Abrasive water jet cutting is a process that has a lot of potential. It offers a faster, more cost-effective way to manufacture products. The process of abrasive water-jet machining is relatively new and it has not been perfected yet. However, it does offer some advantages over traditional machining methods which cannot be denied.
Abrasive water jet cutting can be used for all sorts of jobs in manufacturing industries such as aerospace, automotive, and heavy machinery. Understanding the fundamentals of waterjet cutting is necessary to comprehend abrasive waterjet cutting. Let us learn more about abrasive water-jet cutting and the future of CNC machines in India.
How Abrasive Water Jet Cutting Works?
A cold cutting technique is waterjet cutting. A cut in the workpiece is made using a very small water stream. Pure Waterjet Cutting is a technique where the water jet alone is used to make the cut. But in addition to the force of water, you also need additional force when the material is thick or hard.
By introducing abrasive particles to the water, more force is generated. These serve as a fluid intensifier under high pressure. High pressure water stream containing abrasive particles strikes the material to be cut, creating a great deal of friction that leads to clean, accurate cuts. A dependable high-pressure pump that is connected to the waterjet cutting machine creates the high-pressure flow of abrasive particles. In waterjet cutting, silicon carbide, aluminium oxide, sand, and garnet are common abrasive particle alternatives. Due to its physical characteristics, garnet abrasive is the most widely used abrasive particle.
The market is expected to reach a valuation of roughly USD 1,988 Million by the year 2030, according to a detailed research report by Market Research Future (MRFR), “Abrasive Waterjet Cutting Machine Market Research Report: Information by Type, Application, Industry and Region – Forecast to 2030.” The report also forecasts that the market will grow strongly at a CAGR of more than 8.50% throughout the assessment term.
Abrasive Waterjet Cutting Machines: Market Overview
Because of Industry 4.0, the market for abrasive waterjet cutting machines is expanding steadily. Additionally, the market is driven by the globally expanding tool manufacturing sectors and heavy industries. The market would expand as a result of increasing abrasive cutting applications for innovative waterjet technology. The market demand is driven by the expanding use of abrasive waterjet cutting machines for polishing tasks in the metal fabrication industries.
Waterjet technology has advanced significantly in recent years, overcoming issues with stream lag and taper in 2D cutting. The waterjet abrasive cutting machine market is anticipated to have strong revenue growth in the next few years because of considerable technical advancements.
Water is sprayed at the workpiece during the advanced, unconventional abrasive cutting process known as waterjet abrasive machining in order to erode oxidised materials and polish and shape metals like cast iron, aluminium, steel, and granite. The abrasive waterjet systems’ machining capacity is increased when an abrasive jet machining method is combined with a CNC machine, enabling hassle-free component production and decreased operational time & costs.
Abrasive waterjet machines offer significant benefits for accomplishing high-precision machining. The ability to machine without a coolant and produce intricate forms and cuts with great surface smoothness are two major advantages. Abrasive waterjet cutting machines also have the advantages of being less expensive, environmentally friendly, and producing non-toxic byproducts.
Industry Trends
Abrasive waterjet cutting equipment is being used more frequently in large production plants for metal fabrication, cutting, and polishing requirements. Additionally, quick technical advancements and new demands for factories with smaller footprints in constrained places increase market revenues. The market value is further supported by the mounting pressure on enterprises to enhance production while cutting back on time, human labour, and operating expenses.
In the production of engine components as well as automotive and aerospace parts, abrasive waterjet cutting machines are widely employed. The market is growing as more thick steel or aluminium sheets are being machined using
water jet cutting machine, along with drilling and cutting operations. Additionally, the need for abrasive waterjet cutting machining for sectors like building & construction and aerospace & automotive is growing the market.
Market Segments for Abrasive Waterjet Cutting Machines
The market study of abrasive waterjet cutting machines involves its types, applications, industries, and regions. The type segment includes 3D waterjet cutters, micro waterjet cutters, and robotic waterjet cutters. The sector with the largest market share is 3D waterjet cutting machines.
Exotic metal and non-traditional material cutting, ceramic/stone cutting, glass/metal art, gasket cutting, foam product cutting, fibreglass cutting, and other activities are included in the application segment. The glass/metal art application segment has the biggest market share of any of them. America, Asia-Pacific, MEA, Europe, and the rest of the world are included in the region segment.
- Regional Analysis of the Abrasive Waterjet Cutting Machine Market
The world market for abrasive waterjet cutting machines is dominated by the Asia Pacific region. The abundance of raw materials and competitive labour costs are major driving forces. Additionally, the market shares for abrasive waterjet cutting machines are affected by their growing adoption, which is driven by the region’s rapid industrialization and growing automation in the manufacturing sectors. Globally, the market for abrasive waterjet cutting machines is also very profitable.
- Competitive Analysis Of The Abrasive Waterjet Cutting Machine Market
The abrasive waterjet cutting machine market sees a variety of strategic transactions, including partnerships, growth, mergers and acquisitions, and the incorporation of cutting-edge technology. Major market participants deliberately invest in advancing their R&D initiatives and expansion strategies.
Industry players work to create new technologies that make it easier to design and build waterjet cutting machines that can be used to execute designs and that are mainly suitable for design origination and modification. There will likely be a number of new products introduced to the market.
