We do not provide design services, you are responsible for submitting 2D and 3D CAD drawings and we can then provide design for manufacturing (DFM) review and analysis upon receipt of your drawings.

We will recommend the most suitable rapid prototyping technology based on your product design and functional requirements. We will also explain the advantages and limitations of each technology to help you make an informed decision. Generally speaking, 3D printing is suitable for complex prototypes, while CNC rapid prototyping is more suitable for high precision and strength requirements

Before shipment, we provide OQC reports upon request. If needed, we can provide additional documents on material certificates, inspection reports, certificates of conformity, etc.

We provide a variety of material options. We can process more than 200 types of metal and non-metal materials. We will recommend the most suitable material based on your product requirements and budget. The impact of different materials on cost and performance is significant, and we'll explain these in detail and help you make the best choice.

We will estimate the time and cost before the project starts based on the complexity of the project, the selected technology and historical data, and provide a detailed time and cost estimate. We are committed to avoiding overspending and helping you control your budget through effective project management and cost control measures.

We have experts and testing equipment to provide full-scale testing, and we can provide CMM reports or 3D scanning reports upon customer request.

We have a strict quality control process and an experienced team to ensure the quality of the prototype even under tight time frames.

Brightstar provides instant quotes and lead times for your custom parts. There are two ways to get quotes and DFM feedback from our sales team.
1. Upload one or more 3D CAD files on our Get a Quote page
2. Send one or more 3D CAD files directly to info@bs3Dmodel.com
In most cases, we respond with a quote within 12 business hours of receiving an RFQ. If a quote is delayed, we will notify you as soon as possible.

Yes, polyurethane parts can be provided as a final product to an end user. While this process is often used for prototyping, customers also often use it as a bridge process to get a product to market while production processing is ongoing. For very specialized products, such as medical devices, this process is used for production because the very low upfront cost is attractive for short runs. The production quality appearance and the polyurethane developed for functionality make this process very suitable for end use.

Prototype Molding Services refers to a range of services from prototype to manufacturing provided by professional rapid manufacturing companies to help customers quickly transition from the concept stage to actual prototype plastic parts. These services include design evaluation, selection of appropriate materials, manufacturing of prototype molds, and ultimately producing prototype parts for testing and verification.

Water jetting services are important in aluminium manufacturing because it provides a precise and versatile cutting solution. The metal working shops uses a high-pressure stream of water (sometimes combined with abrasives) to cut a variety of materials, including aluminum. Because water jet cutting does not generate heat, it is particularly suitable for cutting metals such as aluminum because it does not change the material's structure or cause thermal damage, thereby maintaining the integrity and properties of the aluminum material.