3D technology is a great way to implement non-standard solutions. A wide range of 3D printing materials and technologies allow 3D printing to be adapted not only for simple home solutions but even for aviation laboratories that meet the highest standards.
Today we are sharing a non-standard flask holder design project for one of the aerospace laboratory research devices, which monitors the determination of the concentration of magnetic suspension particles. According to the customer’s request, we designed this non-standard holding part. For this purpose, we used 3D modeling and 3D printing solutions. Based on the provided data, the engineers created a flask holder inclined at a specific angle. The holder was printed on an FDM technology 3D printer using a polyamide-carbon fiber material.
The 3D printed part was produced only in 1 business day. This allowed the technical issues to be resolved particularly quickly and to ensure unstoppable laboratory work. The highest quality 3D printed part meets the highest requirements of the aviation industry, and the new part has perfectly served the intended purpose.
3D printing technology: FDM (Fused Deposition Modeling)
3D printing material: PACF
Size (mm): 110.00 x 88.00 x 88.00