Ir al contenido 
Servicios de fundición a presión a medida
Get precision die-cast metal components of prototype and high volume production with quick delivery. Our high level technologies of die casting will provide you with the best quality parts and hence the best solution to your manufacturing requirements.
- Fast Turnaround: Quick prototypes and production runs.
- Precision: Tight tolerances for accurate, high-quality parts.
- Certified Quality: ISO 9001:2015, IATF 16949, ISO 13485 certified.
Die Casting Capabilities Overview
Lewei Precision has a variety of die casting services that aim to serve different industries. Manufacturing quality production components, as well as the fast-prototyping process, our abilities will guarantee the high quality, long-lasting, and high-performance components, where each of them performs exactly according to your needs.
Hot chamber die casting is ideal in metals with low melting points like zinc and magnesium and therefore it has a high rate of cycles and wasted material is minimized hence is ideal in large production volumes.
It is applied to high-melting-point metals such as aluminum that offer the required strength and accuracy to components that must be able to endure stressful environments such as aerospace and automotive components.
Semi-solid die casting gives high strength and low porosity components with enhanced surface finish, which would be suitable in the automotive and aerospace industries, where part wear and performance are vital.
SLM applies laser to liquefy metal powders to create metal components with high strength. This method is perfect in aerospace, medical and industrial applications because it is long-lasting and precise to use under harsh conditions.
Available Die Casting Finishes
Lewei Precision has a range of die cast finishes to meet your parts needs; functional, aesthetic, and lasting requirements. To achieve a polished appearance, better corrosion resistance, or even better performance, we offer you the choices that suit your requirements.
The as-cast finish is a perfect choice where aesthetics are less important as it preserves the raw texture of the part and it is used when the part is an internal part or prototype.
A bead blasted finish produces a textured finish with a matte look, which enhances the life of the part, and gives it a consistent look, which is ideal in parts that are subject to wear and environmental elements.
Anodizing provides a protective coating of aluminum parts improving their corrosion resistance and wear. It is also customizable in terms of colors, thus it is an excellent product in terms of both protection and aesthetics.
In powder coating, we use a smooth coating which is long lasting and provides a lot of protection against chemicals, abrasion, and the elements. Perfect in components that require heavy and durable cover.
Wet painting enhances appearance of parts besides providing a protective layer. It is a perfect selection of functional and aesthetics components that have a variety of colors to fit your design requirements.
Plating is a coating of the surface to parts with a thin layer of metal to improve characteristics such as corrosion resistance, conductivity, and surface finish, so it is suitable in electronic parts or heavy-duty applications.
Die Casting Materials
Our die casting services use non-ferrous alloys specifically designed for high-pressure mold filling and repeatable mass production.
All materials listed below are purpose-built die casting alloys, not general machining grades.
Lightweight, corrosion-resistant, and the most widely used die casting material for structural and automotive parts.
Grades
A380
ADC12
A360
AlSi9Cu3
Excellent fluidity and dimensional accuracy for thin-wall and high-detail components.
Grades
Zamak 3
Zamak 5
Zamak 7
Ultra-lightweight alloy used for weight-critical and high-strength components.
Grades
AZ91D
AM60B
Used in limited die casting applications where higher strength is required.
Grades
Copper-Based Die Casting Alloys
Die Casting Tolerances
| Parámetro | Especificación |
|---|---|
| Tolerancias generales | ±0.01 mm for metals / ±0.05 mm for plastics |
| Tolerancia estricta | ±0.005 mm |
| Acabado superficial | Ra 3.2–0.8 μm |
| Maximum Build Size | Up to 1200 mm |
Quality Assurance & Inspection Capabilities
At Lewei Precision we guarantee the best quality assurance of all the parts we manufacture. Our full inspection services are provided through the use of sophisticated equipment such as CMM (Coordinate Measuring Machines), optical scanners and digital micrometers to provide dimensional accuracy to tightest of tolerances. Every segment is carefully checked at every level and it is made to meet the specifications strictly in functionality and functionality.
We have high standards of geometric accuracy and employ GD&T ( Geometric Dimensioning and Tolerancing ) techniques and test parts to ISO 2768-mK and ASME Y14.5 standards. The quality of surface is also evaluated with a high degree of test like the roughness in form of measurements in the range of Ra 3.2-0.8 μm and confirmation of the coating thickness to a uniform finish. Additionally, we provide full traceability with documentation such as material certificates (MTRs), FAI reportsy CMM data sheets, ensuring complete transparency and peace of mind for our customers.
Die Casting Services for Diverse Industries
Lewei Precision specializes in offering die cast services of the highest quality in the various industries. In aerospace, automotive, medical devices, robotics or consumer products, we can provide custom die castings to suit the specific requirements of each industry. Our state of die casting also enables us to manufacture accuracy parts in high durability and strength.
Die Casting Workflow (How We Work)
Lewei Precision’s die casting process ensures efficiency, quality, and transparency at every step, delivering high-quality parts to meet your needs.
Engineering Review
Upload your design for a manufacturability analysis to ensure it’s optimized for the die casting process.
