We then combined the footscan data with outputs from even more extensive biomechanical testing conducted in partnership with the Functional Orthopedic Research Center of Excellence (FORCE) Laboratory at Oregon State University-Cascades (OSU-C).
When it’s all put together, we’re looking at rich, meaningful data to inform some of the most critical functions of an insole:
- Comfort: We use pressure mapping to refine the insole design and foam selection so hotspots are reduced and pressure is redistributed for reduced gait impact. We can also quantify the wearer’s levels of perceived comfort using psychometric testing.
- Endurance: We measure oxygen consumption and muscle response during athletic activities to determine the level of performance an insole can support, and ensure the insole design is appropriate for the type, duration, and intensity of movement required by the specific type of footwear.
- Balance: We use 3D motion capture to track the body’s center of mass while using our insoles, as well as pressure testing to assess underfoot stability.
What this information produces is ergonomic insoles like INSITE Contoura that fit up to 85% of wearers, right out of the box. That’s pretty decent customization for an insole (if we do say so ourselves).
But we know that beyond a great-fitting insole lies a secondary challenge for shoe designers and developers – timeline. If you’re unable to get the insole you need to meet tight development timelines, it doesn’t matter how great the insole is.
Custom Shoe Insoles on Your Product Development Timeline
We’re able to deliver quality custom insole samples to footwear manufacturers in as little as 2 weeks – that’s half the industry average.
And did we mention – our insoles are made with a percentage of plant-based foams that are sustainably-sourced?
Our fast turnaround times coupled with our focus on sustainability help you better manage some of the primary challenges your business is up against in today’s market:
- Increasing customer demands
- Tight product development timelines
- A growing emphasis on sustainability
When you’re able to use an ergonomic and sustainable insole that fits the majority of your customers, and you can access a sample in as little as 2 weeks, there’s really nothing holding you back from delivering a footwear product your customers will love.
With INSITE’s rapid digital insole sampling process, we collect a 3D midsole scan and create a 3D-printed prototype shape based on your midsole in under one week. We’re then able to produce an insole sample, test it, and deliver it in the following week, meaning you get what you need in as little as two weeks – half the time of the traditional process.
Let’s break it down a bit more:
Scan: We deconstruct your new or existing footwear and take a detailed 3D scan of the midsole or last.
Design: Using data from the scan, we develop a 3D rendering of your custom insole, combining the contours of your midsole with our patented ergonomic shape.
Print: We print a 3D prototype to confirm the shape and fit of your insole.
Sample: Using the best selection of materials for your specific footwear line, we create a customized sample of your insole.
Test: Our labs conduct industry-standard performance, safety, and bio-content testing before we deliver your sample insole.
Creating Sustainable and Custom Insoles
Now’s your chance to set a sustainability standard with custom insoles made from plant-based foam compounds that are sustainably sourced using regenerative farming practices.
And using insoles made from plants doesn’t mean you have to compromise on performance benefits – in fact, our sustainable PU foams add even more comfort and breathability to our insoles.
The best part (or one of them) is that going green isn’t going to break your budget. There is a stable supply of the U.S. industrial field corn that we use for our insoles, so our biomaterials are always readily available. We’re able to roll this material stability right into the bottom line – so you can elevate your footwear with a cost-neutral and price-competitive sustainable option.