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Jet cutting process Product List and Ranking from 6 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Aug 26, 2026～Sep 22, 2026
This ranking is based on the number of page views on our site.

Jet cutting process Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 26, 2026～Sep 22, 2026
This ranking is based on the number of page views on our site.

  1. YKアキュラシ― 本社　テクニカルセンター Osaka//Machine elements and parts
  2. エイチ・エー・ティー Tokyo//Manufacturing and processing contract
  3. ナツメ Aichi//Manufacturing and processing contract
  4. 4 ＪＲＤ Saitama//Industrial Machinery
  5. 5 ジーエム工業 彦根本社 Shiga//Machine elements and parts
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Jet cutting process Product ranking

Last Updated： Aggregation Period:Aug 26, 2026～Sep 22, 2026
This ranking is based on the number of page views on our site.

  1. Glass wool custom shape water jet cutting processing YKアキュラシ― 本社　テクニカルセンター
  2. High molecular weight polyethylene fiber compression molded plate water jet cutting processing YKアキュラシ― 本社　テクニカルセンター
  3. H.A.T Water Jet Cutting Processing for Glass エイチ・エー・ティー
  4. 4 HAT Waterjet Cutting for Metal Processing エイチ・エー・ティー
  5. 4 Concrete-filled steel pipe water jet cutting processing YKアキュラシ― 本社　テクニカルセンター

Jet cutting process Product List

31～46 item / All 46 items

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Glass wool custom shape water jet cutting processing

Glass wool custom shape water jet cutting processing

With our extensive experience and track record in water jet cutting, we accept requests for prototyping and verification cutting of difficult-to-process materials such as metals, resins, and composites.

It is an inorganic material that is melted at high temperatures to create thin fibers and then formed into a cotton-like substance, excelling in thermal insulation, sound absorption, fire resistance, and durability. For this occasion, we cut multiple materials with different specifications to verify their sound absorption effects. Since it is a material that easily compresses the air layer and does not conform to the specified sizes for fitting into the verification device, we determined the sizes based on a snug fit feeling and proceeded with the cutting.

  • Glass
  • Jet cutting process

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High molecular weight polyethylene fiber compression molded plate water jet cutting processing

High molecular weight polyethylene fiber compression molded plate water jet cutting processing

With our extensive experience and track record in water jet cutting, we accept requests for prototyping and verification cutting of difficult-to-process materials such as metals, resins, and composites.

It is positioned as the second generation of super fibers following para-aramid fibers. Thermoplastic ultra-high molecular weight polyethylene fibers are processed into sheet form using a special method and then shaped into panels through laminated compression, allowing for arbitrary shape cutting. They are lightweight with high strength and high elasticity, and they excel in abrasion resistance, fatigue resistance, impact absorption, bullet resistance, weather resistance, and chemical resistance. They are said to be effective for bulletproof applications and are used for advanced purposes such as vests, helmets, and armor panels. Due to their exceptionally excellent material properties, they are difficult to mold and cut, but arbitrary shape cutting can be performed without issue using water jet cutting technology.

  • fiber
  • Jet cutting process

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Water jet additional processing for window cutout in piping for water heater cover.

Water jet additional processing for window cutout in piping for water heater cover.

With our extensive experience and track record in water jet cutting, we accept requests for prototype and verification cutting of difficult-to-process materials such as metals, plastics, and composites.

Due to the special layout, some modifications and additional processing from standard products are required. Because it is painted steel plate, other cutting methods may cause issues such as burning or warping. We also accept post-processing from standard products using water jet cutting. Even if the standard product has bending or additional parts attached, with careful setup, partial additional processing from arbitrary shapes is possible. In this case, after measuring on-site, we performed cutting processing only on the cut-out parts without removing the paint or instruction seals. Although there may be slight burrs on the back side, for safety, we performed the cutting with rounded corners, and we also received repeat orders for different sizes.

  • Piping
  • Jet cutting process

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Water jet cutting of composite material parts for rotating systems

Water jet cutting of composite material parts for rotating systems

With our extensive experience and proven track record in water jet cutting, we accept requests for prototype and verification cutting of difficult-to-process materials such as metals, plastics, and composites.

