We provide comprehensive 3D modeling, 2D drawings, and production drawing packages to capture your project in a professional, shareable format suitable for manufacturers. Our process ensures that every detail is thoroughly reviewed for manufacturability, tolerance stack-ups, and optimal material selection—delivering precision and readiness at every stage.
Prototyping is a crucial part of the design process. It allows us to validate material selection, part geometry, functionality, and much more.
Our production-quality prototypes are ideal for design validation, customer or investor samples, application trials, and even marketing materials. We can produce prototypes in volumes ranging from a single piece to thousands, depending on your needs. To ensure flexibility, we offer tiered pricing options, allowing you to find the perfect balance between quantity and budget.
Navigating the converting industry can be challenging, but we’re here to make it easier. With industry expertise and an understanding of what matters most, we’re ready to guide you every step of the way. From bringing your initial idea to life on paper to selecting the right materials and suppliers, prototyping, and delivering a production-ready design to your chosen contract manufacturer—we’ll ensure a seamless experience from start to finish.
Let us help bring your vision to reality.
We leverage our extensive supplier network to offer material alternatives from multiple sources and connect you with a range of contract manufacturing converters to ensure the best fit for your project’s unique needs.
Looking to test and compare multiple part profiles without the cost of new tooling each time? Our dieless CNC equipment could be the ideal solution. When existing market options didn’t meet our standards, we took it a step further and designed our own in-house equipment to better serve our customers’ needs.
Looking for production-quality parts without the hefty costs of traditional production tooling and setup? Our prototype tooling options are typically just 10% of the cost of production tooling, delivering crisp, clean cuts and enabling higher volumes at lower costs compared to other prototyping methods.
Looking to combine materials for your ideal stack-up? We’ve got you covered! Our capabilities include laminating various materials together, and we can even incorporate heat into the process when necessary.
Need a custom sealed or bonded design? We’ve engineered and built our own heat sealing equipment in-house, which works seamlessly with our cost-effective prototype tooling. This allows us to maintain high quality while keeping costs down and ensuring quick turnaround times.
We can print everything from simple numbers and arrows to vibrant, full-color wallpaper-style graphics on your parts. Our digital printing process delivers high-quality results on nearly all materials, requiring no print plates, ink purchase, or minimum order quantities.
Our in-house 3D printing capabilities enable us to produce high-quality plastic parts quickly and at scale. We can even embed electronics, magnets, and other materials within the prints. Our printers support prototype runs of thousands of pieces on tight timelines. Additionally, we can 3D print molds to create custom silicone rubber parts tailored to your specific application.
Our on-site machine shop supports prototyping and tool/fixture production, allowing us to maintain tight control over product quality and turnaround times. Our facility is equipped with a manual mill, CNC mill, standard lathe, tool room lathe, surface grinder, drill press, and both vertical and horizontal bandsaws to meet a variety of machining needs.
We have the capability to build nearly anything you need in metal or plastic in-house. Our fixture table, bending brakes, tube benders, and welding equipment (MIG, TIG, and Stick) enable us to create custom solutions with quick turnaround times.
Our well-equipped electronics lab, combined with our extensive experience, allows us to solder, debug, and test electronics in-house. We utilize a variety of soldering and reflow equipment, along with power supplies, digital multimeters (DMMs), function generators, oscilloscopes, and more.
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