Precise, Durable, and Affordable Custom Orthotic Insoles With 3D Printing
You can now produce custom orthotic insoles easily and affordably in house with a simple and clean digital workflow, reducing costs and labor needs, and improving turnaround time and comfort for your customers.
Why Go Digital?
Lower Costs
Faster Turnaround Time
設計の自由度
Fuse 1+ 30W: Compact, Industrial Quality SLS 3D Printer
Easily Start, Easily Scale
Get started easily with a low upfront cost and pay only for the capacity that you really need. Scale up as demand increases and minimize the risk of downtime with multiple printers. Avoid hidden costs, expensive service contracts, and electrical work and start printing within one day of delivery.
材料特性
| 最大引張強さ | 65MPa |
|---|---|
| 引張弾性率 | 2.8GPa |
| 曲げ弾性率 | 2.2GPa |
| 曲げ強さ | 92MPa |
| 曲げ弾性率 | 2450MPa |
| ノッチ付きアイゾット | 29J/m |
| 荷重たわみ温度＠0.45MPa | 56°C |
| 荷重たわみ温度＠0.45MPa | なし |
Easily Start, Easily Scale
材料特性
Easily Start, Easily Scale
Get started easily with a low upfront cost and pay only for the capacity that you really need. Scale up as demand increases and minimize the risk of downtime with multiple printers. Avoid hidden costs, expensive service contracts, and electrical work and start printing within one day of delivery.
| 造形品 | Complex Impeller Part | Simple Pump Impeller - 12” |
|---|---|---|
| Volume of Production | 50 parts | 50 parts |
| Alternative Tooling Method | Wax injection with metal tooling, soluble wax cores, and wax chills | Wax injection with metal tooling |
| Alternative Tooling Cost | $60,000 | $11,000 |
| Cost 3D Printed | $78/part | $30/part |
| Lead Time Savings | 14 weeks | 8 weeks |
4 Easy Steps to Deliver Millions of Patient Steps
1. Scan
Scan foam impressions, casts, or patients directly using a smartphone or iPad-based scanner, professional gait scanners, or pressure plates.
2. Design
Use insole design software to create the desired features and supports. Include heel cups and other features to avoid manual steps while finishing.
3. 造形
Produce the insoles or insole shells in batches on the Fuse 1+ 30W and post-process the parts on the Fuse Sift.
4. Finish
Assemble the 3D printed insole with covers, posts, and pads as needed. Eliminate manual trimming or grinding by leveraging a digital scan and precise design.
1. Scan
Scan foam impressions, casts, or patients directly using a smartphone or iPad-based scanner, professional gait scanners, or pressure plates.
2. Design
Use insole design software to create the desired features and supports. Include heel cups and other features to avoid manual steps while finishing.
3. 造形
Produce the insoles or insole shells in batches on the Fuse 1+ 30W and post-process the parts on the Fuse Sift.
4. Finish
Assemble the 3D printed insole with covers, posts, and pads as needed. Eliminate manual trimming or grinding by leveraging a digital scan and precise design.
Get Started With 3D Printing Insoles
Get in touch with our medical 3D printing experts for a 1-1 consultation to find the right solution for your business, receive ROI analysis, test prints, and more.