Tooling & Mold Design
Our engineers create precise tooling and molds based on your specifications for accurate part production.
Die Casting Process
Molten metal is injected into the mold to form the part, followed by necessary post-processing steps for finishing.
Inspection & Delivery
The final part undergoes thorough inspection, and we provide all required documentation before shipping.
Production Volume Options
Lewei Precision has flexible volume production which can meet the different project needs, including a quick prototype, or high-volume production.
Impresión 3D
Ideal in low-volume testing and validation. Get prototypes that are of high quality and in a short period of time to test and proof your designs.
- Lead time: 5–7 Days
Fundición en vacío
Regular quality with smaller production batches of 50 to 500 parts, best suited with first production or testing in the market.
- Lead time: 7–10 Days
Moldeo por inyección
Large-volume production with automated die casting, which guarantees high quality and efficiency in the delivery of large volumes of parts.
- Lead time:3–4 Weeks
Fábrica y equipos de fundición a presión de precisión Lewei
Capacidades de fundición de precisión de Lewei
Especificación | Detalles |
Tolerancia | Mecanizado secundario necesario para piezas de alta precisión. Alcanza una precisión de hasta ±0,01 mm. |
Espesor mínimo de pared | Aluminio: se recomienda 1,5 mm; Zinc: puede bajar hasta 0,8 mm. |
Espesor de pared | Mantenga una proporción de 1:3 para evitar un relleno desigual. |
Diámetro del orificio | Los orificios redondos <3 mm en aluminio requieren un taladrado secundario. Los orificios roscados se forman mediante mecanizado secundario. |
Ángulo de calado | Mínimo 0,5° para evitar problemas de desmoldeo. |
Vida útil máxima del troquel | Zinc: 1.000.000 de ciclos; magnesio y aluminio: 100.000 ciclos. |
MOQ | 500-1000 piezas. |
Plazos de entrega | 20-25 días, según el tipo de molde y la complejidad del producto. |
Piezas de fundición a presión que fabricamos
Tipos de procesos de fundición a presión en Lewei Precision
Para satisfacer los diversos requisitos de los proyectos, Lewei Precision ofrece tres tipos de máquinas de fundición a presión, optimizadas para diversos materiales y complejidades de diseño. Utilizamos principalmente fundición en cámara caliente y fría. Para piezas que requieren tolerancias estrechas y una mayor resistencia estructural, ofrecemos métodos avanzados como la fundición semisólida.
Tipos de procesos de fundición a presión en Lewei Precision
Para satisfacer los diversos requisitos de los proyectos, Lewei Precision ofrece tres tipos de máquinas de fundición a presión, optimizadas para diversos materiales y complejidades de diseño. Utilizamos principalmente fundición en cámara caliente y fría. Para piezas que requieren tolerancias estrechas y una mayor resistencia estructural, ofrecemos métodos avanzados como la fundición semisólida.
Fundición a presión semisólida
Fundición a presión semisólida
Fundición en cámara caliente
Fundición a presión semisólida
Fundición a presión en cámara fría
Fundición a presión semisólida
Why Choose Lewei Precision for Die Casting?
Lewei Precision provides high precision Diecasting Services suitable to your complex production requirements. With our high level of technology, rapid turnaround, and quality focus, we make sure that your parts are produced to the highest standards.
Precision at Every Stage
Lewei Precision ensures a very high level of accuracy with only a very narrow tolerance of -0.01mm and that all your parts are produced to your specifications all the way through.
Lewei Precision promises to deliver prototypes and production parts within 20-25 days, enabling you to maintain on schedule and meet essential project deadlines.
We have the expertise that is used to generate complex geometries and shapes that can be produced to your unique needs with high strength-to-weight ratios.
Materiales y acabados de fundición a presión
Las herramientas de fundición a presión utilizan acero endurecido para soportar altas temperaturas y presión. Los metales no ferrosos son los preferidos para la fundición a presión debido a su fluidez y bajos puntos de fusión. Los metales ferrosos se utilizan en algunos casos, pero son menos comunes.
Elija entre una amplia gama de resinas de poliuretano y opciones de moldes de silicona que reproducen fielmente el aspecto, el tacto y el rendimiento de las piezas de uso final. Se aceptan solicitudes personalizadas.
Fuerte a altas temperaturas. Duro y resistente a las grietas. Se mantiene dura en caliente. Buena para la fundición de aluminio y magnesio.
Soporta bien los cambios de temperatura. Más duro que el acero H13. Conduce mejor el calor y dura más. Bueno para trabajos pesados de fundición.
Resistente a altas temperaturas. Resiste el agrietamiento de los ciclos de calor. Fácil de mecanizar y pulir. Grado de acero europeo para piezas detalladas.
Ligero, resistente a la corrosión, buena relación resistencia-peso. Se utiliza para piezas complejas de paredes finas de automóviles, aviones y componentes electrónicos.
- ADC10
- A380
- ADC12
- Aluminio puro
- HA6
- HA4
- 6063
Alta resistencia, buena maquinabilidad y apantallamiento EMI. Se utiliza a menudo en electrónica, componentes de automoción y carcasas de dispositivos portátiles.
