Filamenti CreatBot
I materiali di grado industriale e i polimeri ad alte prestazioni sono prodotti da BASF e altri leader dei materiali, garantendo risultati eccezionali per le stampanti CreatBot. I filamenti CreatBot sono polimeri comuni in diversi settori industriali e coprono la maggior parte delle applicazioni tecniche.
Il Programma Filamento Aperto ti consente di utilizzare i materiali che preferisci o che sono facilmente reperibili. Forniamo lo stesso supporto tecnico per tutti i filamenti sul mercato, inclusa guida ai parametri, test sui materiali e servizi di stampa. Possiamo esplorare la tua applicazione insieme al tuo materiale!
Universale
PLA
Il PLA (acido polilattico) è un materiale per stampa 3D biodegradabile. Offre eccellenti prestazioni complessive, vantaggi economici, superficie del modello liscia e resistenza alla deformazione. Ampiamente utilizzato sul mercato per varie stampanti.
- Educazione e Ricerca
- Edilizia
- Prototipi di design
- Elettronica di consumo
- Design artistico e creativo
Applicazioni:
Temperatura ugello (°C)
190℃ - 220℃
Temperatura piatto (°C)
40℃ - 60℃
Temperatura camera
Not required
Tipo ugello
Brass nozzle
Velocità stampa (mm/s)
40mm/s - 100mm/s
Ventola raffreddamento
ON
Indicazioni
Stabilità meccanica ad alta temperatura
Resistenza alla deformazione sotto forza esterna
Resistenza agli urti
PLA-CF
PLA-CF è un filamento rinforzato con fibra di carbonio ad alta resistenza. Migliora la resistenza a trazione e agli urti del materiale base, migliorando anche la stabilità dimensionale e la qualità superficiale della stampa. Ampio uso per prototipi funzionali, modelli concettuali e componenti finali.
- Prototipi funzionali
- Prototipi di design
- Componenti industriali
- Stampaggio a iniezione
- Attrezzature e fissaggi
Applicazioni
Temperatura ugello (°C)
200℃ - 220℃
Temperatura piatto (°C)
40℃ - 60℃
Temperatura camera
Not required
Tipo ugello
Hardened steel nozzle
Velocità stampa (mm/s)
30mm/s - 80mm/s
Ventola raffreddamento
ON
Indicazioni
Stabilità meccanica ad alta temperatura
Resistenza alla deformazione sotto forza esterna
Resistenza agli urti
PETG
PETG (polietilene tereftalato glicole) è un copolimero modificato facile da stampare come il PLA. Ottima resistenza agli urti e ai prodotti chimici, con buona adesione tra gli strati. Adatto per vari componenti meccanici, attrezzature e prototipi.
- Prototipi di design
- Attrezzature e fissaggi
- Trasporti
- Componenti industriali
- Elettronica di consumo
Applicazioni:
Temperatura ugello (°C)
230℃ - 250℃
Temperatura piatto (°C)
80℃
Temperatura camera
Not required
Tipo ugello
Brass nozzle
Velocità stampa (mm/s)
40mm/s - 100mm/s
Ventola raffreddamento
OFF/Low
Indicazioni
Stabilità meccanica ad alta temperatura
Resistenza alla deformazione sotto forza esterna
Resistenza agli urti
filament.universal.tpu_95a.title
filament.universal.tpu_95a.description
- filament.universal.tpu_95a.insole
- filament.universal.tpu_95a.pipesAndTubes
- filament.universal.tpu_95a.jigs_fixtures
- filament.universal.tpu_95a.industrial_components
- filament.universal.tpu_95a.endUseParts
filament.universal.tpu_95a.application
filament.universal.tpu_95a.nozzle_temperature
210℃ - 230℃
filament.universal.tpu_95a.bed_temperature
0℃ - 45℃
filament.universal.tpu_95a.chamber_temperature
Not required
filament.universal.tpu_95a.nozzle_type
Brass nozzle
filament.universal.tpu_95a.print_speed
25mm/s - 50mm/s
filament.universal.tpu_95a.cooling_fan
ON
filament.universal.tpu_95a.directions
filament.universal.tpu_95a.heat_resistance_desc
filament.universal.tpu_95a.rigidity_desc
filament.universal.tpu_95a.impact_resistance_desc
filament.universal.pc.title
filament.universal.pc.description
- filament.universal.pc.consumer_electronics
- filament.universal.pc.spare_parts
- filament.universal.pc.jigs_fixtures
- filament.universal.pc.automotive_and_motorcycles
- filament.universal.pc.industrial_components
filament.universal.pc.application
