BASF Clear PRO Series Ryno Filament - 2.85mm (10lb)
World-renowned for designing and producing materials from the most common and reliable to the most unique and cutting-edge, BASF is setting the standard for advanced filament in the additive manufacturing and 3D printing sector. MatterHackers has partnered with BASF to create a bundle that contains each of their most advanced 3D printing filaments:
•Nylon
•Carbon Fiber Nylon
•Flame-Resistant PC/ABS
•BVOH Support Material
This 4-pack empowers you to print parts with the most advanced-tier qualities, like chemical, heat, UV and impact resistances. Make the future today, with BASF advanced materials.
| Price: | $220.00 (with add-ons) |
|---|---|
| Availability: | In Stock |
| Order Now: | Ships Today Free U.S. Shipping |
What's in the Bundle
This 4-pack includes the following:
- 1x 750g spool of BASF Natural Ultrafuse Nylon
- 1x 750g spool of BASF Black Ultrafuse PAHT CF (Carbon Fiber Nylon)
- 1x 700g spool of BASF Black Ultrafuse Flame-Resistant PC/ABS
- 1x 350g spool of BASF Ultrafuse BVOH Support Material
Questions
What are the dimensions of the 5lb spool? When I select the 10lb spool, the dimensions listed under the Technical Specs do not change. I want to make sure the 5lb spool fits in my filament dryer.
This is comment and not a question. I just made a set of 3 parts with RYNO for the first time. After 2 tries at getting the temps and speeds set correctly, I made 99.9% perfect prints of all 3 parts in pretty reasonable times on my AnkerMake M5. I was pretty stunned at the results. Really like the results with Pro Series RYNO. For anyone else that needs reference: Fan 100% with fan disabled for first 3 layers. Bed is standard AnkerMake PEI cleaned with alcohol before start of print. Nozzle temp: 245°C Bed temp: 65°C First layer speed: 50 Outer wall speed: 60 Inner wall speed: 80 Sparse speed: 60 Internal solid infill speed: 60 Top surface: 65 Gap infill: 50 Support: 65 Travel: 500 Filament was in dryer for 3-4 hours to get down to 22%RH and ran from dryer with RH between 18-22% during printing.