Robotics CNC Machining Service
Robotics CNC machining creates precise robot parts using computer-guided machines to cut metal and plastic, ideal for prototypes or mass production with high accuracy and customization.
With DEK, you can order a variety of custom parts that are tailored to your specific production and project requirements. We offer fast quotes, no minimum order, affordable pricing, and high precision. Our quick turnaround, many finishing options, and strong quality control ensure parts are made exactly as needed.
introduction
Robotics CNC Machining: Precision Parts Made Easy
DEK offers high-precision robotics CNC machining services, delivering custom metal and plastic parts quickly and accurately to support robotics prototyping, production, and specialized component needs.
Here at DEK, our robotics CNC machining services are tailored to deliver high-quality, custom components for robotic systems of all sizes and functions. Our advanced CNC equipment includes 3-axis and 5-axis machining centers, Swiss turning machines, and precision grinders that enable us to produce complex parts with tight tolerances. We offer prototyping, low-volume runs, and full-scale production of robotic parts, ensuring each part meets the high standards of robotic applications.
In order to meet different robotic needs, we use a variety of materials, including aluminum, stainless steel, titanium, and engineering plastics such as PEEK and Delrin. With DEK, you are guaranteed to get the right parts on time, in the right quantities, and of the right quality, whether you need lightweight parts for drones or durable joints for industrial robots.
- 5-axis CNC with Swiss turning
- Precision up to ±0.005 mm
- Prototypes delivered as fast as 1 day
- Wide range of metals and plastics
- Pas de quantité minimale de commande
- Fast, reliable global shipping
Matériaux for Robotics CNC Machining
Métaux
Plastiques
Aluminium
Aluminum is a popular alloy in robotics CNC machining due to its great strength-to-weight ratio, corrosion resistance, and ease of machining. It’s perfect for drone frames, robotic arms, and aerospace parts that need to be strong yet lightweight.
At DEK, we specialize in high-precision robotics CNC machining of various aluminum alloys for robotics and other demanding applications. Our services ensure reliable, cost-effective, and high-quality results tailored to meet performance standards across industries.
Alliage
AL6061, AL6063, AL5083, AL5052, etc.
Laiton
Brass is highly valued in CNC machining for its excellent machinability, low friction, and natural corrosion resistance. It’s commonly used in electronics and robotic connectors, especially for parts that involve rotation or sliding. Its smooth finish also adds visual appeal.
DEK offers precision brass machining to produce high-quality, durable, and reliable components for the robotics industry, ensuring each part meets strict functional and aesthetic standards for demanding applications.
Alliage
Laiton 260, C360, Cz121, etc.
Cuivre
Copper is widely used in CNC machining for its exceptional electrical and thermal conductivity, making it ideal for connectors, wiring housings, and heat sinks in robotics. Although too soft for structural parts, it’s essential where electrical performance is critical.
DEK specializes in precision copper machining, providing reliable, high-quality components for advanced electronic and thermal applications in robotics and automation, ensuring optimal performance where conductivity and heat management are key.
Alliage
Cuivre C101, C110, etc.
Inconel
Inconel is a high-performance superalloy known for its outstanding resistance to heat, pressure, and wear, making it ideal for extreme environments. Commonly used in aerospace and defense robotics, it performs exceptionally well under high-stress, high-temperature conditions. Though difficult to machine, its unmatched strength and stability are crucial for mission-critical applications.
At DEK, we offer expert CNC machining of Inconel, delivering precise, durable components tailored for the most demanding robotic and industrial uses.
Alliage
Inconel 718, 625, 600, etc.
Acier doux
Mild steel is a popular choice in robotics for structural and mechanical parts, thanks to its good strength, machinability, and affordability. It’s ideal for frames, brackets, and fixtures that must handle mechanical stress without requiring corrosion resistance.
DEK provides high-precision robotics CNC machining of mild steel, delivering durable and reliable components tailored for various industrial and robotic applications, ensuring consistent performance and cost-effective solutions for your engineering needs.
Alliage
Acier doux 1018, 1045, A36, 1215, etc.
Acier inoxydable
Stainless steel is prized for its exceptional corrosion resistance and strength, making it ideal for robotic parts exposed to moisture, chemicals, or high wear. Commonly used in joints, frames, and support structures, it provides long-lasting durability, even though it’s heavier than aluminum.
At DEK, we specialize in precision CNC machining of stainless steel, producing reliable, high-performance components tailored for demanding robotic and industrial environments where strength and resilience are essential.
Alliage
Acier inoxydable 301, 303, 304, 304L, 316, 316L, etc.
