Our PC 3D Printing Services
Elevate your manufacturing game with Impresión 3D para PC—the perfect fusion of durable policarbonato y avanzado fabricación aditiva tecnologías. From high-strength automotive components to intricate consumer electronics parts, we deliver custom solutions that blend geometrías complejas, cambio rápido, y rentabilidad. Whether you need prototyping or end-use parts, our precision-driven process turns your designs into reality, faster and more reliably than ever.
What Is PC 3D Printing?
Impresión 3D para PC leverages policarbonato (a robust, heat-resistant thermoplastic) y 3Impresión D technologies to build parts layer by layer—a core principle of fabricación aditiva. Unlike traditional subtractive methods, this approach uses techniques like Modelado por deposición fundida (MDF), Estereolitografía (SLA), y Sinterización selectiva por láser (SLS) to create objects from digital designs, enabling flexibility that’s hard to match.
Key technologies powering PC 3D Printing:
| Tecnología | Core Mechanism | Ideal PC Applications |
| Modelado por deposición fundida (MDF) | Thermoplastic Extrusion of PC filament | Large-format parts (p.ej., carcasas de automóviles) |
| Estereolitografía (SLA) | Photopolymerization of PC-blend resins | Prototipos de alto detalle (p.ej., consumer electronics components) |
| Sinterización selectiva por láser (SLS) | Sintering of PC powder | Durable end-use parts (p.ej., industrial gears) |
en su corazon, PC 3D Printing enables digital prototyping y fabricación capa por capa, turning abstract ideas into tangible, functional parts in days—not weeks.
Nuestras capacidades: Bringing Your Visions to Life
En Yigu Tecnología, we’ve honed a suite of capabilities to meet the diverse needs of industries ranging from aerospace to consumer goods. Our expertise covers every stage of the PC 3D Printing journey:
- Custom 3D Printing: We tailor parts to your exact specs, whether you need unique geometrías complejas for robotics or lightweight structures for sports equipment.
- Fabricación de precisión: Our machines deliver high-resolution printing (down to 50μm layer thickness) y tolerancias estrictas, ensuring parts fit seamlessly into your systems.
- Impresión de gran formato: We handle PC parts up to 1000mm × 800mm × 500mm—ideal for architectural models or industrial equipment enclosures.
- Creación rápida de prototipos: Cut lead times from 4–6 weeks to 3–5 days, letting you test and refine designs faster than ever.
- Servicios de posprocesamiento: From sanding to coating, we refine parts to meet your aesthetic and functional needs (p.ej., UV curing for enhanced durability).
Mesa: Our Capabilities vs. Industry Benchmarks
| Capacidad | Rendimiento de la tecnología Yigu | Promedio de la industria |
| Tamaño máximo de impresión | 1000×800×500mm | 600×600×600mm |
| Plazo de entrega de prototipos | 3–5 días | 7–10 días |
| Print Resolution | 50-100 μm | 100-200 μm |
| Multi-Material Support | Arriba a 3 materiales (p.ej., ordenador personal + carbon fiber) | 1–2 materials |
Proceso: From Design to Finished PC Part
Our PC 3D Printing process is a structured, quality-focused workflow that ensures consistency and reliability:
- Design Phase: Collaborate with our team to finalize your CAD model, optimizing it for PC’s properties (p.ej., accounting for minimal pandeo).
- Modelado CAD & Conversión STL: We convert your design into an STL file—compatible with all major software de corte (p.ej., Cura, Simplify3D).
- Print Preparation: La segmentación divide el modelo en capas. (0.05-0,3 mm) and sets parameters (p.ej., temperature for PC extrusion: 250–300°C).
- Deposición de capas: Usando MDF (most common for PC), the printer extrudes molten PC filament layer by layer, or for resins, SLA uses UV light for curing process.
- Remoción de la estructura de soporte: For overhanging parts, we carefully remove soluble or breakaway supports without damaging the PC part.
- Postcurado (if applicable): SLA-printed PC parts undergo UV post-curing to boost strength and stability.
Control de calidad: Every part is inspected with laser scanners to check precisión dimensional and ensure it meets your specs.
Materiales: Choosing the Right PC for Your Project
policarbonato (ordenador personal) is a versatile thermoplastic, but we offer specialized variants to match your application’s demands. Here’s how our materials stack up:
| Tipo de material | Propiedades clave | Aplicaciones ideales |
| Standard PC Filament | Alta resistencia al impacto (65kj /), resistencia al calor (120°C HDT) | Consumer electronics housings, juguetes |
| Carbon Fiber Reinforced PC | 30% higher strength than standard PC, bajo peso | Soportes aeroespaciales, robotics parts |
| Glass Fiber Reinforced PC | Improved stiffness, resistencia química | Automotive underhood components |
| PC-ABS Blend | Balanced impact strength and flexibility | Industrial equipment enclosures |
| PC Photopolymer Resin | Alto detalle (50μm layer), smooth surface | Medical device prototypes, joyería |
We also work with complementary materials like ABS, PLA, y nylon for multi-material projects—perfect for parts that need a mix of rigidity (ordenador personal) y flexibilidad (TPU).
