Minimal. Les bords peuvent nécessiter un ébarbage ou un lissage pour des raisons esthétiques ou fonctionnelles.
We offer high-quality Services de découpe au jet d'eau which aims at providing industries in the USA precision, versatility and efficiency. Our company provides the customers with the possibility of reliable solutions both in the prototype and high-volume production based on rather fast and cost-effective results.
XC Machining produces waterjet cutting services that satisfy the needs of its clientele. Our advanced technology in the field of Fraisage CNC can complement waterjet cutting for high-precision machining. Our waterjet cutting equipment can work with some kinds of materials and cut it cleanly and without heat-affected areas. The precision and quality of our handwork ensure that the final product is greatly enhanced in terms of integrity, as well as wastes being brought down to the minimum by our highly trained expert team that ensures every part is chiseled with utmost standards of precision and quality.
XC Machining has waterjet cutting experts that you can rely on, who provide the custom waterjet cutting services. Our advanced technology in the field: waterjet high pressure behaving tool carries the nexus of cutting any material at a go up to several inches in thickness, creating flexibility and accuracy that conventional slicing cannot compare.
We are a custom waterjet cut parts supplier, offering services according to your demands. Our tailored water jet cutting services are ideal applications in creating component parts that are accurate and have intricate varieties. Whether it is prototypes or end-use parts, our team dives deep in collaboration with you to ensure that there is functionality and beauty in the parts.
For fast-turnaround industries, XC Machining can provide the company with rapid waterjet cutting service for production runs. We can manufacture high quantities of parts in a short time using our waterjet technology without affecting the quality.
Dans nos locaux, vous disposez d'une grande variété de machines pour la production de pièces, notamment des tours CNC, des fraiseuses, des équipements de moulage par injection, une technologie d'impression 3D de pointe, et bien plus encore.
Chez XC Machining, nous veillons à ce que votre choix ne soit pas limité, c'est pourquoi nous vous proposons plus de 60 matériaux pour vos prototypes et vos produits.
XC Machining met à votre disposition des ingénieurs de service compétents qui ont les connaissances nécessaires pour répondre à vos demandes en matière de fabrication. Nos ingénieurs sont toujours sur le terrain pour vous offrir de précieux conseils.
Nous proposons une gamme de traitements de surface et de finitions personnalisées sur des pièces solides en métal et en plastique, notamment l'anodisation, la peinture par pulvérisation, le polissage à la vapeur, le sablage, la sérigraphie, etc.
General Dimensional Tolerance | ±0.076 mm to ±0.254 mm (±0.003" to ±0.010") | Tighter tolerances achieved with fine abrasive and slow cutting speeds. |
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Cut Edge Quality (Kerf Taper) | ±1° or better | Kerf taper increases on thicker materials; can be minimized with taper control. |
Minimum Hole Size | ≥ material thickness | Holes smaller than material thickness may be inaccurate or incomplete. |
Taille minimale de l'objet | 0.5 – 1.0 mm | Thin walls, sharp corners, and narrow slots must be designed cautiously. |
Minimum Kerf Width | ~0.8 – 1.2 mm (0.032″ – 0.047″) | Depends on nozzle size and abrasive type. |
Part-to-Part Repeatability | ±0.025 mm (±0.001″) | High-end machines with controlled conditions. |
Edge Finish Quality (Q Levels) | Q1 to Q5 | Q1 = roughest/fastest; Q5 = smoothest/slowest cut. |
Material Thickness Range | Up to 300 mm+ (12″+) | Can cut very thick or layered materials without distortion. |
Heat-Affected Zone (HAZ) | Aucun | Ideal for temperature-sensitive materials like titanium or composites. |
Flatness of Cut Parts | Maintained | Since no heat is applied, flatness is preserved unless material stress is present. |
Aluminum (5052, 6061, 7075) |
Stainless Steel (304, 316, 430) |
Mild/Carbon Steel (A36, 1018, 1045) |
Copper (C110, C101) |
Brass (C260, C464) |
Titanium (Grade 2, Grade 5 – Ti-6Al-4V) |
Tool Steel (D2, A2, O1, H13) |
Inconel (625, 718), Hastelloy, Monel |
Acrylique (PMMA) |
Delrin (POM/Acetal) |
Nylon (PA6, PA66) |
Polycarbonate (PC) |
UHMW, HDPE, LDPE |
PVC (Rigid) |
PTFE (Téflon) |
Carbon Fiber Reinforced Polymer (CFRP) |
Glass Fiber Reinforced Polymer (GFRP) |
Phenolic Resin Sheets |
Granite, Marble, Slate |
Ceramic Tile, Porcelain |
Glass (Tempered, Laminated, Annealed) |
Here are the surface finishes suitable for Waterjet Cutting, enhancing appearance, function, or prep for secondary processes:
The natural surface left after waterjet cutting, slightly textured with minimal taper; ideal for functional parts without aesthetic needs.
