Designet til Resin 3D-printere
Den kemiske sammensætning af lysfølsom resin gør det afgiver en ubehagelig lugt, hvilket har irriteret mange brugere.
Anycubic AirPure kan direkte adsorbere lugtmolekylerne fordampet fra resinen til den aktiverede kulkanal,
og fuldfør derefter luftrensningsprocessen, hvilket er sikkert  og miljøvenlig langsigtet rensningsmetode.

Kompakt design

Passer overalt Anycubic AirPure er mindre end størrelsen på dåse cola: 11,5×4,6×4,6 cm. Den kan placeres hvor som helst i
3D-printer. Den er nem at bruge og har et genopladeligt batteri.

Aktivt kulfilter

Aktivt kulfilter aktivt kul tillader stærke adsorptionspræstationer og filtreringseffekter.Anycubic AirPure er designet med en høj tæthed
aktivt kulfilter med en tykkelse på 18 mm og en vægt på 17g, som effektivt kan absorbere lugten af resin under printning.

Høj hastighed s blæser 

Kraftig ventilator for yderligere at lette det aktive kul, Anycubic AirPure anvender en blæser af høj kvalitet med en hastighed på 5.000 rpm,
en driftsstøj på <45 decibel, og en levetid på <30.000 timer. Ventilatoren kan prale af stærkere vind, hurtigere luft
cirkulation, lavere støj og mere varig og stabil drift.

Stort batteri og Lang udholdenhed

Anycubic AirPure har indbygget high-end, genopladelig 18.650 lithiumbatteri med 2.000 mAh batterikapacitet.
Efter fuld opladning kan den køre kontinuerligt i mere end 14,5 timer. Anycubic AirPure vil fortsat tilbyde dig luft
oprensning selv når du skal printe store modeller.

Udskifteligt filterdesign

Aktivt kul skal udskiftes regelmæssigt. Den høje densitet aktiveret kul kerne (enkelt stykke) af Anycubic
AirPure kan holde i 3-6 måneder. Efter at filteret er mættet med adsorption kan filteret nemt udskiftes ved blot
fjernelse af topdækslet på renseren, forfriskende adsorption vitalitet, som giver dig en frisk og ren brugeroplevelse.

Anycubic AirPure Specifikationer

• Produktnavn: Anycubic AirPure
• Kontroltilstand: Afbryderknap+indikatorlys
• Aktivt kul Kernedimension: 18×38,5×38,5 mm (HWD)
• Indgangsspænding: 5V
• Nominel effekt: 0,6W
• Batterikapacitet: 2.000 mAh
• Produktstørrelse: 115X46X46 mm (HWD)
• Produktvægt: ~410 g
• Lys blinker rødt: lader
• Lys blinker grønt: Lavt batteri
• Lyset er konstant grønt: Normal drift

Indhold af pakken

• Anycubic AirPure 2 styks
• 2x extra kulfilter.
• 1x kabel

Filament 1,75 ABS-T – orange 1 kg

Materiale: ABS-T
RAL:
Diameter: ⌀ 1,75 mm
Tolerance: ± 0,05 mm
Pakke: netto 1 kg
Temperatur Hotend: 230-250 ° C
Temperatur Heatbed: 90-110 ° C
Dimension af spolen: højde: 95 mm; diameter: 200 mm

Filament PM 1,75 MARBLEJet – dark 0,5 kg

Material MARBLEJet, based on PLA, contains a mixture of special additives that will make your models have the look of stone/marble. The material is biodegradable and suitable for printing large objects.

PLA – so-called starting material for 3D printing

PLA (polylactic acid)
– easy to print material
– is suitable for printing large objects
– is made from corn starch and biodegradable
– is suitable for beginners, as printing from it is trouble-free
– PLA prints are not ideal for outdoor use (low-temperature resistance, low UV resistance)

Filament PM PLA MARBLEJet Dark PRINTING SETUP
Nozzle: 200 – 220°C
Heatbed: 60 °C
For colors with glitters, we recommend a nozzle of 0.5 mm and larger.