To confirm the wear and damage of the rotating axis of the home appliance, it was cut into two parts. Considering the friction resistance, many of the rotating components are in a floating state, so there is a high possibility that small parts may be lost during a complete two-part cut. Therefore, I proposed a 90-degree opening cut. However, prioritizing the confirmation of the axis center, we accepted the risk of damage or loss of other parts and took measures to maintain stability in areas that could become unstable during cutting, and proceeded with the two-part cut. We successfully maintained the assembly state for all parts except for the washers. This was a project that took advantage of the benefit of being able to cut various materials simultaneously.

  • Composite Materials
  • Jet cutting process

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Brass plate C2801P mechanical parts water jet cutting processing

Brass plate C2801P mechanical parts water jet cutting processing

With our extensive experience and track record in water jet cutting, we accept requests for prototype and verification cutting of difficult-to-process materials such as metals, plastics, and composites.

Brass, known for its high electrical conductivity, corrosion resistance, excellent hot forgeability, and high machinability, is used in applications such as watches and precision parts that require cutting. However, when it comes to long-length and thick plate processing, water jet cutting has been proposed and adopted as a suitable method. C2801P, the most commonly circulated material as brass plates, is also handled extensively in water jet cutting, ranking third after aluminum and copper. While achieving precision in machining processes can be challenging (±0.5mm), the cutting width is small (approximately 1mm), allowing for reduced cutting pitch. This enables processing two pieces from a single supplied material, contributing to improved yield rates. Brass plates can be produced with a thickness ranging from about 0.1mm to 100mm, accommodating a certain level of precision.

  • Special Steel
  • Other metal materials
  • Jet cutting process

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SUS405 20mm water jet inline processing

SUS405 20mm water jet inline processing

With our extensive experience and track record in water jet cutting, we accept requests for prototyping and verification cutting of difficult-to-process materials such as metals, resins, and composites.

A material that has almost no hardening due to heat treatment and is also excellent in corrosion resistance. Deformations such as warping and distortion caused by heat or force during metal processing do not occur, and the material is tested using water jet cutting processing that does not impose any load on it. The cutting process is completed in a flat state without the generation of residual stress.

  • stainless
  • Jet cutting process

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Water jet cutting process for internal verification of semiconductor packages.

Water jet cutting process for internal verification of semiconductor packages.

With our extensive experience and track record in water jet cutting, we accept requests for prototyping and verification cutting of difficult-to-process materials such as metals, resins, and composites.

We conducted precision cutting to verify the internal structure of containers and structures that protect silicon chips (IC chips) with finely etched circuits and connect them electrically to external substrates. Processing Know-How (Setting): By deeply understanding the characteristics of the delicate multilayer structure's stacking pitch and materials, we established optimal settings to minimize tiny vibrations and delamination during cutting. This allows for accurate exposure of the internal bonding conditions as they are. High-Pressure Water Jet (Hardware): Through non-thermal cutting that exerts no thermal influence, we thoroughly eliminate the melting of resin, the generation of internal stress, and interlayer delamination. Without concerns about thermal deformation or structural changes, it is possible to accurately verify the fine structures and joints of the package. As seen in the semiconductor package verification cutting images, even in complex package structures with a mix of materials of varying hardness, such as metal layers, resin layers, and silicon, we expose extremely clean and sharp cross-sections without causing interlayer delamination or deformation. Since we can verify the internal conditions clearly and without distortion, we strongly support the acquisition of reliable data for quality evaluation and analysis.

  • Semiconductors and ICs
  • Composite Materials
  • Jet cutting process

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Internal verification of waterproof high-durability acceleration sensor using water jet cutting technology.

Internal verification of waterproof high-durability acceleration sensor using water jet cutting technology.

With our extensive experience and proven track record in water jet cutting, we accept requests for prototype and verification cutting of difficult-to-process materials such as metals, plastics, and composites.

