R & D Center

We focus on functional prototype development for digital products, automotive,
and home appliances. By integrating design for manufacturing (DFM) at the research stage, 
we ensure high-precision production for both complex metal parts and multi-material models.

3D Scanning
3D scanning product development
Essential tool for quality inspection

Our 3D scanning service utilizes advanced non-contact measurement to capture high-precision data for complex surfaces. As a vital part of the engineering design process steps, it supports reverse engineering and digital inspection for accurate functional prototype development. This technology ensures seamless integration with CAD systems, optimizing your manufacturing design for better quality control and production efficiency. 


The main purpose of 3D scanner
Reverse design improves development efficiency. Three-dimensional scanning can improve product quality and assurance.
Used in automobiles, motorcycles, home appliances, etc.
Industrial Design
On the basis of meeting the needs of all aspects, 
both have characteristics

Industrial design is the core of creating products based on engineering, aesthetics, and economics. Our engineering design process steps ensure that every concept has unique characteristics while meeting all functional needs. At Honpe, we integrate design for manufacturing and manufacturing design into the initial stages to streamline the transition to mass production. Our expertise covers comprehensive prototype development, including mechanical and circuit design, to deliver a high-quality functional prototype for every client. 

The main purpose of 3D scanner
Industrial product design concept, according to the formal aesthetic rules of industrial product design, product form, product color, product decoration, ergonomics in product modeling design, product modeling materials and processes, product design methods and procedures, product design Performance and so on.
Through the design of product strategy, appearance, structure, function and the layout of the entire production system, the quality and personality of the product can be more intuitively conveyed, which is an important factor in the design of industrial products. Industrial product design is no longer a simple "technology ten arts, but an organic combination of engineering knowledge, ergonomics, humanities and social sciences, artistic aesthetics, marketing knowledge and consumer psychology.
Graphic Design
3D scanning product development
Essential tool for quality inspection

Graphic design, integral to the prototype development phase, serves as a vital tool for visual communication. By combining symbols and technical precision, we convey complex design messages through advanced visual performance. In the realm of functional prototype creation, our designers use professional typography and layout skills to complement 3D scanning data, ensuring that the final creative plan aligns perfectly with the production process. This synergy between graphic aesthetics and prototype development ensures every detail is captured from initial concept to the final work.

Common uses of graphic design
Common uses of graphic design include logos (trademarks and brands), publications (magazines, newspapers, and books), print advertisements, posters, billboards, website graphic elements, signs, and product packaging. For example, product packaging may include trademarks or other works of art, layout text, and pure design elements, such as uniform images, shapes, sizes, and colors. Combination is one of the most important characteristics of graphic design, especially when the product uses pre-existing materials or a combination of multiple elements.
Product Structure Design
The design of the mechanical part
A good product must first be practical

Structure design is the backbone of functional prototype development. Following strict engineering design process steps, we balance internal mechanics with aesthetics. Our team prioritizes design for manufacturing and manufacturing design to ensure reliability in the final production 

Electronic Circuit Design
Schematic design, PLC source code design, function debugging, etc.

Electronic circuit design is a critical phase in functional prototype development. Our engineering design process steps cover everything from hardware design (schematic and PCB layout) to software integration. By focusing on source code design and functional debugging, we ensure that every functional prototype achieves its intended performance before moving to mass production. 

Electrical circuit design
Electrical circuit design is divided into: circuit design, PLC software design.
Electrical circuit design includes: schematic design, PLC source code design, function debugging, etc.
Co-brands