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Découpage plasma

Get CNC plasma cutting services that combine precision, speed, and cost-effectiveness for industries across the USA. Using advanced CNC-controlled plasma systems, we ensure clean edges and minimal material waste. Our services cater to manufacturing, construction, automotive, and other sectors that require durable, high-performance metal components.

Découpage plasma
Plasma Cutting, plasma cutting Service

Now Get Custom Plasma Cutting and Metal Fabrication Solutions

Nous fournissons custom plasma cutting services designed to match your exact project requirements. From intricate patterns to heavy-duty structural components, our team ensures every cut meets your specifications. Our plasma metal cutting service is perfect for producing complex parts at high speed. With skilled technicians and state-of-the-art equipment, we guarantee consistent results and competitive turnaround times for projects of all sizes.

Steel Plasma Cutting and Plasma Laser Cutting Services

XC Machining offers specialized steel plasma cutting services for industries that demand strength, durability, and precise dimensions in every component. We also provide plasma laser cutting services, combining plasma’s speed with laser’s precision for superior results in detailed work. 

Whether it’s for prototypes or mass production, our process ensures consistent quality while meeting tight deadlines. We handle everything from raw material preparation to final inspection, giving you a complete cutting solution you can trust for all your metal fabrication needs in the USA.

Pourquoi choisir Découpage plasma avec XC Machining ?

Fournit des prototypes rapides et des pièces de précision en utilisant une technologie CNC avancée, garantissant une qualité et une précision exceptionnelles. Confiance Découpage plasma pour répondre à vos exigences.

De solides capacités de production

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.

Sélection flexible des matériaux

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.

Assistance technique 24 heures sur 24, 7 jours sur 7

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.

Choix de finitions personnalisées

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.

Tolerances for Plasma Cutting

At XC Machining, we provide precise plasma cutting services, offering fast and accurate cutting for a variety of metals with tight tolerances.

Description Spécifications
Tolérances générales ISO 2768-m
Tolérances de précision Tolerances as tight as ±0.5 mm, per drawing specs and GD&T annotations
Material Thickness Up to 50mm for mild steel, 40mm for stainless steel and aluminum
Épaisseur minimale de la paroi 0.5mm
Minimum Part Size 20mm x 20mm x 1mm
Taille maximale des pièces 3000mm x 1500mm x 50mm
Volume de production Prototyping: 1-100 pcs
Low Volume: 101-5,000 pcs
High Volume: Above 5,000 pcs
Délai d'exécution 3-5 business days for most projects. Simple parts can be delivered as fast as 1-2 days

Matériaux pour Découpage plasma Pièces détachées

Des entreprises et des ingénieurs de premier plan font confiance à XC Machining pour des itérations rapides et des pièces durables et de haute qualité. Qu'il s'agisse de prototypage ou de production à grande échelle, notre large gamme de matériaux nous permet de répondre aux exigences uniques de n'importe quelle entreprise. Découpage plasma avec précision et rapidité.

Matériaux de tôlerie

Explorez nos archives sur la fabrication de tôles pour découvrir les techniques de précision utilisées pour transformer les tôles en composants complexes.

Alliage

Carbone

Doux

Inox

Outil

 

Industrie de l'énergie

Surface Finishes for Custom Die Cutting

Custom die cutting at XC Machining produces precise cuts with clean edges, but additional surface finishes may be required to enhance the part’s appearance, functionality, and durability.

Smooth Finish

Die cutting typically provides a smooth edge with minimal burrs, resulting in a clean and precise cut without extensive post-processing.

Ébavurage

Deburring removes sharp edges and small imperfections left after the die cutting process, ensuring that parts are safe to handle.

Finition brossée

A brushed finish adds a uniform matte texture to die-cut parts, offering an elegant and aesthetically pleasing surface that reduces visible marks.

Polissage

Polishing gives die-cut parts a high-gloss, mirror-like finish, ideal for applications where both appearance and smoothness are required.

Anodisation

Anodizing enhances the durability of metal die-cut parts by creating a protective oxide layer, available in both matte and glossy finishes.

Revêtement en poudre

Powder coating provides protective finish for die-cut parts, offering excellent resistance to corrosion, wear, and UV degradation in a variety of colors.

Industries spécialisées

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.

Notre Découpage plasma capacités de service

En tant que leader dans la fabrication de précision, nous offrons un large éventail de capacités qui répondent à la fois au prototypage unique et à la production en petite quantité. Nous sommes spécialisés dans la production de pièces géométriquement complexes et hautement esthétiques, garantissant les normes de qualité les plus élevées. Chez XC Machining, nous sommes fiers d'être le fabricant de référence pour tous vos besoins en matière d'usinage. Découpage plasma en proposant des solutions fiables et efficaces sous un même toit.

Which Technologies Are Used in CNC Plasma Cutting?

Here’re some key technologies that drive the accuracy, quickness, and productivity of CNC plasma cutting, which maximizes production and leads to high quality in several sectors.

Plasma Arc Technology

CNC plasma cutting is based on plasma arc technology. It takes an electrically charged gas (plasma) to fuse and blow off the material on the cut surface. The plasma arc is made by ionizing the surrounding air or an inert gas such as nitrogen by means of an electrical current. This can give accurate and tidy cuts on many metals.