Titane
Titanium offers an outstanding strength-to-weight ratio, making it perfect for high-performance robotics and drone components. Commonly used for motor mounts, fasteners, and structural parts, it combines durability with low weight. Its excellent corrosion resistance also makes it ideal for outdoor and marine environments.
DEK specializes in precision CNC machining of titanium, producing reliable, high-quality parts tailored for demanding, weight-sensitive applications in robotics, aerospace, and other advanced engineering industries.
Alliage
Titane Grade 1, Grade 2, Grade 5, etc.
ABS
ABS is a durable, impact-resistant plastic widely used for drone housings, enclosures, and internal mounts. It’s lightweight, easy to machine, and cost-effective, making it an excellent choice for prototyping and production of protective parts. Its strength-to-weight balance ensures reliable performance in various robotics applications.
At DEK, we provide high-quality CNC-machined ABS components, including covers, mounting plates, and structural elements, all crafted with precision to meet the demands of both testing phases and final deployment.
Delrin
Delrin is a strong, low-friction plastic perfect for high-precision moving parts in robotics and drones. It offers excellent dimensional stability, wear resistance, and smooth motion, making it ideal for gears, bearings, rollers, and other components that require consistent performance. Lightweight and non-conductive, Delrin is also suited for electrical isolation needs.
DEK specializes in CNC machining Delrin to tight tolerances, producing durable, high-quality parts tailored for dynamic robotics systems and demanding mechanical assemblies where precision and reliability are essential.
PEHD
HDPE is a lightweight, moisture-resistant plastic known for its toughness and ease of machining. It’s commonly used in robotics for panels, spacers, and containers, and in drone CNC machining for battery mounts, landing gear, and other non-load-bearing components. Its durability, impact resistance, and low weight make it perfect for functional applications that demand reliability without added mass.
At DEK, we deliver precision-machined HDPE parts designed for rugged, lightweight performance in drone assemblies and various robotic systems.
Nylon
Nylon is a strong, flexible plastic known for its excellent wear, impact, and chemical resistance. It’s commonly used in robotics for bushings, washers, insulators, and components that require flexibility and durability. In drone CNC machining, Nylon is especially valued for its vibration absorption and resistance to cracking under stress, helping ensure smooth, reliable operation.
At DEK, we specialize in machining high-performance nylon parts, delivering precise, resilient components built to withstand dynamic movement and harsh environments in both robotic applications.
PEEK
PEEK is a high-performance engineering plastic prized for its exceptional resistance to heat, chemicals, and mechanical stress. Commonly used in robotics and aerospace, it’s ideal for applications requiring long-term reliability, cleanliness, and durability under extreme conditions. Although more expensive than other plastics, PEEK offers outstanding dimensional stability and toughness, making it perfect for precision components.
DEK specializes in machining high-quality PEEK parts tailored for advanced robotic and aerospace systems where performance, accuracy, and endurance are essential.
Polycarbonate
Polycarbonate is a tough, transparent plastic known for its high impact resistance, making it ideal for protective shields, covers, and lenses in robotic systems. It combines excellent strength with light weight and heat resistance, offering both durability and clarity. Its precise machinability makes it a top choice for safety-critical parts where visibility and reliability are key.
DEK offers machining of high-quality polycarbonate components tailored for demanding robotic applications that require strong, lightweight, and transparent protection.
PTFE
PTFE is a soft, chemically resistant plastic ideal for robotics CNC machining where low friction and high temperature resistance are essential. Commonly used for seals, gaskets, and insulation parts, PTFE excels in harsh environments involving heat, chemicals, and mechanical stress. While less rigid than other plastics, its non-stick and durable properties make it vital for specialized applications.
DEK produces high-precision PTFE components designed to perform reliably in extreme thermal, chemical, and mechanical conditions within advanced robotic systems.
Instantané & Citations précises
Nous n'utilisons pas d'outils de devis automatisés en ligne, car ils sont très imprécis. Les plateformes de devis en ligne reposent uniquement sur des calculs basés sur des montants de coupe et des coefficients fixes, et ne tiennent pas compte des nuances de traitement réelles, comme la déformation du matériau après le traitement thermique, les exigences de tolérance strictes, le meulage après le traitement thermique, etc. Par conséquent, les calculs de prix automatisés peuvent entraîner des inexactitudes et, en fin de compte, augmenter vos coûts.
Mais chez DEK, vous pouvez être tranquille !
Nos devis sont à la fois rentables et précis, car nous disposons d'une équipe d'ingénieurs mécaniciens professionnels qui examinent méticuleusement chaque dessin. Ces ingénieurs ont plus de 10 ans d'expérience et possèdent une grande expertise en matière de programmation, de fonctionnement des machines, de post-traitement, de propriétés des matériaux, etc. Nous vous garantissons des devis précis dans un délai de 6 heures.
