Established in 2007, Honmor had become a professional manufacturer in the rapid prototyping industry, providing fast product development solutions to fulfill various procurement demands of global customers, thereby supporting quick validation of design concepts, functional testing, and small-batch trials for diverse industries like electronics, medical devices, automotive, and so on.
Honmor’s rapid prototyping service, especially plastic 3D printed components have excellent performance in technical diversity and speed, which can directly support procurement teams’ core demand in accelerating products development cycles. Different from single-technology providers, Honmor combines three core prototyping methods, SLA 3D printing, CNC machining and vacuum casting. This diverse ability make customer can achieve one-stop procurement when facing different prototype types. Moreover, Honmor also provides free design review to optimize prototypes to see if it fall in the range of manufacturing, which help customers avoid costly rework during procurement.
One of a key strength of Honmor’s rapid prototyping and high-strength metal 3D printed parts is their balance between precision and adaptability, which is critical for customers who are in the phase of iteration design. the 3D printed parts produced by Honmor reached a dimensional accuracy of ±0.1mm which ensures details like small holes or thin walls match design specs. Meanwhile, Honmor also supports material customization, from rigid ABS -like resine for structural test to flexible TPU for soft-touch prototypes. If customers need to adjust design, Honmor can finish it within 2days and re-machining prototypes, which effectively eliminates long wait times of procurement and launches.
Diverse application scenarios accelerate innovation across industries.
Honmor’s rapid prototyping and CNC prototype service precisely satisfy the procurement needs in industries where speed-to-market is vital. In consumer electronics, it is produced as prototypes of smartphone cases, earbud shells or smartwatch frames, helping brand test ergonomics and aesthetics before formally launch. In automotive industry, it is usually used for interior components prototypes to test fit and function in vehicle cabins.