Removes sharp edges or burrs left by the cutting process, improving safety and assembly fit.
Applies a smooth, matte texture by blasting the part with fine media—ideal for aesthetic or paint-ready surfaces.
Enhances surface smoothness and shine, often used on metal or stone components post-cutting for a refined look.
A linear, satin-like texture applied after cutting, commonly used for stainless steel and aluminum components.
Adds a durable, protective layer in various colors, used after waterjet cutting to improve corrosion resistance and visual appeal.
XC Machining est un partenaire de confiance pour les industries exigeant complexité, fiabilité et précision. Notre longue expérience dans la production de millions de composants de haute qualité apporte une expertise inégalée à chaque projet.
Nos services couvrent une gamme variée d'applications afin de garantir que nous répondons aux besoins uniques de chaque secteur avec le plus grand soin.
XC Machining soutient l'industrie automobile avec des solutions d'usinage CNC de pointe, permettant la production de pièces complexes qui favorisent l'efficacité.
Pour l'industrie des semi-conducteurs, XC Machining propose des services d'usinage CNC qui répondent aux exigences de haute précision nécessaires à la fabrication des composants.
Nos services d'usinage CNC sont essentiels dans le secteur de l'énergie, où la précision et la durabilité sont primordiales. XC Machining soutient les
XC Machining est un partenaire de confiance dans le secteur des machines industrielles, offrant des solutions d'usinage CNC qui garantissent la robustesse et l'efficacité des machines.
XC Machining fournit des solutions d'usinage de précision pour l'industrie électronique, en produisant des composants complexes qui répondent aux normes rigoureuses exigées pour
XC Machining propose des services d'usinage CNC spécialisés pour l'industrie des communications, en fabriquant des pièces de précision qui sont vitales pour l'infrastructure.
Obtenez des services fiables de moulage sous vide pour des prototypes et des pièces de production de haute qualité à des prix compétitifs. XinCheng propose des pièces moulées très détaillées d'une qualité constante.
Nous proposons des services de tôlerie, y compris le formage, le pliage, le découpage et le soudage, qui garantissent l'utilisation de métal de calibre standard pour les prototypes et les petites séries.
Profitez de nos services de moulage par injection pour réaliser des prototypes et des pièces sur mesure de haute qualité, avec l'aide d'experts, des prix compétitifs et des cycles de production plus rapides pour des résultats fiables et efficaces.
Our waterjet cutting systems rely on high-pressure pumps and CNC control to achieve precise cuts. For applications requiring complex geometries and rapid prototyping, Frittage sélectif par laser (SLS) 3D printing can also be an excellent complement.
The core of any water jet cutting tool involves a high-pressure pump, which creates some pressure in the range of 60,000 to 90,000 PSI. It is this high pressure that makes common water turn into a strong cutting object. Pumps used are basically of two types: an intensifier pump, utilizing hydraulic pressure, and a direct drive pump, which is mechanized in order to be efficient and small.
