Polymaker PolyLite PC Transparent, 1.75 mm / 1000 g
Polycarbonate for the desktop 3D printer in transparent natural colour
$30.80
($30.80 / kg, All prices excl. VAT. - Excludes delivery costs)
Features & Advantages
- Shiny surfaces
- Highest mechanical strength
- Temperature resistance
- Consistent quality
Item no.: PM-PC01001, Content: 1.000 g, EAN: 6938936710424
Product information & technical details
- Item no.: PM-PC01001
- Manufacturer No.: PC01001
- Manufacturer: Polymaker
- Content: 1.000 g
- Diameter: 1,75 mm, 2,85 mm
- Product type: PC Filament
- Color: Transparent, Natural
- Compatibility: Bambu Lab AMS*
- System: Spool
- Recommended processing temperature: 250 - 270 °C
- Recommended heating temperature: 90-105 ° C
Description
Polymaker PolyLite PC (previously PC-Plus) is a polycarbonate-based filament specially developed for use in FDM / FFF 3D printing.
The material offers many advantages. Excellent print quality, high mechanical strength and heat resistance at moderate printing temperatures.
When printing with PolyLite PC, we recommend using BuildTak continuous printing film for best results.
Over 60 years ago polycarbonate (PC) became one of the most popular engineering plastics. With Polymaker PC-Plus ™, the material has also entered the 3D printing industry.
The filament shows good clarity. The parts have a nice crystalline shine.
Polymaker PolyLite PC™ offers better heat resistance than almost any other 3D printed material currently on the market. It can withstand temperatures well above 110 ° C.
PC was basically only for expensive or "industrial" FDM machines though. That changed with the Polymaker PC. The Polymaker PolyLite PC™ is specially designed for desktop 3D printers. Polymaker supplies a material with excellent properties and good printability.
Polymaker PolyLite PC™ can be easily reworked. The print can be sanded to get a nice smooth surface. For more transparency and a glassy surface, you can also paint the component easily.
Polymaker PolyLite PC™ filament components have significantly improved mechanical strength, unlike ABS and PLA.
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With Polymaker's quality controls and rigorous testing, you get reliable filaments with consistent quality.
More information
Glass transition temperature: 112 ° C
Density: 1.19 - 1.20 g / cm3
Polymaker recommends using all products with BuildTak durable printing film for best results.
Filament Spool Dimensions
Accessories
Downloads
Product videos:
Questions & Answers about Polymaker PolyLite PC Transparent
Customer Reviews
3 English reviews written for Polymaker PolyLite PC Transparent
4 customer reviews in all languages
| 5 stars | | 9 | (69%) |
|---|---|---|---|
| 4 stars | | 1 | (7%) |
| 3 stars | | 1 | (7%) |
| 2 stars | | 2 | (15%) |
| 1 Stars | | 0 | (0%) |
13 reviews
3 customer reviews in English
4 customer reviews in all languages
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Adam Goodley
April 13 2023
"Verified Purchase" indicates that the rating was given by customers who actually bought this product from us. However, anyone who has a customer account with us can give a rating. -
You get what you pay for
Rated with 3 out of 5 stars.
The material is surprisingly brittle. Compared to Polymax PC there's... no comparison. Overall strength, layer adhesion are not comparable in any way. I used it when I need temperature resistant, bulky prints that don't need much mechanical strength. If you need proper PC strength - go for Polymax.
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-
Jan Sanborn
December 10 2020
"Verified Purchase" indicates that the rating was given by customers who actually bought this product from us. However, anyone who has a customer account with us can give a rating. Polymaker Polylite PC
Rated with 5 out of 5 stars.
Good to use / print
Was this rating helpful? (0) (10)
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I had used the higher temperature polycarbonate
Rated with 5 out of 5 stars.
I tried using higher-temperature polycarbonate but unfortunately, I couldn't get it to print on a Prusa i3 mk3s, thankfully this came to the rescue. I have completed a few prints using this filament and produced reliable results. I think I'm going to have to modify the printer to make it work with the higher-temperature polycarbonate.
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