Plastic Machined Parts Service
Plastic machined parts are custom-made plastic pieces used in machines or tools, helping things work smoothly, reducing weight, and resisting rust or chemicals.
DEK offers custom plastic machining with fast lead times, accurate parts, and flexible order sizes. What makes DEK different is our strong engineering support and ability to handle complex designs. We serve many industries, making it easy to get the exact part you need with great quality and service.
introducción
Plastic Machined Parts for High-Performance Applications
DEK delivers custom plastic machined parts with excellent accuracy, fast service, and expert support, ideal for testing new designs or producing ready-to-use components.
DEK offers high-precision plastic machining services using advanced CNC equipment to produce custom plastic parts for various industries. Our facility uses advanced machines that shape plastic parts from multiple angles, along with special tools designed to cut and form many types of plastic materials. We work with engineering and high-performance plastics to meet the needs of applications that require durability, chemical resistance, or tight dimensional control. Whether you need a single prototype or a small production run, DEK ensures accuracy, consistency, and fast turnaround times.
In addition to machining, we offer value-added services such as surface finishing, threading, tapping, and part inspection to ensure each component meets your exact specifications. With a strong focus on quality and customer satisfaction, DEK is your trusted partner for custom plastic machined parts in sectors like medical, automotive, electronics, and aerospace.
- Multi-axis machining
- Tight tolerance control
- Wide material selection
- Rapid prototyping support
- Surface finish options
- Expert engineering team
Materiales for Plastic Machined Parts
Plásticos
ABS
ABS is a durable, lightweight plastic known for its impact resistance and ease of machining. It’s commonly used in plastic machined parts for consumer electronics, enclosures, and automotive components. ABS provides good dimensional stability and surface finish, making it ideal for prototypes and end-use parts alike.
DEK machines ABS with high precision and speed, allowing for cost-effective solutions in both low- and mid-volume production. Its excellent balance of strength, machinability, and affordability makes it a popular choice.
Acrílico
Acrylic is a clear, glass-like plastic valued for its optical clarity and weather resistance. It’s commonly used for display panels, light covers, lenses, and signage. Acrylic offers excellent aesthetics, a smooth finish, and is easy to machine with high detail.
DEK provides precise acrylic machining for both visual and functional components. We help customers achieve clean edges, accurate dimensions, and attractive finishes for industries such as retail, lighting, and medical equipment.
Delrin
Delrin is a high-strength engineering plastic known for its excellent machinability, low friction, and dimensional stability. It is widely used in plastic machined parts due to its ability to hold tight tolerances and resist wear under repeated motion. Delrin is ideal for mechanical components such as gears, bearings, and bushings.
DEK provides custom Delrin machining solutions for industries including automotive, medical, and industrial automation, ensuring consistent quality and precision in every part produced.
Nylon
Nylon is a tough, wear-resistant material that requires strength and flexibility. It performs well in dynamic applications, absorbing impact and resisting abrasion, making it suitable for bushings, rollers, and structural parts. Nylon also offers good chemical resistance and moderate heat tolerance.
At DEK, we machine high-quality nylon components tailored to specific industry needs, supporting sectors such as automotive, consumer products, and industrial equipment with reliable and consistent part performance.
PEEK
PEEK is a high-performance plastic known for its exceptional strength, chemical resistance, and heat tolerance. It's ideal for demanding plastic machined parts used in aerospace, medical, and electronics industries. PEEK maintains stability in high-temperature and harsh chemical environments, making it suitable for insulators, surgical tools, and sensor housings.
DEK machines PEEK with precision using advanced CNC technology, delivering complex parts that meet strict functional and regulatory standards. Its high cost is justified by unmatched durability and reliability.
PC
Polycarbonate is a tough, transparent plastic with high impact resistance and good dimensional stability. It’s frequently used in protective covers, machine guards, and lighting components. Polycarbonate offers excellent strength and clarity, making it ideal for applications requiring visibility and toughness.
DEK provides high-quality polycarbonate machining, producing smooth finishes and precise cuts for industries such as medical devices, automotive, and consumer electronics. It’s a strong alternative to glass in many safety-critical uses.
PTFE
PTFE is a highly versatile plastic prized for its outstanding chemical resistance, non-stick properties, and extreme temperature tolerance. It’s a top choice for plastic machined parts in industries like food processing, pharmaceuticals, and electronics. Common applications include seals, insulators, and gaskets.
DEK’s precision machining capabilities make it easy to achieve smooth finishes and complex shapes in PTFE, while maintaining excellent accuracy. Our experts ensure high-performance results for components that demand durability and chemical compatibility.
Al instante & Citas precisas
No utilizamos herramientas de presupuesto automatizadas en línea, porque son muy imprecisas. Las plataformas de presupuesto en línea se basan únicamente en cálculos basados en cantidades de corte y coeficientes fijos, y no tienen en cuenta los matices reales de procesamiento, como la deformación del material tras el tratamiento térmico, requisitos de tolerancia estrictos, rectificado tras el tratamiento térmico, etc. En consecuencia, los cálculos de precios automatizados pueden dar lugar a imprecisiones que, en última instancia, aumentan sus costes.
¡Pero puedes estar tranquilo en DEK!