Nos avantages
2300+ ingénieurs Aimer travailler avec nous
Tolérances serrées
Robotics CNC machining delivers extremely accurate parts with tight tolerances, often up to ±0.005 mm. This level of precision is critical for robotic components, which require perfect alignment and smooth operation.
Délai d'exécution rapide
CNC machining enables fast production of robotic parts, ideal for tight deadlines or time-sensitive projects. This rapid turnaround helps businesses speed up development, reduce downtime, and bring robotics products to market faster without sacrificing quality.
Flexibilité du volume
Whether you need one prototype or thousands of parts, CNC machining offers full flexibility. There’s no minimum order requirement, making it cost-effective for startups, R&D teams, and large manufacturers alike.
Polyvalence des matériaux
Robotics CNC machining supports a wide range of materials. This flexibility allows engineers to choose the best material for strength, weight, and environmental resistance, depending on the robot’s function and working conditions.
Géométries complexes
In robotics CNC machining, custom-shaped components, curved surfaces, and multi-face features are common. It ensures functional, space-efficient parts with minimal need for additional assembly.
Rapport coût-efficacité
CNC machining offers an excellent balance of quality and cost, especially for precision robotics components. With efficient processes, minimal waste, and low labor needs, it provides high-value parts at a competitive price.
Notre Processus de commande
Envoyer l'appel d'offres
Envoyer l'appel d'offres avec les dessins 2D/3D et les exigences détaillées par courrier électronique ou par formulaire en ligne.
Revue et citation
Notre équipe d'ingénieurs examinera soigneusement chaque dessin et fournira un devis précis dans les 6 heures.
Confirmer la commande
Confirmez le devis, les détails et le calendrier de livraison, puis signez le contrat.
Production
Organiser le processus de production, lancer la programmation et l'usinage.
Contrôle de la qualité
Contrôle strict de la qualité pendant la production et l'inspection finale.
Emballage et expédition
Emballez les pièces, apposez les étiquettes d'identification des pièces et commencez l'expédition.
Envoyer l'appel d'offres 222
Revue et citation
Confirmer la commande
Production
QC
Livraison
FAQ
Robotics CNC Machining FAQ sur l'achat
Obtenir un devis précis Pour vos prochains projets
Que votre projet soit simple ou compliqué, qu'il s'agisse de métal ou de plastique, vous obtiendrez un devis précis dans les 6 heures.
Obtenir un devis aujourd'huiSavoir Robotics CNC Machining
What is Robotics CNC Machining Service?
Robotics CNC machining service is a specialized service that creates precise parts used in building robots. It uses computer-controlled machines to cut and shape materials like metal and plastic into custom parts, such as robot arms, joints, and frames. This process helps ensure each piece fits perfectly and works reliably, whether for a prototype or mass production. It's a fast, accurate, and reliable way to make the parts needed for modern robotics.
These services are helpful for many industries, including manufacturing, healthcare, and automation. CNC machining supports the development of everything from factory robots to medical devices, making it easier to bring complex ideas to life. Whether you're designing a brand-new robot, upgrading an existing one, or replacing a worn-out part, CNC machining gives you the precision and quality needed to get the job done right. With its ability to produce parts quickly and consistently, it’s an essential tool for anyone working in robotics.
What are the Advantages of Robotics CNC Machining Services?
Robotics CNC machining services offer several advantages that make them a reliable choice for creating high-quality robotic parts. These services ensure accuracy, consistency, and flexibility, making them ideal for both simple and complex components across various industries.
Here are the benefits of robotics CNC machining services:
- Exact measurements for a perfect fit
- Same high quality every time
- Quickly delivers parts
- Various material options
- Matches your exact design
- Prototypes and large production
When Do You Need Robotics CNC Machining Services?
You need robotics CNC machining services when you require custom, high-precision parts for building or repairing robots. This is especially important when commercially available parts don’t fit your design or when you’re creating a new robot with unique features. Whether it’s a robotic arm, joint, or base, CNC machining ensures each part is made accurately to match your specifications.
These services are also helpful during prototyping or testing, allowing you to quickly create and adjust parts before full production. With CNC machining, it's easy to test different designs and make changes on the fly, helping you avoid costly delays or errors later on. If you need durable components made from specific materials like aluminum or plastic, or you're working on a tight deadline, CNC machining offers a fast and dependable solution. It gives engineers and designers the flexibility to bring their ideas to life without compromising on quality or speed.