filament.universal.pc.nozzle_temperature
250℃ - 290℃
filament.universal.pc.bed_temperature
80℃ - 110℃
filament.universal.pc.chamber_temperature
50℃
filament.universal.pc.nozzle_type
Hardened steel nozzle
filament.universal.pc.print_speed
25mm/s - 80mm/s
filament.universal.pc.cooling_fan
OFF
filament.universal.pc.directions
filament.universal.pc.heat_resistance_desc
filament.universal.pc.rigidity_desc
filament.universal.pc.impact_resistance_desc
filament.universal.wax.title
filament.universal.wax.description
- filament.universal.wax.injection_molds
- filament.universal.wax.arts
filament.universal.wax.application
filament.universal.wax.nozzle_temperature
245℃ - 265℃
filament.universal.wax.bed_temperature
90℃ - 100℃
filament.universal.wax.layer_height
0.1mm - 0.2mm
filament.universal.wax.nozzle_type
Brass nozzle
filament.universal.wax.print_speed
25mm/s - 90mm/s
filament.universal.wax.cooling_fan
ON
filament.universal.wax.directions
filament.universal.wax.heat_resistance_desc
filament.universal.wax.rigidity_desc
filament.universal.wax.impact_resistance_desc
Grado Ingegneristico
ABS
ABS (acrilonitrile-butadiene-stirene) è un materiale ingegneristico comune per stampa 3D. Economico, con buone proprietà meccaniche, resistenza termica e agli urti. Ampio uso in manifattura e industria chimica.
- Macchinari industriali
- Stampaggio a iniezione
- Automotive e moto
- Elettronica di consumo
- Componenti industriali
Applicazioni:
Temperatura ugello (°C)
240℃ - 260℃
Temperatura piatto (°C)
80℃ - 100℃
Temperatura camera
OFF/50℃
Tipo ugello
Hardened steel nozzle
Velocità stampa (mm/s)
20mm/s - 80mm/s
Ventola raffreddamento
OFF/Low
Indicazioni
Stabilità meccanica ad alta temperatura
Resistenza alla deformazione sotto forza esterna
Resistenza agli urti
filament.engineering_grade.asa.title
filament.engineering_grade.asa.description
- filament.engineering_grade.asa.automotive_and_motorcycles
- filament.engineering_grade.asa.impact_resistance
- filament.engineering_grade.asa.construction
- filament.engineering_grade.asa.consumer_electronics
- filament.engineering_grade.asa.spare_parts
filament.engineering_grade.asa.application
filament.engineering_grade.asa.nozzle_temperature
250℃ - 270℃
filament.engineering_grade.asa.bed_temperature
90℃ - 110℃
filament.engineering_grade.asa.chamber_temperature
50℃
filament.engineering_grade.asa.dry_temperature
100℃/4小时
filament.engineering_grade.asa.print_speed
20mm/s - 80mm/s
filament.engineering_grade.asa.cooling_fan
OFF/Low
filament.engineering_grade.asa.directions
filament.engineering_grade.asa.heat_resistance_desc
filament.engineering_grade.asa.rigidity_desc
filament.engineering_grade.asa.impact_resistance_desc
filament.engineering_grade.pvdf.title
filament.engineering_grade.pvdf.description
- filament.engineering_grade.pvdf.industrial_components
- filament.engineering_grade.pvdf.pipesAndTubes
- filament.engineering_grade.pvdf.transportation
- filament.engineering_grade.pvdf.government_profit
- filament.engineering_grade.pvdf.spare_parts
filament.engineering_grade.pvdf.application
filament.engineering_grade.pvdf.nozzle_temperature
245℃ - 265℃
filament.engineering_grade.pvdf.bed_temperature
90℃ - 110℃
filament.engineering_grade.pvdf.chamber_temperature
Not required
filament.engineering_grade.pvdf.nozzle_type
Brass nozzle
filament.engineering_grade.pvdf.print_speed
40mm/s - 60mm/s
filament.engineering_grade.pvdf.cooling_fan
OFF
filament.engineering_grade.pvdf.directions
filament.engineering_grade.pvdf.heat_resistance_desc
filament.engineering_grade.pvdf.rigidity_desc
filament.engineering_grade.pvdf.impact_resistance_desc
Ultra PA
Ultra PA (High Temperature Polyamide) is a special high temperature nylon 3D printing material. High wear resistance, toughness, higher strength and durability, as well as good heat resistance and lower moisture absorption, make high temperature nylon an ideal choice for a variety of 3D printing applications. Print surface feel smooth, good dimensional stability.