【Processing Points】 In order to ensure water and dust resistance (waterproof specifications) and prevent disconnection (strain relief) under harsh environmental conditions, we adopted a molded structure for an inline (relay type) sensor protection and waterproof case (a molded integrated acceleration sensor unit that also serves as an amplifier/relay unit). We conducted cutting processing aimed at verifying the internal structure. 【Our Solution】 In the internal verification of a composite structure made of various materials with completely different hardness and texture, such as resin, rubber, copper wire, and metal, mechanical cutting tools or thermal cutting methods can cause material peeling, deformation, delamination, and bursting. We have achieved an optimal cutting environment by highly integrating advanced settings and optimal cutting speed settings with water jet cutting. Processing Know-How (Settings and Cutting Speed Settings): For a complex composite structure of dissimilar materials with significant hardness differences, ranging from soft rubber and resin to hard metal and copper wire, we establish optimal settings to prevent peeling and breaking, and by setting the optimal cutting speed according to the material properties, we accurately expose the internal layer structure and wiring state without disruption.

  • Sensors
  • Jet cutting process

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Aerospace Waterjet Cutting Processing

Aerospace Waterjet Cutting Processing

We respond to high-precision parts processing with the technology cultivated in the aerospace industry.

In the aerospace industry, high-precision machining is required to enhance product reliability. Particularly in the aerospace sector, where strict quality standards are applied, it is essential to minimize stress and thermal effects on materials while achieving precise shapes. Improper machining can lead to performance degradation of parts and safety-related issues. Our company leverages the technology cultivated in the aerospace industry to address these challenges through water jet cutting and CAD/CAM systems. 【Application Scenarios】 - Precision machining of aerospace-related components - Cutting of complex-shaped parts - Machining of materials where thermal effects need to be avoided - Creation of machining data for jigs and products 【Benefits of Implementation】 - High-precision cutting that minimizes stress and thermal effects on materials - Clean cut surfaces with minimal deformation and burrs - Cut surfaces that are easy to process further - Efficient creation of machining data from raw data

  • Processing Contract
  • Jet cutting process

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HAT Waterjet Cutting for Metal Processing

HAT Waterjet Cutting for Metal Processing

Optimal, stress-free cutting for sheet metal processing.

In the metal processing industry, particularly in sheet metal processing, it is essential to minimize thermal effects on materials and achieve precise shapes. Inappropriate processing methods can lead to material deformation and increased labor for secondary processing, potentially resulting in decreased product quality and increased costs. Our water jet cutting process achieves clean cut surfaces with minimal burrs without applying stress or thermal effects to the material through ultra-high-pressure water flow. Additionally, our CAD/CAM system efficiently creates processing data from raw data to shape the final product. 【Usage Scenarios】 - Cutting complex shapes in metal sheets - Processing materials sensitive to heat - Manufacturing precision sheet metal parts - Rapid processing of prototypes 【Benefits of Implementation】 - Suppression of material deformation and changes in material properties - Reduction of deburring work - Facilitation of secondary processing - Quality improvement through high-precision cutting - Realization of short delivery times

  • Processing Contract
  • Actuator
  • Jet cutting process

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HAT Water Jet Cutting Processing for Construction

HAT Water Jet Cutting Processing for Construction

We propose a stress-free cutting method for processing architectural decorative panels.

In the construction industry, the production of highly decorative panels requires the ability to handle complex shapes and a variety of materials. In particular, performing precise processing without compromising the properties of the materials is a crucial factor that affects the quality of the design. Avoiding thermal effects and deformation while achieving a beautiful finish enhances design freedom and contributes to increasing the added value of buildings. Our water jet cutting technology and CAD/CAM systems respond to these needs and support the production of high-quality decorative panels. 【Application Scenarios】 - Production of highly designed decorative panels - Handling of diverse materials such as stone, composites, and resins - Realization of complex shapes and curved cuts 【Benefits of Implementation】 - Processing without thermal effects or deformation, preserving design integrity - Reduced burrs, minimizing post-processing efforts - Expanded design possibilities through cutting into free shapes

  • Processing Contract
  • Water Hydraulic Equipment
  • Jet cutting process

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Water jet cutting process for small pieces of hafnium metal disc additives.

Water jet cutting process for small pieces of hafnium metal disc additives.

With our extensive experience and track record in water jet cutting, we accept requests for prototype and verification cutting of difficult-to-process materials such as metals, resins, and composites.

