FAQ
A: Yes. Our team has over 30 years of experience and can provide comprehensive development support, from concept development and design to agency evaluation and final 3D rendering, to help you turn your ideas into a viable product.
A: For the most accurate estimate, we recommend providing 3D files (e.g., .STP / .STEP, .IGS / .IGES, .X_T) or 2D engineering drawings (e.g., .DWG, .PDF). If you only have samples or sketches, we can provide a preliminary evaluation and assist with subsequent drawing development.
A: We are familiar with a wide range of general-purpose plastics, engineering plastics, and specialized functional materials (such as PP, ABS, PC, PA, POM, TPE, etc.). Our engineers will recommend the most suitable plastic material based on your product's operating environment, functional requirements, appearance requirements, and cost considerations.
A: We provide one-stop services, including product printing (screen printing/pad printing), painting, electroplating, surface hardening, ultrasonic welding, hot stamping, assembly packaging and other secondary processing, saving you the time and cost of multiple communication.
A: We specialize in various types of plastic injection molds, including cold runner molds, hot runner molds, precision insert molding molds, etc., which can meet the production needs of different products.
A: Yes, this is one of our core technologies. We have extensive experience in bonding metal parts, electronic components or different plastic materials, and can ensure the firmness and precision of the finished product.
A: We can perform various surface treatments on the mold according to your needs, such as high-gloss mirror polishing, different textures (such as sand texture, leather texture, hairline texture, discharge pattern, special factory pattern), sandblasting, etc., to achieve the appearance and texture of the product you expect.
A: We can accurately match colors based on the international standard color numbers (such as PANTONE), sample colors or masterbatches you provide. We can also provide color swatches for you to confirm the Lab values as a standard before mass production to ensure color consistency.
A: Quality is our core commitment. We have a strict quality control process, from mold design review, steel and raw material selection, dimensional measurement during the processing process, to first article inspection (FAI) of the finished injection molded product, in-process quality control (IPQC), and final shipment inspection (FQC).
A: Yes. After the mold is completed, we will conduct a trial mold (T1) and provide you with samples for full confirmation of function, size, assembly, and appearance. Once you approve the sample, we will start mass production.
A: We maintain a rigorous quality management system and continuously optimize our processes. If you have specific certification requirements (such as ISO 9001 or IATF 16949), please feel free to discuss them with us.
A: If a quality issue occurs, we will immediately initiate an internal investigation, analyze the root cause, and propose effective improvement measures. For products that do not meet specifications, we will rework or compensate you according to the agreement with the customer to ensure your rights and interests are protected.
A: We will review the sample with you to determine if it's a problem with the original design or a manufacturing error. If the problem is ours, we will modify the mold free of charge. If we require a design change, we will assess the cost and timeline based on the complexity of the modification.
A: We can provide OQC reports, material certificates, RoHS/SGS, and other environmental and non-toxic certifications upon request. Full-Dimensional Reports are also available upon request.
A: We will recommend the most suitable mold steel based on the estimated production volume of the product and the characteristics of the plastic raw material (such as whether it is corrosive or contains fibers). From common P20 and NAK80 to high-hardness H13 and S136, and corrosion-resistant stainless steel, we take into account both mold life and cost-effectiveness.