5-10 days
Payments
Beschreibung
Beschreibung
PolySupport™: zuverlässiges Breakaway-Stützmaterial für PLA-Filamente
Perfekt auf PLA abgestimmt
PolySupport™ ist ein Breakaway-Stützmaterial, das speziell für die PLA-Filamente von Polymaker entwickelt wurde. Es bildet eine feste, aber leicht lösbare Verbindung mit PLA, stützt zuverlässig während des Drucks und lässt sich anschließend schnell und ohne Werkzeug von Hand entfernen.
Schnelles, sauberes Entfernen
Anders als lösliche Stützmaterialien lässt sich PolySupport™ ohne Lösungsmittel oder Zusatzausrüstung schnell entfernen. Das macht es ideal für geometrische Überhänge, Architekturmodelle und Halterungen, bei denen eine effiziente Nachbearbeitung zählt.
Vielseitig und einfach in der Anwendung
PolySupport™ ist auf PLA optimiert, hat aber auch mit PolySmooth™, PolyCast™ und kleinen Teilen aus PolyMax™ PC positive Rückmeldungen bekommen. Es funktioniert sowohl auf Druckern mit einem als auch mit zwei Extrudern und braucht weder Einhausung noch Spezialhardware.
Ideal für effiziente, hochwertige Stützstrukturen
Setz auf PolySupport™, wenn du zuverlässige, leicht entfernbare Stützen für PLA-Drucke brauchst, perfekt für detailreiche Modelle, Prototypen und Funktionsteile, bei denen die Stützen sauber abgehen sollen.
Druckanforderungen
Druckeinstellungen
Druckeinstellungen
PolySupport™ für PLA
- Breakaway Support for PLA
- Easy to Remove
- Versatile Compatibility
- Easy to Print
- Clean Support Removal
PolySupport™ für PLA - Pearl White / 1,75 mm / 0,75 kg ist nachbestellt und wird versendet, sobald es wieder auf Lager ist.
Technische Daten
Alles, was du vor dem Druck wissen musst
- Keep the filament sealed and dry; use the listed 55°C / 6h drying cycle if moisture-related defects appear.
- Tune the support-interface gap so the material supports reliably but still separates cleanly.
- Use only with a printer and material combination that can maintain both materials' required temperatures.
- Start within the recommended 220 - 230°C nozzle and 25 - 60°C bed ranges, then make small adjustments for the printer and model.
- Use the recommended ON cooling-fan setting and keep printing speed within 50 - 150 mm/s.
| Property | X-Y | Z | Value | Method |
|---|---|---|---|---|
| Density | — | — | 1,22 g/cm³ Important | ISO 1183 |
| Melting temperature | — | — | 219,99 °C Important | ISO 11357 |
Getestet an Prüfkörpern mit 100 % Infill. X-Y = quer zu den Schichten, Z = zwischen den Schichten (Schichthaftung).
Häufige Fragen
Du hast Fragen? Wir haben die Antworten. Von der Materialwahl bis zur Pflege deiner Spulen - hier findest du alles Wichtige an einem Ort.
Can I use PolySupport™ with other materials than PLA?
Can PolySupport™ dissolve in water?
Will the spools work in an AMS?
Is this material food safe?
Do you sell refills?
Is this material recyclable?
Support material praised for excellent adhesion and easy removal. Customers said it "works great" with PLA for complex shapes and separates cleanly. Some noted it can be stringy and won't adhere well to topside of prints, requiring slicer adjustments. Dissolves easily. Considered pricey but effective.
I bought this to support some PLA prints with complex shapes. This worked out very well. I havent tried it on other materials yet, so I cant speak on them...but it works great on PLA.
My print was a bit messy due to user settings but it pushed through and did its job.
Used it on my modified Anet A8M. Had to print it slow, at 40mm/s and temps of 225. As you can see it worked.My first test print with this stuff was on a Gyro Sphere. It worked great. It is a bit stringy, had to use an ooze shield. But dissolved fairly easily. Not sure if the dissolved material is safe for a septic system? Stuck to the plate and held on very well, had to use a scraper to get it off.
I design complex parts with small sections an always have a great results with material. Supports come off clean and easy. The remaining layer of the part is printed clean .
This is the only support material I have used in the 4 years I have been printing. It works very well, and is easily removed after the prints are complete.
This was the first time that I had used PolySupport. It worked well.
Using on my bambu lab as support g. Works great.
I've tried this stuff with PLA and PETG on a dual extruder printer. It's great for printing rafts and supports, but will not adhere well to the topside of your printed part. Therefore, you will need to set your slicer to only generate supports from the build plate. Tree supports may help here.
Does exactly what it's supposed to do. Break cleanly away. A little pricey for something you just trash but overall I'm happy to use it.
I depend on this and print regularly with it. It separates very well, easy to print, bed adhesion is very good.I sometime print from this material alone and it has nice color and great light reflectionThe only comparable filament is 3DFuels breakaway support. It came out recently and I have yet to try.There was no other breakaway support in the market that I know of.One reviewer wrote about about the chemical composition. The material safety sheet at the company website reads that it is a mixture of Thermoplastic polyurathane and PLA.
This stuff just works. A previous post says this does not work with palette. This actually isn't the case. The issue they came across are the default settings for palette via canvas and chroma. Check your splice settings. 0-0-0 will fail.The proper setting in Canvas, Chroma, and P2PP is 6-2-8. The bond is strong enough for you to pull on.Also, rating a product low based on compatibility with a printer accessory is pretty petty. Especially when simply contacting support would have solved the issue.
