With our exceptional expertise, we've carefully crafted a variety of plastic injection molds and parts for this robotic vacuum cleaner. The precisely fitting components ensure a sleek appearance and outstanding performance. The set includes over 20 parts, created using more than ten molds made from high-quality, heat-treated steel for extra durability. Our specialized mold designs prevent surface imperfections and ensure precise assembly. Thanks to our advanced equipment and sophisticated techniques, we deliver tailored solutions that bring the ideal product to life.

The plastic gear injection mold requires extremely high precision in terms of dimensions and performance. The parameters include: addendum circle diameter, dedendum circle diameter, module, pitch circle diameter, pitch circle tooth thickness, pressure angle, helix angle, and tooth ring runout tolerance, among others. If the gear does not meet the precision requirements, it can lead to unstable transmission, accompanied by vibration or swaying motion, and excessively loud noise. Therefore, high machining accuracy is required for the concentricity of the plastic gear, the tooth profile, and other characteristics, with particularly stringent precision requirements for plastic gear molds.

This robust, medium-sized injection mold is precision-engineered and ideally suited for manufacturing the main base unit of a 3D printer. It ensures that each plastic part produced by the tooling precisely matches the component specifications, whether they involve complex mechanical structures or minute dimensional requirements. Utilizing advanced technology and professional design, the injection mold not only meets strict quality standards for dimensional accuracy and surface finish but also accommodates intricate geometries, enabling efficient and stable molding production processes. Choosing our 3D printer injection mold guarantees exceptional performance and durability, significantly enhancing the overall quality of 3D printers.

This automotive injection mold is made to produce car door switch panel. The mold uses high grade steel material and manufactured by our advanced and modern mold manufacturing equipment. The mold is a family mold which contains one left door switch panel and one right door switch panel. Very high quality and durable, we make this auto parts mold for original car manufacturer.

This computer mouse is designed with a clamshell structure, and its components, including the upper shell, scroll wheel, optical lens assembly, scroll wheel shaft, and lower shell, are all manufactured through injection molding. The lower shell features a complex design with multiple reinforcing ribs and pillar placements. GV Mold has carefully crafted the mold design, carried out precision mold machining, and strictly controlled the injection molding parameters throughout the production process. This diligent methodology has effectively prevented any potential defects such as flashing, incomplete filling, flow marks, air traps, warping, silver streaks, and cold slug formation in the mouse’s outer shell, thereby ensuring a flawless final plastic product.

Precision-engineered plastic mold for microphone accessories is crucial in the injection molding industry, enabling the mass production of various plastic parts essential to microphones. These include sturdy microphone cases for protecting sensitive electronics and durable microphone brackets that ensure stable positioning during operation. The incorporation of a conformal cooling network in the mold for these audio components is essential for achieving a uniform thermal profile, which significantly reduces warping and improves the dimensional accuracy of the final product. This plastic mold is meticulously designed to preserve intricate details and maintain uniform quality, which is vital for meeting the high standards of the audio industry.

The injection mold for the earphone charging case is a specialized tooling equipment designed for the production of wireless earphone charging boxes. The mold features a high-precision design, ensuring the dimensional accuracy and surface smoothness of the charging case. The intricate runner design within the mold guarantees uniform material filling, preventing defects such as shrinkage cavities and warping, thereby enhancing the overall quality and service life of the charging case. The mold design also includes an automatic demolding mechanism, ensuring smooth product release during the production process, reducing manual intervention, and improving production efficiency.