1. Startseite
  2. "
  3. Industria
  4. "
  5. Industria aeroespacial

Custom Structural Frames CNC Machining for Robotics Industry

Engineered structural frames designed for maximum rigidity, lightweight performance, and precise dimensional accuracy in robotic systems. Our robotics industry-grade CNC machining produces custom chassis, mounting platforms, and support structures with exceptional strength-to-weight ratios. Achieve superior robotic stability backed by AS9100-certified manufacturing excellence and advanced engineering capabilities.

custom structural frames cnc machining for robotics industry

Mecanizado CNC fiable para piezas y herramientas de robótica

Desde engranajes y actuadores de alta precisión hasta herramientas y carcasas personalizadas, creamos componentes de alto rendimiento que mejoran la eficacia y fiabilidad de los sistemas robóticos. Nuestras avanzadas capacidades de mecanizado garantizan tolerancias estrechas y una calidad superior, dando soporte a todo tipo de componentes, desde robots industriales hasta máquinas autónomas. Con experiencia en una amplia gama de materiales, proporcionamos soluciones robustas que cumplen los exigentes estándares de la ingeniería robótica.

custom structural frames cnc machining for robotics industry (1)

Solutions for Custom Structural Frames CNC Machining in Robotics Industry

Custom structural frames serve as the foundation of robotic systems, providing rigid support, precise mounting surfaces, and dimensional stability for all integrated components. These critical structures must maintain geometric accuracy under dynamic loads while minimizing overall system weight. Yicen Precision specializes in manufacturing custom structural frames that meet the demanding requirements of industrial robots, mobile platforms, collaborative robots, automated guided vehicles, and specialized robotics applications across manufacturing, logistics, and aerospace sectors.

Our state-of-the-art CNC machining capabilities leverage 5-axis milling, multi-axis lathes, and precision tooling to produce complex frame geometries with integrated mounting features, lightening pockets, and precision alignment surfaces. We work with high-performance materials including aluminum 6061 and 7075 for lightweight applications, titanium alloys for aerospace robotics, stainless steel 316 for corrosion resistance, and Inconel for extreme-environment operations. Every custom structural frame undergoes comprehensive quality verification through AS9100 and NADCAP-compliant processes, ensuring tight tolerances, flatness specifications, and structural integrity that guarantee reliable performance and seamless component integration in demanding robotics applications.

Piezas CNC que suministramos para la industria robótica

Articulaciones y efectores finales de brazos robóticos
Componentes del tren de transmisión
Actuadores y engranajes
Marcos estructurales a medida
Carcasas y soportes para sensores
Rodamientos y piezas de movimiento lineal
Carcasas para fuentes de alimentación
Carcasas para fuentes de alimentación
Componentes del sistema de control
Creación de prototipos

Piezas CNC que suministramos para la industria robótica

 Ofrecemos componentes mecanizados de precisión diseñados para mejorar el rendimiento, la fiabilidad y la funcionalidad de los sistemas robóticos en diversas aplicaciones.

 

Articulaciones y efectores finales de brazos robóticos
Componentes del tren de transmisión
Actuadores y engranajes
Marcos estructurales a medida
Carcasas y soportes para sensores
Rodamientos y piezas de movimiento lineal
Carcasas para fuentes de alimentación
Carcasas para fuentes de alimentación
Componentes del sistema de control
Interfaz robótica avanzada
Interfaz robótica avanzada
Robot de servicio interactivo
Sistema de automatización robótica

Instalaciones de vanguardia

Equipados con la última tecnología y maquinaria avanzada para garantizar una fabricación precisa y de alta calidad.
Centro de mecanizado de precisión

Fabricación CNC de alta precisión con tecnología avanzada y eficacia inigualable.

Taller de producción CNC

Producción CNC racionalizada con maquinaria de última generación para una calidad constante.

Centro avanzado de fabricación CNC

Fabricación y montaje expertos de componentes CNC complejos bajo un mismo techo.

Mecanizado automático

Operaciones CNC totalmente automatizadas que proporcionan un mecanizado rápido, preciso y fiable.

Taller CNC de alto rendimiento

Optimizada para suministrar piezas CNC de primera calidad con rapidez y precisión.

Planta de producción CNC integrada

Fabricación CNC de principio a fin con flujos de trabajo fluidos y resultados superiores.

Materiales para robótica

Ofrecemos una gran variedad de aleaciones metálicas y plásticos de alto rendimiento para piezas de robóticagarantizando durabilidad y fiabilidad.

Laboratorio de desarrollo robótico
  • Acero y acero inoxidable: 301, 316/316L, 15-5, aceros para herramientas, 4140
  • Aluminio: 6061-T6,7075-T6, 5052,, 2024-T351
  • Aleaciones de latón y cobre: C360, Cobre C110, Cobre C101
  • Termoplásticos: PC, ABS, PLA, PEEK, Ultem 1010, PA 12
  • Polímeros básicos: HDPE, UHMW-PE , Garolite G-10, FR4

Acabados superficiales para robótica

Nuestra acabados superficialesincluyendo anodizado y galvanoplastiaMejorar resistencia a la corrosión y rendimiento en aplicaciones robóticas.

Proceso de soldadura automatizado
  • Anodizado
  • Mecanizado
  • Voladura Bred
  • Óxido negro
  • Electropulido
  • Niquelado químico
  • Revestimiento de conversión al cromato
  • Mecanizado fino
  • Recubrimiento en polvo
  • Pulido
  • Mecanizado suave

Industrias a las que servimos

Yicen Precision presta servicio a un amplio espectro de industrias, que abarcan la aeroespacial, la automoción, la electrónica y la médica, entre otras. Estamos especializados en el suministro de piezas fiables y de alta calidad adaptadas a los retos de ingeniería específicos de cada sector.

Lo que dicen los clientes

Vea por qué los clientes confían en Yicen Precision para el mecanizado CNC. Nuestros testimonios destacan la satisfacción con la precisión, la calidad, la entrega a tiempo y el apoyo dedicado, fomentando asociaciones duraderas en industrias de todo el mundo.

Conéctese con nosotros

Transformar conceptos en piezas de precisión

Estamos especializados en convertir sus ideas en componentes funcionales de alta calidad con una rapidez y precisión inigualables. Con tecnología avanzada y artesanía experta, creamos piezas que cumplen las especificaciones más complejas.

Póngase en contacto con nosotros
Respuesta rápida garantizada en 12 horas
🔐 Todas las cargas son seguras y confidenciales

Precision CNC Machining for Custom Structural Frames

A. What are Custom Structural Frames?

Custom structural frames are precision-machined skeletal structures that form the primary load-bearing foundation of robotic systems. These include chassis assemblies, base plates, mounting platforms, support beams, gantry frames, and integrated structural enclosures designed specifically for robotic applications. They provide rigid mounting surfaces for motors, sensors, controllers, and mechanical components while maintaining dimensional stability throughout the robot’s operational envelope. Custom structural frames are essential in industrial robotic cells, autonomous mobile robots (AMRs), collaborative robot workstations, robotic welding systems, pick-and-place automation, and specialized robotics platforms. The precision and rigidity of these machined structures directly impact robot accuracy, repeatability, vibration dampening, and overall system performance across manufacturing, warehouse automation, medical robotics, and defense applications.

B. Principales requisitos técnicos

Custom structural frames for robotics demand exceptional dimensional accuracy with tolerances of ±0,001″ a ±0,003″. on critical mounting surfaces and alignment features to ensure proper component integration. Flatness specifications typically require 0.001″ per linear inch across large mounting surfaces to prevent stress and misalignment of installed components. Perpendicularity and parallelism between mounting faces must maintain tolerances within ±0.002″ to ensure accurate kinematic relationships. Material specifications must provide adequate stiffness while minimizing weight, with specific modulus ratios optimized for application requirements. Surface finish requirements range from Ra 63 to Ra 32 microinches on mounting interfaces to ensure proper component seating and gasket performance. Structural frames must withstand static and dynamic loads, vibration, thermal cycling, and environmental exposure without deformation. Hole positioning for fasteners and mounting features typically requires positional tolerances of ±0.005″ or better. Structural integrity must be maintained across operational temperature ranges from -40°F to 200°F depending on application environment.

C. Retos y soluciones de fabricación

Machining custom structural frames presents unique challenges including managing thermal growth and deflection in large workpieces, maintaining flatness across extensive surface areas, and achieving tight positional tolerances for numerous mounting holes and features. Complex pocket geometries for weight reduction require deep cavity machining with thin-wall considerations. Material removal in large aluminum frames can induce residual stress and distortion. Accessibility to all features in multi-sided frames demands sophisticated fixturing and setup strategies.