Nuestros presupuestos son rentables y precisos porque contamos con un equipo de ingenieros mecánicos profesionales que revisan meticulosamente cada dibujo. Estos ingenieros cuentan con más de 10 años de experiencia y poseen profundos conocimientos en programación, funcionamiento de máquinas, posprocesamiento, propiedades de materiales y mucho más. Le garantizamos que obtendrá presupuestos precisos en menos de 6 horas.
Nuestras ventajas
Más de 2300 ingenieros Trabaja con nosotros
High Precision Accuracy
DEK delivers plastic machined parts with tolerances as tight as ±0.005 mm, ensuring excellent precision and fit for even the most demanding applications. Our CNC machines and expert technicians ensure every plastic part meets strict dimensional requirements.
Wide Material Selection
We work with 50+ plastic materials, including Delrin, Nylon, PEEK, PTFE, ABS, and more. Whether you need parts that resist chemicals, heat, or wear, we can machine the right plastic for your application. Even soft or brittle plastics can be processed with high accuracy and care.
Complex Part Capability
Our advanced machining setups, 3-, 4-, and 5-axis CNC milling, turning, and more allow us to create intricate shapes and detailed features in plastic parts. From undercuts to internal cavities, we produce components that other shops may struggle to handle, with consistent results and smooth finishes.
Acabados personalizados
Plastic parts can be finished to enhance appearance or function. DEK offers polishing, sanding, painting, powder coating, and more, depending on the material type. Whether you need a smooth medical-grade surface or a colored prototype, we provide tailored finishing solutions that meet your application needs.
Flexible Order Volumes
DEK supports all order sizes, from single plastic prototypes to high-volume production runs. There’s no minimum quantity, making us ideal for R&D teams, startups, and custom part suppliers. We scale with your needs without compromising on quality, cost, or lead time.
Certified Quality Control
DEK operates under ISO 9001:2015 and other industry certifications, ensuring strict quality standards in every step of production. Our plastic parts go through detailed inspections and quality checks to meet exact requirements for function, durability, and appearance.
Nuestra Proceso de pedido
Enviar petición de oferta
Enviar RFQ con dibujos 2D/3D y requisitos detallados a través de correo electrónico o formulario en línea.
Revisión y presupuesto
Nuestro equipo de ingenieros revisará detenidamente cada plano y le proporcionará un presupuesto preciso en un plazo de 6 horas.
Confirmar pedido
Confirma el presupuesto, los detalles y el plazo de entrega, y luego firma el contrato.
Producción
Organizar el proceso de producción, iniciar la programación y el mecanizado.
Control de calidad
Estricto control de calidad durante la producción y la inspección final.
Embalaje y envío
Empaquete las piezas, coloque las etiquetas de identificación de las piezas y comience el envío.
Enviar RFQ 222
Revisión y presupuesto
Confirmar pedido
Producción
QC
Entrega
PREGUNTAS FRECUENTES
Plastic Machined Parts Preguntas frecuentes sobre la compra
Obtenga un presupuesto exacto Para sus próximos proyectos
No importa que su proyecto sea complicado o sencillo, no importa que sea de metal o de plástico, obtendrá un presupuesto preciso en un plazo de 6 horas.
Pida presupuesto hoy mismoMás información Plastic Machined Parts
What are Plastic Machined Parts?
Plastic machined parts are custom components made by cutting solid plastic blocks, rods, or sheets into specific shapes using machines like CNC mills and lathes. Instead of being molded or 3D printed, these parts are carved out with precision tools to match exact sizes and designs. This process is perfect for creating detailed or complex parts that need high accuracy, especially when only a small number of items are needed or when prototyping.
These parts are commonly used in industries like medical, automotive, aerospace, and electronics because plastics are lightweight, resistant to corrosion, and often cheaper than metals. Different types of plastic can offer special benefits, such as heat resistance, low friction, or chemical protection. Plastic machining allows engineers to choose the best material and design for their specific needs while ensuring the part performs reliably in its intended environment.
What are the Advantages of Plastic Machined Parts?
Plastic machined parts are valued for their flexibility in design, ease of customization, and consistent performance across different environments. They can be quickly modified to suit specific project needs, making them ideal for industries that require frequent design updates or highly specialized components. Their ability to maintain precision without complex tooling makes them a smart choice for both rapid prototyping and low-volume production runs.
- Lightweight and strong
- Resistencia a la corrosión
- Low production cost
- Gran precisión dimensional
- Acabado superficial liso
- Aislamiento eléctrico
- Resistencia química
When Do You Need Plastic Machined Parts?
You need plastic machined parts when your project requires precise, custom-shaped components that can’t be achieved through molding or standard off-the-shelf options. Machining is also ideal when you’re working with high-performance plastics that are too difficult or expensive to mold, such as PEEK or PTFE. These materials often need to be machined to maintain their strength, stability, and chemical resistance.
Plastic machined parts are commonly used in specialized applications where accuracy and reliability are critical. In the medical industry, they’re used for surgical tools, device housings, and fluid-handling components. Aerospace and automotive sectors use them for lightweight brackets, insulators, and custom fittings. They're also widely used in electronics for non-conductive spacers and circuit board supports, and in food processing for FDA-approved components like guides and wear plates.