Tratamiento superficial: Enhancing PC Parts’ Look and Performance
PC parts often need surface treatment to meet aesthetic or functional goals. Our services transform raw prints into polished, ready-to-use components:
- Lijado: Suaviza superficies rugosas (reduces Ra from 5–10μm to 1–2μm) for better paint adhesion.
- Cuadro & Revestimiento: Applies durable paints (p.ej., UV-resistant coatings) o epoxy coating para resistencia química.
- Pulido: Creates a glossy finish (Real academia de bellas artes <0.5µm) for consumer-facing parts (p.ej., electronics casings).
- Texturizado: Adds grip patterns or matte finishes to improve usability (p.ej., sports equipment handles).
- Anodizado: For metal-infused PC parts, adds a corrosion-resistant layer (ideal for automotive components).
Mesa: Surface Treatment Impact on PC Part Performance
| Tratamiento | Rugosidad de la superficie (Real academia de bellas artes) | Impact Resistance Improvement | Resistencia química |
| Tal como está impreso | 5–10μm | Base (100%) | Bajo (resistant to water only) |
| lijado + Pintado | 1–2μm | +15% | Medio (resistente a los aceites) |
| Pulido + Epoxy Coated | <0.5µm | +25% | Alto (resistant to solvents) |
Tolerancias: Ensuring PC Parts Fit Perfectly
Precisión dimensional is critical for PC parts—especially in industries like aerospace and medical devices. Our focus on tight tolerances sets us apart:
- Tolerancias de precisión: For FDM-printed PC parts, logramos ±0,1 mm para piezas de hasta 100 mm (±0,2 mm para piezas más grandes). SLA-printed PC resins offer even tighter tolerances (±0,05 mm).
- Espesor de capa: We print PC at 0.05–0.3mm layer thickness—thinner layers (0.05milímetros) for high detail, thicker layers (0.3milímetros) for faster production.
- Minimizing Warping & Shrinkage: PC is prone to warping at high temperatures, so we use heated build plates (110–130°C) and enclosed printers to reduce shrinkage to <2% (industry average: 3–5%).
- Material Stability: Our PC materials undergo thermal testing to ensure they maintain shape and strength in temperatures up to 120°C (critical for automotive and industrial use).
Por ejemplo, our PC aerospace brackets have a tolerance of ±0.08mm, meeting the strict standards of AS9100 (aerospace quality management).
Ventajas: Why PC 3D Printing Beats Traditional Methods
Impresión 3D para PC offers a range of benefits that make it a top choice for modern manufacturing:
- Personalización: Create one-of-a-kind parts (p.ej., patient-specific medical device prototypes) without expensive molds.
- Creación rápida de prototipos: Diseños de prueba en días., cutting product development time by 50% compared to injection molding.
- Rentable: Para lotes pequeños (1–100 partes), PC 3D Printing costs 30–40% less than traditional machining.
- Residuos reducidos: Additive manufacturing uses only the material needed, slashing waste to <5% (vs. 20–30% for machining).
- Geometrías complejas: Print internal channels, voladizos, and lattice structures that are impossible with CNC machining.
- Alta resistencia & Durabilidad: PC parts have 2x the impact resistance of ABS, making them ideal for end-use parts (p.ej., robotics components).
Mesa: PC 3D Printing vs. Fabricación Tradicional (para 50 PC Parts)
| Factor | Impresión 3D para PC (MDF) | Moldeo por inyección | Mecanizado CNC |
| Plazo de entrega | 5 días | 4 semanas | 2 semanas |
| Costo | $1,500 | $5,000 (includes mold) | $3,000 |
| Waste | <5% | 10–15% | 25–30% |
| Flexibilidad de diseño | Alto (geometrías complejas) | Bajo (fixed mold) | Medio (limited by tooling) |
Aplicaciones Industria: Where PC 3D Printing Excels
PC’s strength, resistencia al calor, and versatility make it a staple across industries. Here’s how we’re using PC 3D Printing to solve real-world problems:
| Industria | Aplicaciones clave | Why PC? |
| Aeroespacial | Interior brackets, cable management parts | Alta relación resistencia-peso, resistencia al calor |
| Automotor | Carcasas de sensores, dashboard prototypes | Resistencia al impacto, chemical resistance to oils |
| Electrónica de Consumo | Fundas de teléfono, laptop stands | Durabilidad, sleek aesthetic potential |
| Dispositivos médicos | Surgical tool handles, diagnostic equipment enclosures | Biocompatibilidad (medical-grade PC), easy sterilization |
| Robótica | Cajas de engranajes, structural frames | High rigidity, resistencia al impacto |
| Sports Equipment | Helmet liners, bike components | Ligero, shock absorption |
Técnicas de fabricación: Matching the Right Method to Your PC Project
We use a range of técnicas de fabricación to optimize PC part production, from prototyping to mass manufacturing:
- Modelado por deposición fundida (MDF): The most common method for PC—ideal for large parts and low-to-medium volumes (1–500 unidades). Print speed: 30–80mm/s.
