shoes and various steel grades within the railway industry. Our casting methods include low-pressure casting, centrifugal casting, metal mold casting, green sand casting, resin sand casting, pre-coated sand casting, sodium silicate sand casting, and precision investment casting. Utilizing MAGMA software for solidification simulation, we specialize in developing cast steel, cast iron, aluminum alloy, and magnesium alloy.
We are at the forefront of R&D in precision forging and heat treatment. Our large-capacity dampers, ND5 major-minor connecting rods, 2000mm axles, brake discs, and gears are widely utilized in the railway sector. Additionally, we manufacture high-temperature alloy turbine blades for gas turbines in naval vessels and valve body forgings for the petroleum industry. Our facilities feature a world-class electric screw press capable of exerting up to 22,000 t .
Our expertise in Forging CAD/CAE sets us apart.
We excel in controlled atmosphere heat treatment and precision forging of nonferrous and ferrous metals, stainless steel, high-temperature alloys, and titanium alloys.
We lead the R&D of diverse heat treatment processes and quenching mediums, including cemented quenching, carbon-nitriding, induction quenching, and tufftriding. Our facilities boast internationally advanced pit-type and box-type carburizing furnace production lines, quenching presses, and induction quenching machines from Germany, making us national leaders in gear heat treatment technology. We specialize in controlled atmosphere carburization, salt bath tuffnitriding, fast and deep ion nitriding, and medium & high-frequency quenching and equipment design, focusing on heat treatment deformation control.
We are dedicated to the R&D of welding processes and equipment for stainless steel, aluminum alloy, and alloy steel. Our advanced equipment includes longitudinal sheet welding machines, NC air plasma cutters, Miller aluminum alloy welding machines, LVD NC sheet shearing and bending machines, and large-sized vacuum brazing furnaces. We have successfully developed and manufactured aluminum air reservoirs, water tanks, battery boxes, and water-cooled radiators.
Our commitment extends to the R&D of surface repairing and hardening technologies for large-sized components. We utilize flame-spraying, plasma-spraying, and electrobrush-plating techniques. Our Miller plasma spraying system produces high-quality transferred coatings of metals, alloys, and ceramics.
We offer a comprehensive suite of surface treatment technologies, including flame spraying, arc spraying, plasma spraying, and electroplating. Our chemical surface treatments encompass anodizing, chemical oxidizing, passivating, phosphating, and coloring, ensuring optimal surface integrity and performance.
CRRC Qishuyan Institute Co., Ltd., a prestigious state-owned enterprise under the CRRC Group, was established in 1959. Strategically situated in Changzhou city, within the dynamic Shanghai region, the institute is a beacon of innovation and technological prowess. Specializing in the R&D of cutting-edge equipment for China's railway industry, it excels as a research institution dedicated to pioneering new materials and processes for locomotives and rolling stock. Moreover, it is a high-tech manufacturer of essential parts and components for railway transportation. With a robust workforce of approximately 3,000 professionals spread across six advanced production sites, CRRC Qishuyan Institute achieved remarkable revenue of over 700 million USD in 2020.
CRRC Qishuyan Institute's expertise spans a broad spectrum of industries and applications, including rail transit equipment, automobiles, new energy vehicles, ships and marine engineering equipment, aerospace vehicles, energy-efficient and environmentally friendly equipment, wind power generation equipment, mining machinery, robotic parts, construction machinery, electromechanical equipment, transmission devices, instrumentation, and electronic appliances. Our comprehensive services encompass R&D, design, manufacturing, sales, repair, leasing, and technical support for a variety of metal products and parts. We excel in mold manufacturing, offering sales, repair, and technical services, as well as metal casting, forging, welding, surface treatment, and heat treatment. Our capabilities extend to orbital welding engineering, product testing, and professional technical training (excluding state-certified vocational training). We provide technical and management consulting, conference services, and rental of self-owned houses and equipment. Additionally, we handle the import and export of various commodities and technologies, except those restricted or prohibited by the state. Our advertising services include the design and production of print advertisements, utilizing our company's publications to promote domestic advertisements.
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