- Jigs and Fixtures
- Industrial Equipment and Machinery
- Automotive and Motorcycles
- Aerospace
- Consumer Electronics
Application:
Nozzle temperature(℃)
280℃ - 300℃
Bed temperature(℃)
70℃ - 80℃
Chamber temperature
Not required
Dry temperature
100℃/10小时
Print speed (mm/s)
30mm/s - 90mm/s
Cooling fan
OFF/Low
Indicazioni
Mechanical stability at high temperature
Deformation resistance under external force
Impact resistance under impact
Ultra PA-CF
Ultra PA-CF (High Temperature Polyamide Carbon Fiber Reinforced) is a high temperature nylon base 15% cropped carbon fiber reinforced 3D printing material. It has the characteristics of low moisture absorption, high strength, high wear resistance, excellent chemical resistance and high heat resistance. Good dimensional stability in the printing process, no edge warping problem, suitable for the industrial field of finished parts.
- Automotive and Motorcycles
- Industrial Equipment and Machinery
- Aerospace
- Industrial Components and Tooling
- Consumer Electronics
- Jigs and Fixtures
Application:
Nozzle temperature(℃)
280℃ - 320℃
Bed temperature(℃)
70℃ - 80℃
Chamber temperature(℃)
50℃/off
Nozzle type
Hardened steel nozzle
Print speed (mm/s)
30mm/s - 60mm/s
Cooling fan
OFF/Low
Directions
Mechanical stability at high temperature
Deformation resistance under external force
Impact resistance under impact
UltraPA-GF
Ultra PA-GF (High Temperature Polyamide Glass Fiber Reinforced) is a high temperature nylon based 15% cropped glass fiber reinforced 3D printing material. The addition of glass fiber improves the mechanical properties, heat resistance, dimensional stability of nylon, reduces shrinkage, warping, and better layer adhesion.
- Automotive and Motorcycles
- Industrial Equipment and Machinery
- Aerospace
- Industrial Components and Tooling
- Consumer Electronics
- Jigs and Fixtures
Application:
Nozzle temperature(℃)
280℃ - 320℃
Bed temperature(℃)
70℃ - 80℃
Chamber temperature(℃)
50℃/off
Nozzle type
Hardened steel nozzle
Print speed (mm/s)
30mm/s - 60mm/s
Cooling fan
OFF/Low
Directions
Mechanical stability at high temperature
Deformation resistance under external force
Impact resistance under impact
PET-CF
PET-CF is specially developed for FDM 3D printing process, and its substrate material is PET engineering plastic with low moisture absorption, high strength, creep resistance, excellent chemical resistance and high heat resistance. With good dimensional stability, no warpage and no shrinkage and no smell, no heating chamber are required during the printing process.
- Jigs, Fixtures, Tools
- Functional Prototypes
- Brackets
- Car Parts
- Component Housing
Application:
Nozzle temperature(℃)
280℃ - 320℃
Bed temperature(℃)
70℃ - 90℃
Chamber temperature(℃)
50℃/off
Nozzle type
Hardened steel nozzle
Print speed (mm/s)
30mm/s - 90mm/s
Cooling fan
OFF/Low
Directions
Mechanical stability at high temperature
Deformation resistance under external force
Impact resistance under impact
Grado Alte Prestazioni
PEEK
PEEK (polietereterchetone) è un polimero termoplastico con eccellenti proprietà meccaniche, resistenza termica e chimica. Usato in aerospaziale, medico, petrolifero e ingegneria meccanica avanzata.