- Estereolitografía (SLA): Best for high-detail PC resin parts (p.ej., medical prototypes). Layer thickness: 25–100μm.
- Sinterización selectiva por láser (SLS): Uses PC powder to create strong, porous-free parts—great for industrial end-use parts (p.ej., engranajes).
- Procesamiento de luz digital (DLP): Similar to SLA but faster, using a digital light projector—ideal for small, detailed PC parts (p.ej., joyas).
- Multi-Jet Fusion: For high-volume PC production (1,000+ unidades), offering consistent part quality and fast turnaround.
Mesa: Technique Comparison for PC Parts
| Técnica | Mejor para | Rango de volumen | Plazo de entrega | Costo por pieza (100 unidades) |
| FDM | Grande, partes funcionales | 1–500 | 3–5 días | 20–50 |
| SLA | High-detail prototypes | 1–100 | 2–4 días | 30–70 |
| SLS | Durable end-use parts | 50–1,000 | 5–7 días | 40–80 |
| Multi-Jet Fusion | Producción de alto volumen | 1,000+ | 7–10 días | 10–30 |
Estudios de caso: PC 3D Printing in Action
Our PC 3D Printing solutions have helped clients overcome manufacturing challenges and achieve their goals:
Estudio de caso 1: Carcasa de sensor automotriz
- Cliente: A global automotive supplier.
- Desafío: Need a heat-resistant, impact-proof housing for engine sensors (traditional ABS parts failed in high temperatures).
- Solución: FDM-printed PC housing with a glass fiber reinforcement (for extra stiffness) and epoxy coating (for chemical resistance).
- Resultados: 0% failure rate in 6 months of testing (vs. 15% for ABS), 20% ahorro de costos vs.. moldeo por inyección, and 2-week lead time (vs. 4 semanas).
Estudio de caso 2: Medical Diagnostic Equipment Enclosure
- Cliente: A medical device startup.
- Desafío: Develop a lightweight, sterilizable enclosure for a portable ultrasound machine (needed to fit tight dimensions).
- Solución: SLA-printed medical-grade PC resin enclosure with a polished finish (for easy cleaning) and UV-curing (para mayor durabilidad).
- Resultados: Met FDA biocompatibility standards, 30% lighter than aluminum enclosures, y 50% faster prototyping than machining.
Estudio de caso 3: Robotics Gear Housing
- Cliente: A robotics company.
- Desafío: Create a gear housing that can withstand high torque and impact (CNC-machined aluminum was too heavy).
- Solución: SLS-printed carbon fiber reinforced PC housing—optimized for geometrías complejas to reduce weight.
Resultados: 40% reducción de peso, 15% higher torque resistance than aluminum, y $1,200 cost savings for 50 unidades.
¿Por qué elegirnos?: Your Trusted PC 3D Printing Partner
With so many 3D printing providers, here’s why Yigu Technology stands out for PC projects:
- Expertise in PC: Nuestros ingenieros tienen 8+ años de experiencia trabajando con policarbonato—we know how to avoid common pitfalls (p.ej., pandeo, poor layer adhesion) to deliver top-quality parts.
- Tecnología avanzada: We use state-of-the-art machines (p.ej., Ultimaker S5 for FDM, Formlabs Form 4 for SLA) calibrated specifically for PC materials.
- Soluciones personalizadas: We don’t just print parts—we work with you to optimize designs for PC’s properties, ensuring the final product meets your functional and aesthetic needs.
- Respuesta Rápida: Our average lead time for PC parts is 3–5 days, with rush options available for urgent projects.
- Proven Track Record: We’ve delivered 10,000+ PC parts to clients in aerospace, automotor, and medical industries—with a 98% satisfaction rate.
Precios competitivos: We offer volume discounts (arriba a 25% off for 500+ regiones) and transparent pricing with no hidden fees.