ADVANTAGES:
 easy to print
 can print tiny parts
 can print huge objects
 hard and tough
 no warping

DISADVANTAGES:
 brittle
 low-temperature resistance
 difficult post-processing

COMPARISON OF ABS AND PLA
PLA is easier and faster to process under the same initial conditions, but its products are significantly less resistant to higher temperatures (it starts to soften around 60 ºC, while ABS up to 90 ºC). So if you expect higher temperatures for the final product, then ABS is a better choice. ABS prints are mostly matte, PLA prints are rather glossy. PLA material is biodegradable, while ABS material is not, but can be recycled. PLA is more suitable for use in the food industry (*without certification, as the certification, would lose its validity the moment the filament passes through the nozzle).

Diameter: 1.75 mm
Tolerance: 0,05 mm
Weight: 1 kg
Empty spool weight: 0.216 kg
Packaging weight: 1.38 kg
Spool dimensions: diameter: 200 mm, height: 55 mm
Packaging dimensions: width: width: 225 mm, height: 65 mm, depth: 210 mm
Nozzle: 200 – 220 °C
Heatbed: 60 °C
RAL:
Pantone:

Filament 1,75 ABS – white 1 kg

Print material called ABS „not Dead“ is suitable for print object has temperature stability into the 85°C and higher impact too. It is an acetone-soluble polymer. This material is print available for open chambre.

Materiale: ABS
RAL: RAL 9003
Diameter: ⌀ 1,75 mm
Tolerance: ± 0,05 mm
Pakke: netto 1,00 kg
Temperatur Hotend: 223-260 ° C
Temperatur Heatbed: 90-100 ° C
Dimension af spolen: højde: 95 mm; diameter: 200 mm

Filament PM 1,75 MARBLEJet – light 0,5 kg

Material MARBLEJet, based on PLA, contains a mixture of special additives that will make your models have the look of stone/marble. The material is biodegradable and suitable for printing large objects.

PLA – so-called starting material for 3D printing

PLA (polylactic acid)
– easy to print material
– is suitable for printing large objects
– is made from corn starch and biodegradable
– is suitable for beginners, as printing from it is trouble-free
– PLA prints are not ideal for outdoor use (low-temperature resistance, low UV resistance)

Filament PM PLA MARBLEJet light PRINTING SETUP
Nozzle: 200 – 220°C
Heatbed: 60 °C
For colors with glitters, we recommend a nozzle of 0.5 mm and larger.

ADVANTAGES:
 easy to print
 can print tiny parts
 can print huge objects
 hard and tough
 no warping

DISADVANTAGES:
 brittle
 low-temperature resistance
 difficult post-processing

COMPARISON OF ABS AND PLA
PLA is easier and faster to process under the same initial conditions, but its products are significantly less resistant to higher temperatures (it starts to soften around 60 ºC, while ABS up to 90 ºC). So if you expect higher temperatures for the final product, then ABS is a better choice. ABS prints are mostly matte, PLA prints are rather glossy. PLA material is biodegradable, while ABS material is not, but can be recycled. PLA is more suitable for use in the food industry (*without certification, as the certification, would lose its validity the moment the filament passes through the nozzle).

Diameter: 1.75 mm
Tolerance: 0,05 mm
Weight: 0,5 kg
Empty spool weight: 0.216 kg
Packaging weight: 0,9 kg
Spool dimensions: diameter: 200 mm, height: 55 mm
Packaging dimensions: width: width: 225 mm, height: 65 mm, depth: 210 mm
Nozzle: 200 – 220 °C
Heatbed: 60 °C
RAL:
Pantone:

Filament 1,75 PETG – blue 1 kg

Materiale: PETG
RAL:
Diameter: ⌀ 1,75 mm
Tolerance: ± 0,05 mm
Pakke: netto 1 kg
Temperatur Hotend: 220-250 ° C
Temperatur Heatbed: 60-80 ° C
Dimension af spolen: højde: 95 mm; diameter: 200 mm

