1. Pre-CNC Machining: Design and Preparation for Pet Water Dispenser Prototypes Before initiating CNC machining for the pet water dispenser prototype, a systematic design and preparation stage is critical to meet functional, safety, and pet-friendly requirements. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements Recommended […]
1. Pre-CNC Machining: Design and Preparation for Electric Curtain Prototypes Before initiating CNC machining for the electric curtain prototype, a systematic design and preparation stage is critical to meet functional, structural, and user experience requirements. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements Recommended Materials
1. Pre-CNC Machining: Design and Preparation for Home Theater System Prototypes Before initiating CNC machining for the home theater system prototype, a systematic design and preparation stage is critical to meet functional, structural, and user experience requirements. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements
1. Pre-CNC Machining: Design and Preparation for Digital Photo Frame Prototypes Before starting CNC machining for the digital photo frame prototype, a systematic design and preparation stage is essential to meet functional, aesthetic, and user experience requirements. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements
1. Pre-CNC Machining: Design and Preparation for Surveillance Camera Prototypes Before starting CNC machining for the surveillance camera prototype, a systematic design and preparation stage is essential to meet functional, structural, and practical requirements. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements Recommended Materials Product
1. Pre-CNC Machining: Design and Preparation for Electric Face Wash Prototypes Before initiating CNC machining for the electric face wash prototype, a systematic design and preparation stage is critical to meet functional, safety, and user experience requirements. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements
1. Pre-CNC Machining: Design and Preparation for Electric Heating Hand Warmers Before initiating CNC machining for the electric heating hand warmer prototype, a systematic design and preparation stage is critical to meet functional, safety, and user experience requirements. This stage follows a linear sequence, with key details organized in the table below. Design Step Key
1. Pre-CNC Machining: Design and Preparation for TV Prototypes Before starting CNC machining for the TV prototype, a systematic design and preparation stage is essential to meet functional, structural, and user experience needs. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements Recommended Materials Product Demand
1. Pre-CNC Machining: Design and Preparation for Game Machine Prototypes Before starting CNC machining for the game machine prototype, a systematic design and preparation stage is essential to align with functional, structural, and user experience needs. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements Recommended
1. Pre-CNC Machining: Preparation and Design for Computer Prototypes Before launching CNC machining for the computer prototype, a systematic preparation and design stage is critical to align with functional, structural, and production needs. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements Recommended Materials Product Demand
1. Pre-CNC Machining: Preparation and Design for Printer Prototypes Before starting CNC machining for the printer prototype, a systematic preparation and design stage is essential to align with functional and production needs. This stage follows a linear sequence, with key details organized in the table below. Design Step Key Requirements Recommended Materials Product Demand Analysis
1. Pre-CNC Machining: Preliminary Preparation and Design for E-Book Reader Prototypes Before launching CNC machining for the e-book reader prototype, a comprehensive preparation and design stage is indispensable to lay a solid foundation for subsequent processes. This stage follows a linear sequence, with key details outlined in the table below. Design Step Key Requirements Recommended
1. Pre-CNC Machining: Design Preparation for Scale Prototypes Before starting CNC machining for the scale prototype, a thorough design stage is essential to meet functional and user needs. This stage follows a linear process with clear key points, as shown in the table below. Design Step Key Requirements Recommended Materials Product Demand Analysis Achieve a
1. Pre-CNC Machining: Design Preparation for Electric Razor Hand Plates Before initiating CNC machining for the electric razor hand plate prototype, a comprehensive design stage is critical to align with functional and user needs. This stage follows a linear process with clear focus areas, as outlined below. Design Step Key Requirements Recommended Materials Product Demand
1. Pre-CNC Machining: Design Foundation for Prototypes Before starting CNC machining, a solid design stage is essential to ensure the prototype meets functional and structural requirements. This stage involves four core steps, each with clear objectives and materials. Design Step Key Requirements Recommended Materials Product Demand Analysis Achieve constant temperature (40-50°C), adjustable temperature, timing function;
When developing a foot bath, the prototype process directly determines whether the product can meet user demands for safety (like anti-slip design), functionality (stable heating, smooth massage), and durability (waterproofing). Among all prototyping methods, the CNC machining foot bath prototype process stands out for its ability to replicate complex structures—such as curved basins, massage roller