- AM50A
- AM60B
- AZ91D
Fluye bien en los moldes y mantiene tolerancias estrechas. Una buena elección para piezas pequeñas y detalladas. Se utiliza a menudo en electrónica, conectores, cerraduras y hardware cotidiano por su resistencia y bajo coste.
- ZAMAK5
- ZAMAK3
- ZAMAK2
Los componentes fundidos a presión, especialmente las piezas de zinc y aluminio, tienen naturalmente superficies lisas. Para mejorar la estética, la durabilidad o la resistencia a la corrosión, explore los acabados superficiales que ofrece Lewei Precision. Para pedidos especiales, no dude en ponerse en contacto con nosotros.
Granallado abrasivo que elimina las impurezas de la superficie y proporciona una textura uniforme y mate. También mejora la adherencia de la pintura o el revestimiento.
Añade color y mejora el aspecto, al tiempo que ofrece protección adicional contra la corrosión y el desgaste. A menudo se utiliza para marcar o cumplir requisitos de diseño específicos.
Proporciona un acabado básico y funcional para productos de fundición a presión con superficies relativamente lisas y pequeñas marcas de herramientas, adecuado para aplicaciones no cosméticas.
Ventajas e inconvenientes de la fundición a presión
La elevada relación resistencia/peso reduce la carga total
La capa de óxido natural protege contra la oxidación y la degradación
El material reciclable 100% apoya los objetivos de sostenibilidad
Compatibilidad con ranuras en T y métodos de unión sencillos
Perfiles complejos posibles en un solo proceso de extrusión
Menores costes de mecanizado en comparación con los bloques de aluminio macizo
La fabricación de troqueles requiere una inversión inicial
La fabricación de troqueles requiere Las líneas de extrusión pueden necesitar acabado o pulido
Los cambios de diseño requieren nuevas herramientas
Los cambios de diseño requieren nuevas herramientas
La preparación y el recorte crean material de desecho
La capacidad de la prensa limita las dimensiones máximas del perfil
Ventajas e inconvenientes de la fundición a presión
Die cast components have a high strength-weight ratio which means that the total load is minimized without compromising on durability. This makes them suit the automotive and aerospace industries where weight and strength are critical.
The die-cast metals are ideal in harsh or outdoor environment applications because of the natural oxide that forms on them which helps them to resist rust and degradation.
Die-cast metals are recyclable with 100% and this will be helpful in fulfilling sustainability as it reduces waste and makes them environmental friendly.
Die- cast Parts are compatible with T-slot and can be quickly assembled with straightforward joining techniques which aids in saving on production time and costs.
Die casting is capable of producing compound outlines in one extrusion, and it provides design freedom that is best in components with complicated designs.
Lower machining costs compared to solid aluminum blocks, making it a more affordable option for high-volume production runs.
Initial cost of tooling and molds may be expensive. The price, however, is compensated by the efficiency and savings in large volume production runs..
Die-cast components may contain surface run-offs and may need a finish or polishing. This may introduce more time and expense particularly on parts whose surface is visible.
The die cast process can be influenced by design modifications and this may need new tooling to ensure quality; this will incur unnecessary additional cost and time..
Once tooling is made, shape modifications can be difficult. Significant design changes may require new tooling, which increases the overall cost.
Setup and trimming create scrap material, leading to some waste, though this can be minimized with optimized designs and processes.
Die casting press capacity limits the maximum part dimensions that can be produced. Larger parts may need additional processes or different methods.
Preguntas frecuentes
What is die cast minimum order quantity (MOQ)?
Our orders are taken in quantities of 500 and above and can accommodate thousands of parts in large scale production.
What are the die casting processes that you have to offer?
Our specialization is in the hot chamber, cold chamber and semi-solid die casting procedures to satisfy various project demands.
What is the material you can use to die cast?
We have aluminum, zinc, magnesium and custom alloys that can be used in different ways, so we can find you the correct material to use in your project.
What is the lead time of the die casting project?
The standard lead times are 20 -25 days and this determines the complexity of the design and the quantity of the order.
Are you able to cope with intricate part geometries?
Yes, we are experts in the manufacturing of components with complex geometry and tight tolerances, which give accuracy to complicated designs.
What industries do you serve?
Our industries include automotive, aerospace, medical, robotics, and others with a custom-made solution to each industry.
Are die-cast components environmental friendly?
Yes, die-cast metals can be 100 percent recyclable which helps in the sustainability efforts and mitigating environmental effects.
What do you do to control the quality?
CMM ( Coordinate Measuring Machines ) are used, optical scanners and micrometers are used to ascertain the dimensional accuracy and high-quality standards.
Is it possible to present prototypes prior to mass production?
Yes, we do provide rapid prototyping services that we use to test designs and functionality before commencing large scale production.
What is the benefit of die casting compared to other production processes?
Die casting provides high accuracy, multifaceted production of parts, cost effectiveness in high volume and high level of corrosion and is thus suitable in highly demanding applications.
English 
简体中文 
Español 
Deutsch (Sie) 
日本語 
Português