At Handykline Prototyping, we take pride in our structured and thoughtful design process. We treat every project as an opportunity to deliver value through advanced engineering techniques and practical solutions. With an emphasis on Design for Manufacturing (DFM) and Design for Assembly (DFA), our designs prioritize functionality, efficiency, and scalability.
At Handykline Prototyping, we aim to disrupt the traditional boundaries of manufacturing by reimagining its landscape. Our mission is to democratize manufacturing by making advanced design and prototyping accessible to businesses of all sizes. We are committed to making advanced manufacturing and expertise available to businesses at all stages. This helps many creators bring their ideas to life without limits.
Using additive manufacturing, we can offer affordable and scalable solutions. This helps smaller businesses compete fairly. It also encourages innovation and growth within the industry. This commitment is HandyKline’s mission to create a more inclusive and dynamic manufacturing ecosystem.
Handykline Prototyping is more than a service provider; we are a partner in innovation, and a catalyst for progress.
Design for manufacturing and assembly is a time consuming process. No matter how simple or complex your product is, a good design process is key. It helps cut production costs and lowers the risk of time-consuming problems on the production line.
Partner with our team to conceptualize designs that align with your vision using axiomatic design principles.
Utilizing industry-leading tools to create accurate 3D models and 2D drawings.
Rapid prototyping ensures designs meet specifications before full-scale production.
For clients interested in mechanical design and engineering solutions, we provide help for the full design process. This includes the concept development and design phase, including 3d modeling and simulation services.
After the prototyping phase, we can also help with both tolerance analysis and surface analysis. These tests ensure your product is ready prior to final production.
We help you improve your manufacturing process. We offer Design for Manufacturing (DFM) and Design for Assembly (DFA) consulting. This consulting can lead to increased productivity and lower production costs overall.
We can also help to reduce production costs and speed up your time to market through our assistance in making high-quality material choices and cost-saving strategies.
Streamline your cloud manufacturing processes. We can collaborate remotely on projects to help streamline manufacturing workflows and ensure your production capabilities remain scalable.
We are no strangers to the design and fabrication of high accuracy parts. We can ensure quality and reliability. Whether you make medical devices or other complex assemblies, we can help. We support you from prototyping to post-processing.
What sets us apart is our passion for solving complex engineering challenges. Our skills let us work with many materials and methods. We can both build a product from scratch or improve a current design.
Our team of seasoned professionals will meet with you one-on-one and utilize state-of-the-art instruments and techniques to deliver exceptional results. You will be part of the process from the very beginning and will receive clear estimates, pricing and deliverables.
Bringing ideas to life quickly is at the core of our Rapid Prototyping services. Our process ensures:
Our goal is to get your prototype from a CAD model to the production line as fast as possible. We do this by focusing on improving the prototyping process with quick iterative design phases. We work to ensure a balance of both speed and accuracy in the production of your prototypes.
We have access and experience with a wide range of materials, allowing us to build your prototype to your exact specifications.
Our use of DFM and DFA methods allow for a rapidly improved design and engineering process. This iterative process reduces production costs and improves the quality of your prototype.
This manufacturing method is perfect for complex geometries helping to improve productivity and reduce time consuming design iterations.
CNC Machining enables manufacturers to cut precise prototypes from raw materials directly. This method is perfect for prototypes made from metals or plastics.
Casting and molding are great for making detailed prototypes in small amounts. They work well with materials like resins and plastics.
High-quality sheet metal fabrication for structural components. This process is best for end-use applications like chassis, enclosures and brackets.
Explore some of our recent accomplishments, showcasing our versatility and technical expertise:
Designed and optimized parts for seamless integration into robotic systems.
Precision parts meeting stringent industry standards.
Functional, ergonomic and aesthetically pleasing product designs.