Filament 1,75 PETG – red 1 kg

Materiale: PETG
RAL: RAL 3028
Diameter: ⌀ 1,75 mm
Tolerance: ± 0,05 mm
Pakke: netto 1 kg
Temperatur Hotend: 220-250 ° C
Temperatur Heatbed: 60-80 ° C
Dimension af spolen: højde: 95 mm; diameter: 200 mm

Filament 1,75 PETG – white 1 kg

Materiale: PETG
RAL:
Diameter: ⌀ 1,75 mm
Tolerance: ± 0,05 mm
Pakke: netto 1 kg
Temperatur Hotend: 220-250 ° C
Temperatur Heatbed: 60-80 ° C
Dimension af spolen: højde: 95 mm; diameter: 200 mm

PLA – brown

PLA – so-called starting material for 3D printing

PLA (polylactic acid)
– easy to print material
– is suitable for printing large objects
– is made from corn starch and biodegradable
– is suitable for beginners, as printing from it is trouble-free
– PLA prints are not ideal for outdoor use (low-temperature resistance, low UV resistance)

Filament PM brun PLA PRINTING SETUP
Nozzle: 200 – 220°C
Heatbed: 60 °C
For colors with glitters, we recommend a nozzle of 0.5 mm and larger.

ADVANTAGES:
easy to print
can print tiny parts
can print huge objects
hard and tough
no warping

DISADVANTAGES:
brittle
low-temperature resistance
difficult post-processing

COMPARISON OF ABS AND PLA
PLA is easier and faster to process under the same initial conditions, but its products are significantly less resistant to higher temperatures (it starts to soften around 60 ºC, while ABS up to 90 ºC). So if you expect higher temperatures for the final product, then ABS is a better choice. ABS prints are mostly matte, PLA prints are rather glossy. PLA material is biodegradable, while ABS material is not, but can be recycled. PLA is more suitable for use in the food industry (*without certification, as the certification, would lose its validity the moment the filament passes through the nozzle).

Diameter: 1.75 mm
Tolerance: 0,05 mm
Weight: 1 kg
Empty spool weight: 0.216 kg
Packaging weight: 1.38 kg
Spool dimensions: diameter: 200 mm, height: 75 mm
Packaging dimensions: width: 230 mm, height: 80 mm, depth: 210 mm
Nozzle: 200 – 220 °C
Heatbed: 60 °C
RAL: 8017
Pantone: 497

Filament PM 1,75 PLA – khaki 1 kg

PLA – so-called starting material for 3D printing

PLA (polylactic acid)
– easy to print material
– is suitable for printing large objects
– is made from corn starch and biodegradable
– is suitable for beginners, as printing from it is trouble-free
– PLA prints are not ideal for outdoor use (low-temperature resistance, low UV resistance)

Filament PM khaki PLA PRINTING SETUP
Nozzle: 200 – 220°C
Heatbed: 60 °C
For colors with glitters, we recommend a nozzle of 0.5 mm and larger.

ADVANTAGES:
 easy to print
 can print tiny parts
 can print huge objects
 hard and tough
 no warping

DISADVANTAGES:
 brittle
 low-temperature resistance
 difficult post-processing

COMPARISON OF ABS AND PLA
PLA is easier and faster to process under the same initial conditions, but its products are significantly less resistant to higher temperatures (it starts to soften around 60 ºC, while ABS up to 90 ºC). So if you expect higher temperatures for the final product, then ABS is a better choice. ABS prints are mostly matte, PLA prints are rather glossy. PLA material is biodegradable, while ABS material is not, but can be recycled. PLA is more suitable for use in the food industry (*without certification, as the certification, would lose its validity the moment the filament passes through the nozzle).

Diameter: 1.75 mm
Tolerance: 0,05 mm
Weight: 1 kg
Empty spool weight: 0.216 kg
Packaging weight: 1.38 kg
Spool dimensions: diameter: 200 mm, height: 75 mm
Packaging dimensions: width: 230 mm, height: 80 mm, depth: 210 mm
Nozzle: 200 – 220 °C
Heatbed: 60 °C
RAL:
Pantone: