The Future of Custom Production with 3D Printing Technology

Are you looking for high-quality custom 3D printing services for your product development needs? Look no further than Dinsmore Inc., a leading provider of 3D printing and rapid manufacturing solutions. Our ISO 9001:2015 certification guarantees that we meet the highest standards of quality in all aspects of our operations.

Our 3D printing technologies have moved beyond just prototyping and into production, giving our customers the ability to turn their designs into functional finished parts with ease. We understand the needs of early-stage product development as well as the demands of the final product, and our experts can guide you through the entire process.

At Dinsmore Inc., we pride ourselves on our cutting-edge abilities to print flexible polyurethane, rigid parts, medical-grade materials, and even 3D printing metal services. Our arsenal of technologies from leading manufacturers sets us apart from other 3D printing service providers, giving us the versatility to accommodate the unique demands of each customer’s application.

We offer both 3D model printing services and 3D printing prototype services to ensure that your parts design meets the criteria of the best-fit additive manufacturing technology used to produce it. Because prototyping can be an iterative process, having a knowledgeable 3D printing and design service as an extension of your process can be essential for delivering the final product with precision and efficiency.

After considering quantity, budget, intricacy, material, and turnaround time, we recommend one of the following cutting-edge technologies:

SLA (Stereolithography) - Our most commonly used process, offering precision, speed, and affordability. SLA uses a liquid building process to create very fine details when the product hardens. With a vast array of choices for material color and finish, it's a truly customizable technology.

DLS (Digital Light Synthesis) - Eliminates some of the shortcomings that come from other 3D printing technology. DLS works by projecting a continuous sequence of UV light, which is generated by a digital light projector through an oxygen-permeable UV-transparent window, below a liquid resin bath.

FRSLA (Fine Resolution Stereolithography) - A version of SLA for small-sized products or products that feature fine detail, requiring exceptionally high resolution. FRSLA offers finer detail quality and speed, making it a faster option with greater accuracy.

SLS (Selective Laser Sintering) - Can create complex shapes in plastic, metal, ceramic, or glass. Based on the material used, it can produce a very high-density product.

DMLS (Direct Metal Laser Sintering) - Used strictly for metal products, including steel, chromium, and titanium, and creates very complex shapes using a fiber optic laser — allowing for quick production of a unique part.

PolyJet - Accommodates very complex shapes with a material that mimics rubber with high flexibility. It offers some of the softest edges and smoothest finishes available.

FDM (Fused Deposition Modeling) - Creates highly durable and strong prototypes that can endure extreme climates, exposure to chemicals, and mechanical stress. It is suitable for plastic products that feature solid structures.

MJF (Multi Jet Fusion Technology) - HP's new technology has the ability to produce parts with controllable physical and functional properties at each point in a part. The cost-effective HP 3D printers are tailored for prototyping small to medium-sized products, as well as short-run manufacturing.

With Dinsmore Inc., you have access to our expert knowledge and innovation with custom 3D printing any step of the way. We’re ready to help you take your design to the next level and into production. Contact us today to learn more about our custom 3D printing solutions.