Computer Numerical Control (CNC) Systems

The CNC systems give accuracy and automation during plasma cutting. CNC machines utilize pre-programmed designs and precisely control the position of the plasma torch in the areas of the X, Y and Z axes, preventing errors and limiting the involvement of a human operator. CNC programming is adaptive to other materials, thickness and cutting speeds.

Hypertherm Plasma Systems

Hypertherm is among the most prominent makers of plasma cutting application. Their activated plasma equipment, including the Powermax range, provides the freedom of working at high-frequency voltage and optimized nozzle in order to benefit the pace and nature of cuts. Such systems are characterized with a high level of precision, durability and efficiency even under high demands settings.

Torch Height Control ( THC ) Systems

Torch Height Control system automatically adjusts the height of the plasma torch to produce a constant arc length on the workpiece, as the cutting progresses. This makes sure that the plasma arc is stable such that it does not burn through or creates inconsistent cuts, especially when such a material possesses varying degrees of thickness or when it is irregularly shaped.

Advanced Cooling Systems

Proper cooling is required in good plasma cutting. Cutting Torches Advanced cooling systems such as the water-cooled / air-cooled torch are used to control high levels of heat produced during cutting. These systems deter overheating effects and have the effect of increasing the life of the plasma torch because it would have an unnullified efficiency.

What Are The Perks of Using CNC Plasma Cutting Services?

CNC plasma cutting services offer advanced automated methods of metal cutting, which opens up many doors in the industry options based on quality metal manufacturing with very fine detailing.

Précision et exactitude

CNC Plasma cutting services are precise and very much accurate, and this enables precision and even complex cutting. Computer management will result in consistent cuts that closely match the original design data without the influence of human error because all parts will be cut similarly.

Fast and Efficient Cutting

This CNC plasma cutting process is characterized by speed. The process is able to cut various metals fast to decrease the time spent in production. This qualifies it as a practical option when the company needs to handle large-scale manufacture, since it enables the company to cope with a short deadline without sacrificing quality.

Cost-Effective for Large Volumes

As it is fast and automated, CNC plasma-cutting is very cost-effective in high-volume applications. It is cheap to run and does not end up wasting a lot of material and labor manpower such that it becomes cost effective in bulk metal cutting or mass production.

Réduction des déchets matériels

CNC plasma cutting use also allows production of little wasting. The cutting process is also set to maximize material by minimizing scraps that result in saving costs and increasing efficiency, particularly in the use of costly materials.

Complex Cuts and Detailed Profiles

Welded products have more complex shapes, more detailed profiles that would be time consuming to create using manual cutting, and CNC plasma cutting is excellent in creating these complex shapes and detailed profiles. It is also capable of cutting complex designs with high repeatability.

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Donnez vie à vos conceptions avec XC Machining

Faites l'expérience de l'ingénierie de précision avec XC Machining. Des prototypes détaillés à la production en grande série, nous sommes là pour transformer vos concepts en réalité. Contactez-nous dès aujourd'hui pour discuter des besoins de votre projet !

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Questions fréquemment posées

Découpage plasma

  • How Does Plasma Cutting Compare to Other Cutting Methods?

    Plasma cutting is known for its speed and ability to cut through thick materials with high precision. Compared to other cutting methods like laser cutting, plasma cutting is generally faster, especially when cutting thicker metals, and can handle a wider variety of materials. However, plasma cutting typically produces more heat-affected zones (HAZ) and slightly rougher edges than laser cutting. While laser cutting provides a higher level of precision and cleaner edges, plasma cutting offers a more cost-effective solution for thicker materials and is particularly useful for heavy-duty applications. 

  • What Are the Advantages of Using Plasma Cutting?

    Plasma cutting offers numerous advantages, particularly when it comes to cutting speed and material versatility. It is an efficient process for cutting thicker materials like steel, stainless steel, and aluminum, which may be challenging for other cutting methods like laser cutting. Plasma cutting is also relatively cost-effective, making it ideal for both prototyping and production work. It provides fast cutting times, reducing lead times for projects, and can be used for both simple and complex cuts. 

  • What Is the Cutting Speed of Plasma Cutting?

    The cutting speed of plasma cutting depends on several factors, including the material thickness, the type of material, and the cutting power used. Plasma cutting is generally much faster than other cutting methods, such as laser cutting or water jet cutting, especially when working with thicker materials. For example, plasma cutting can cut through 1-inch thick steel in seconds, while a similar cut with a laser cutter could take several minutes. However, plasma cutting speeds may decrease with materials that have higher thermal conductivity, like aluminum. 

  • How Do You Ensure Precision with Plasma Cutting?

    Precision in plasma cutting is achieved through careful control of the plasma arc and cutting parameters. By using advanced CNC plasma cutting machines, operators can program the machine to follow intricate paths and produce cuts with high accuracy. Plasma cutting machines can also adjust settings such as the gas pressure, cutting speed, and torch height to optimize the cut quality and reduce errors. 

  • What Are the Safety Considerations for Plasma Cutting?

    Plasma cutting involves high temperatures and high-pressure gases, making it essential to follow strict safety precautions. Protective equipment such as gloves, goggles, and face shields should be worn to protect against flying debris and intense light emitted by the plasma arc. Additionally, proper ventilation is necessary to avoid exposure to fumes and gases released during the cutting process. It’s also important to keep a safe distance from the plasma cutter’s cutting area and to follow established safety protocols, including ensuring that the cutting area is clear of flammable materials. 

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