Why Do We Need to Make Prototype Models?

A prototype model—often referred to as a rapid prototype—is made after a new product’s design is completed but before formal production and tooling begin. Based on the product’s design or engineering drawings, one or more physical models are created so we can visually and tangibly evaluate what the final product will look like. This allows […]

A Comprehensive Guide to Common CNC Prototyping Materials

In the product development and design verification stage, CNC prototyping plays a crucial role. The choice of material directly affects the prototype’s functionality, testing accuracy, and final decision-making. As a professional rapid manufacturing provider, Kaiao Precision has summarized the characteristics and applications of commonly used CNC materials to help you make more informed decisions. I. […]

Vacuum Casting Materials Full Analysis: Material Types and Colors

blank

Silicone Mold Replication for Rapid Prototyping and Small-Batch Manufacturing: Materials, Properties, and Considerations In the field of rapid prototyping and small-batch manufacturing, silicone mold replication offers unique flexibility and is highly favored. Kaiao  Prototyping understands that the right material choice is the cornerstone of product success. This article will take you through the common materials […]

Innovative Rapid Prototyping & CNC Solutions: Precision, Speed, and Flexibility for Your Product Development

blank

Rapid Prototyping and CNC Machining Technologies Laser Rapid Prototyping (RP)Rapid Prototyping (RP) refers to a technology where a part’s CAD model directly drives the rapid manufacturing of complex three-dimensional shapes under computer control. It integrates multiple advanced techniques and relies on discrete or additive manufacturing principles. In this process, materials are “stacked” layer by layer […]

Precision CNC Machining: Fast, Reliable, and High-Quality Prototypes & Parts for Your Projects

blank

CNC Precision Machining ServicesConcept ModelsFunctional PrototypesRapid Mold PrototypesMetal Parts ManufacturingTooling and Inspection Fixtures At Kaio, we utilize industry-leading CNC software and advanced machining equipment to quickly produce prototypes, models, or even fully manufactured parts based on your CAD data. We are capable of working with a wide range of engineering materials, including plastics, metals, and […]

CNC Automotive Parts: Precision Manufacturing for Autonomous Driving

Car Manufacturing Line

The world witnessed the debut of the robotaxi in 2024—a self-driving vehicle destined to transform the transportation industry worldwide. This self-driving taxi offers advantages for the environment, convenience, and safety while marking a significant advancement in autonomous driving technology. However, the success of robotaxi depends on the precise manufacture of components, which must align with […]

Vacuum Casting 101: Definition, Operation, Comparison & Applications

blank

Vacuum casting technology is subtly integrated into many consumer electronics and is extremely helpful in creating essential components for modern-day gadgets. This technology is equally beneficial for producing components used in both the functioning and design purposes of your everyday electronics. While there are some obvious uses of vacuum casting, some of its applications will surely […]

A Comprehensive Guide to Understanding the CNC Milling Machine Programming

blank

CNC milling machines are incredible at producing intricate products with great accuracy using materials such as wood, metal, or plastic as rotating tools. They are widely used in a variety of industries, including defense, electronics, transportation, and aerospace. However, for proper functioning and precise manufacturing of different components, these machines require top-notch CNC milling machine […]

When Do CNC Parts Needs Machined Finish: Significance, Scenario & Standard

KAIAO's CNC Machining

Machined finish refers to the surface texture or quality achieved on a part after it has undergone machining processes, typically using Computer Numerical Control (CNC) technology. The finish is influenced by the machine’s capabilities, the tool’s type and condition, the cutting parameters, and the type of material being machined. A machined finish can range from […]