Yicen Precision addresses these manufacturing challenges through advanced 5-axis CNC machining that enables complete frame processing with minimal setups, reducing tolerance stack-up and improving feature relationships. Our CAM software optimizes cutting strategies to balance material removal rates while controlling heat generation and minimizing deflection during machining. We employ stress-relief processes and strategic machining sequences to manage residual stresses in aluminum and titanium frames. Precision fixtures and tombstone work-holding systems support large frames rigidly while providing multi-sided access. CMM inspection with large-envelope measurement capabilities verifies flatness, hole positions, and dimensional accuracy across entire frame assemblies with documented traceability. Our quality control measures include in-process verification, thermal stability monitoring, and final dimensional validation using laser tracker technology for large frames, ensuring every custom structural frame meets exact specifications for seamless integration and optimal robotic performance.

D. Aplicaciones y casos de uso

Custom structural frames are essential across diverse robotic applications:

  • Industrial Robotic Cells: Precision base frames and mounting platforms for multi-axis robots in manufacturing environments
  • Autonomous Mobile Robots (AMRs): Lightweight chassis structures for warehouse logistics and material transport systems
  • Collaborative Robot Workstations: Modular frame assemblies for flexible cobot deployment in assembly operations
  • Gantry Robot Systems: Large-scale structural frames for Cartesian coordinate robots in material handling and machining
  • Robotic Welding Stations: Rigid support frames for positioning systems and welding torch manipulators
  • Inspection & Quality Control Robots: Precision frames for coordinate measuring systems and automated vision inspection
  • Agricultural Robotics: Rugged structural frames for autonomous tractors, harvesters, and field monitoring platforms
  • Defense & Tactical Robots: Military-grade frames for EOD robots, reconnaissance platforms, and unmanned ground vehicles

E. Why Choose Yicen Precision for Custom Structural Frames?

Yicen Precision delivers specialized expertise in manufacturing complex custom structural frames with rapid turnaround times suitable for prototype development and production volumes. Our engineering team provides comprehensive Design for Manufacturability (DFM) consultation, optimizing frame topology, material selection, lightening strategies, and mounting feature placement for maximum performance and cost-efficiency. We maintain complete material traceability with certified mill test reports and material certifications for every structural frame component. Our scalable manufacturing capabilities handle frames ranging from compact cobot bases to large gantry structures exceeding 10 feet in length, with consistent quality standards throughout. Advanced inspection equipment including large-format CMMs, laser trackers, and granite surface plates ensure dimensional accuracy across entire frame assemblies. Cost-effective solutions are achieved through optimized machining strategies, efficient material utilization, and integrated multi-sided machining that reduces setup time and improves accuracy. Contact us for a custom quote and engineering consultation to discover how our precision structural frames can enhance your robotic system’s stability, accuracy, and performance.

Ideas y artículos

Explore Servicios de mecanizado para conocer las opiniones de los expertos sobre mecanizado CNC, tendencias del sector, consejos de fabricación y actualizaciones tecnológicas, diseñadas para mantenerle informado, inspirado y a la vanguardia de la ingeniería de precisión.

Preguntas frecuentes

Marcos estructurales a medida

  • What materials provide the best performance for robotic structural frames?

    Aluminum 6061-T6 offers excellent machinability, good strength, and superior strength-to-weight ratios for most robotic applications. For high-stiffness requirements, aluminum 7075-T6 provides enhanced mechanical properties. Titanium Ti-6Al-4V is ideal for aerospace robotics requiring maximum weight reduction. Stainless steel 316 is preferred for cleanroom, medical, and corrosive environments. 

  • Can you incorporate lightening features to reduce frame weight?

    Absolutely. Our engineering team specializes in topology optimization and weight reduction strategies including machined pockets, honeycomb patterns, ribbed structures, and strategic material removal. We use FEA analysis to ensure structural integrity while achieving maximum weight reduction, typically reducing frame mass by 30-50% compared to solid designs.
     

  • How do you ensure flatness across large mounting surfaces?

    We achieve flatness specifications of 0.001″ per linear inch through precision face milling followed by surface grinding for critical applications. Our process includes stress-relief heat treatment for aluminum frames, strategic machining sequences to manage residual stress, and granite surface plate inspection to verify flatness across entire mounting surfaces. 

  • What is the maximum size structural frame you can manufacture?

    Our machining capabilities accommodate structural frames up to 120″ x 60″ x 40″ in size. For larger assemblies, we can machine modular frame sections with precision alignment features for bolted assembly, maintaining tight tolerances across the complete structure. We provide detailed assembly drawings and alignment procedures for multi-piece frames.
     

Póngase en contacto con nosotros
Respuesta rápida garantizada en 12 horas
🔐 Todas las cargas son seguras y confidenciales