Hafnium metal, widely used in control rods for nuclear reactors, jet engine components, semiconductor materials, etc. This time, we are cutting small pieces for additive materials in the production of special alloys. Due to its high hardness, tendency to oxidize, and uneven thickness, water jet cutting was chosen. There were various issues with small piece cutting on our equipment, making continuous processing difficult. However, with some leeway in the allowable tolerances, we devised a setting and cutting method to perform continuous cutting of 10mm squares. There were no issues such as abrasive particle embedding on the cutting surface, and after testing and verification of the cutting, we received a formal order.

  • Other metal materials
  • Jet cutting process

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Aluminum 45mm thick water jet cutting processing

Aluminum 45mm thick water jet cutting processing

With extensive experience and proven results in water jet cutting, we accept requests for prototype and verification cutting of difficult-to-process materials such as metals, resins, and composites.

Aluminum A5052 45mm×φ605 fan-shaped equal division cutting process. The surface may have slight peeling of the protective sheet at the initial penetration point, but the backside has been cut with almost no peeling. Although it is thin, aluminum tends to form a natural oxide film when exposed to air, so after a certain amount of prolonged processing, it becomes waterlogged. Therefore, we want to protect as much as possible except for the cut surface where the base material is exposed. Of course, with the dynamic water jet, the cutting head is automatically tilted to eliminate taper, reducing water flow delay and taper, allowing for high-precision cutting.

  • aluminum
  • Jet cutting process

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H.A.T Water Jet Cutting Processing for Glass

H.A.T Water Jet Cutting Processing for Glass

For glass design cuts. Achieving precise processing without stress.

In the glass industry and design field, there are many situations where complex shapes and precise cuts are required. In particular, technologies that allow processing without applying heat or physical stress to the material are crucial for enhancing design without compromising the material's properties. Additionally, to increase design flexibility, accurate processing based on data through collaboration with CAD/CAM systems is essential. Our company leverages the technology cultivated in the aerospace industry to combine water jet cutting and CAD/CAM systems, enabling us to achieve the design cuts our customers desire. 【Application Scenarios】 - Decorative panels for buildings - Creation of art pieces - Design parts for furniture - Interior design for stores - Processing of glass with special shapes 【Benefits of Implementation】 - Processing that utilizes the properties of glass without thermal effects or deformation - Minimal burrs and smooth cut surfaces for easy secondary processing - Realization of precise design cuts based on CAD data - Capability to accommodate diverse shapes

  • Processing Contract
  • Special Processing Machinery
  • Jet cutting process

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When it is necessary to avoid burning the material in processed products or when precision is required!

When it is necessary to avoid burning the material in processed products or when precision is required!

About 10 times the processing speed of wire electrical discharge machining! Leave the water jet cutting of difficult-to-machine materials to us.

Kusuda Steel Industry Co., Ltd. offers water jet cutting processing for CFRP (carbon fiber reinforced plastic) and other composite materials, glass, titanium, and other difficult-to-cut materials with short lead times. We can cut metals, non-metals, and special materials! We can handle both thick and thin materials, and large sheets are also welcome! ⇒ Plate thickness: 0.01mm to over 100mm Processing size: Up to 2000×3000 can be cut 【Features】 ■ Wide range of materials can be cut ■ Extensive support ■ Short lead times and small lot sizes ■ Proven track record *For more details, please download the PDF or feel free to contact us.

  • Processing Contract
  • Jet cutting process

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Water jet cutting processing of galvanized steel plate with optional position angle holes.

Water jet cutting processing of galvanized steel plate with optional position angle holes.

With our extensive experience and track record in water jet cutting, we accept requests for prototype and verification cutting of difficult-to-process materials such as metals, resins, and composites.

This unique building material, with its distinctive shape and surface color, creates a unique atmosphere visually. It has been adopted for the interior of a store, and we have undertaken some processing. It is said to provide an impressive ambiance for visitors and has received positive feedback. Among metal materials, it is a durable and rust-resistant material with various cutting methods available. The material used this time consists of corrugated sheets with a height difference of about 10mm at a 30mm pitch. While simple cutting poses no issues, the processing required is for arbitrary positions unrelated to the peaks and valleys, which caused difficulties for the processing contractor. Therefore, our water jet cutting was chosen. However, since the cutting exposes the raw surface completely, we carried out drying and curing after each of the multiple corner cutouts.

  • Other metal materials
  • Jet cutting process

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