When it is used to cut hard materials such as metal, stone, or glass, abrasive (typically garnet) particles are added to the water stream. This makes the waterjet an abrasive jet that cuts the tough materials cleanly. The abrasive is blended in a stove and is thus channeled through an opening to ensure accurate cutting without heat.
In cutting soft or sensitive materials like rubber, foam or a textile, pure water cutting is applied where no abrasive is used. It makes clean, precise cuts and it does not contaminate the material as well. It is a preferred method of processing that is non-abrasive in nature.
The CNC (Computer Numerical Control) system used to control the cutting head enables the head to move with exact programmable moves. The system provides precision cutting according to the digital CAD files and is able to work on complicated figures and narrow tolerances. Another way it can be used is to automate production to achieve high quantity production.
The action of cutting occurs at the nozzle and it consists of a small orifice (usually of ruby, sapphire or diamond), and a mixing tube. The nozzle used in abrasive cutting is also used to channel the abrasive particles along with the water stream. The waterjet is made sure to be focused and accurate when used in terms of the configuration of the nozzle.
The waterjet systems are generally incorporated into CAD/CAM software to operate manufacturing and design processes. Engineers have the capability of importing digital drawing, optimizing of cutting paths and efficient nesting of parts to save on waste of materials. This integration simplifies the entire procedure between design and final part.
Advanced waterjet systems include automatic height sensors and Z-axis control to maintain the correct distance between the nozzle and the material. It ensures consistent cutting depth, compensates for uneven surfaces, and prevents collisions. It’s especially useful when working with warped or thick materials.
Most machines will have built into them a material handling process, such as a gantry system, conveyor, or vacuum table, as a process to increase their efficiency. These fixtures aid in stabilizing the material in the course of cutting, and they make loading and unloading of parts simpler. Cutting tables that are water-filled also make it less noisy, deburr and cool the material.
Waterjet cutting mistakes like improper abrasive selection, misaligned nozzle height, and unsecured materials can lead to inaccurate cuts, equipment wear, and production inefficiencies.
The wrong abrasive type or grit may vastly diminish your cutting efficiency and impact the surface of parts cut. A good example here is that the finer abrasives will be needed in detailed work whereas the coarse abrasives are more suited to thicker or softer materials.
It is imperative to have the right distance between the nozzle and the piece of work. Both splash-back or possible damage can be created by a nozzle too near, and cutting precision and edge quality will be sacrificed by an over-distant nozzle.
When using waterjet cutting, tapered edges on thicker materials are possible. You have to be careful to not set your machine up or design your machine without considering taper, as these parts will not have the correct dimensions.
Unless the material is well clamped or weighed down, the material may move during the cutting. Even such a little movement is possible to upset the line of cut and spoil the whole piece of work.
Regular maintenance is key to maintaining your waterjet cutting equipment. Similarly, keeping Usinage CNC 5 axes systems well-maintained ensures high-precision output across complex geometries..
Quel post-traitement est nécessaire pour les pièces découpées au jet d'eau ?
Minimal. Les bords peuvent nécessiter un ébarbage ou un lissage pour des raisons esthétiques ou fonctionnelles.
Quelle épaisseur de matériau peut être découpée au jet d'eau ?
Jusqu'à 200 mm, en fonction de la machine et du matériau.
La découpe au jet d'eau est-elle écologique ?
Oui. Il utilise de l'eau et des abrasifs naturels, génère peu de déchets et ne produit pas d'émissions dangereuses.
Quelles sont les limites de la découpe au jet d'eau ?
Il est plus lent pour les matériaux fins, peut laisser des bords rugueux et utilise beaucoup d'eau et d'abrasifs.
Quels sont les matériaux qui peuvent être découpés au jet d'eau ?
Presque tous les matériaux, y compris le métal, la pierre, le verre, les composites et la céramique.
Copyright © 2025 XC Machining
Copyright © 2025 XC Machining