- Aerospaziale
- Automotive e moto
- Medico e dentale
- Educazione e ricerca
- Componenti industriali
Applicazioni:
Temperatura ugello (°C)
400℃ - 450℃
Temperatura piatto (°C)
120℃ - 150℃
Temperatura camera (°C)
70℃-120℃
Altezza layer (mm)
0.1mm-0.15mm
Velocità stampa (mm/s)
20mm/s - 40mm/s
Ventola raffreddamento
SPENTO
Indicazioni
Stabilità meccanica ad alta temperatura
Resistenza alla deformazione sotto forza esterna
Resistenza agli urti
filament.high_performance_grade.peek_cf.title
filament.high_performance_grade.peek_cf.description
- filament.high_performance_grade.peek_cf.aerospace
- filament.high_performance_grade.peek_cf.pipes_and_tubes
- filament.high_performance_grade.peek_cf.automotive_and_motorcycles
- filament.high_performance_grade.peek_cf.government_nonprofit
- filament.high_performance_grade.peek_cf.industrial_components
- filament.high_performance_grade.peek_cf.robotics
filament.high_performance_grade.peek_cf.application
filament.high_performance_grade.peek_cf.nozzle_temperature
400℃ - 450℃
filament.high_performance_grade.peek_cf.bed_temperature
100℃ - 160℃
filament.high_performance_grade.peek_cf.chamber_temperature
70℃-120℃
filament.high_performance_grade.peek_cf.nozzle_type
filament.high_performance_grade.peek_cf.hardened_steel_nozzle
filament.high_performance_grade.peek_cf.print_speed
20mm/s - 50mm/s
filament.high_performance_grade.peek_cf.cooling_fan
filament.high_performance_grade.peek_cf.off
filament.high_performance_grade.peek_cf.directions
filament.high_performance_grade.peek_cf.heat_resistance_desc
filament.high_performance_grade.peek_cf.rigidity_desc
filament.high_performance_grade.peek_cf.impact_resistance_desc
filament.high_performance_grade.peek_gf.title
filament.high_performance_grade.peek_gf.description
- filament.high_performance_grade.peek_gf.automotive_and_motorcycles
- filament.high_performance_grade.peek_gf.industrial_equipment
- filament.high_performance_grade.peek_gf.aerospace
- filament.high_performance_grade.peek_gf.electronics
- filament.high_performance_grade.peek_gf.industrial_components
filament.high_performance_grade.peek_gf.application
filament.high_performance_grade.peek_gf.nozzle_temperature
400℃ - 450℃
filament.high_performance_grade.peek_gf.bed_temperature
100℃ - 150℃
filament.high_performance_grade.peek_gf.chamber_temperature
70℃-120℃
filament.high_performance_grade.peek_gf.nozzle_type
filament.high_performance_grade.peek_gf.hardened_steel_nozzle
filament.high_performance_grade.peek_gf.print_speed
20mm/s - 50mm/s
filament.high_performance_grade.peek_gf.cooling_fan
filament.high_performance_grade.peek_gf.off
filament.high_performance_grade.peek_gf.directions
filament.high_performance_grade.peek_gf.heat_resistance_desc
filament.high_performance_grade.peek_gf.rigidity_desc
filament.high_performance_grade.peek_gf.impact_resistance_desc
filament.high_performance_grade.pei1010.title
filament.high_performance_grade.pei1010.description
- filament.high_performance_grade.pei1010.industrial_components
- filament.high_performance_grade.pei1010.pipes_and_tubes
- filament.high_performance_grade.pei1010.automotive_and_motorcycles
- filament.high_performance_grade.pei1010.aerospace
- filament.high_performance_grade.pei1010.electronics
- filament.high_performance_grade.pei1010.transportation
filament.high_performance_grade.pei1010.application
filament.high_performance_grade.pei1010.nozzle_temperature
360℃ - 390℃
filament.high_performance_grade.pei1010.bed_temperature
140℃ - 220℃
filament.high_performance_grade.pei1010.chamber_temperature
70℃-120℃
filament.high_performance_grade.pei1010.layer_height
0.1mm-0.15mm
filament.high_performance_grade.pei1010.print_speed
20mm/s - 40mm/s
filament.high_performance_grade.pei1010.cooling_fan
filament.high_performance_grade.pei1010.off
filament.high_performance_grade.pei1010.directions
filament.high_performance_grade.pei1010.heat_resistance_desc
filament.high_performance_grade.pei1010.rigidity_desc
filament.high_performance_grade.pei1010.impact_resistance_desc
filament.high_performance_grade.pei9085.title
filament.high_performance_grade.pei9085.description
- filament.high_performance_grade.pei9085.industrial_components
- filament.high_performance_grade.pei9085.pipes_and_tubes
- filament.high_performance_grade.pei9085.automotive_and_motorcycles
- filament.high_performance_grade.pei9085.aerospace
- filament.high_performance_grade.pei9085.electronics
- filament.high_performance_grade.pei9085.transportation
filament.high_performance_grade.pei9085.application
filament.high_performance_grade.pei9085.nozzle_temperature
320℃ - 350℃
filament.high_performance_grade.pei9085.bed_temperature
140℃ - 220℃
filament.high_performance_grade.pei9085.chamber_temperature
90℃-120℃
filament.high_performance_grade.pei9085.layer_height
0.1mm-0.15mm
filament.high_performance_grade.pei9085.print_speed
20mm/s - 50mm/s
filament.high_performance_grade.pei9085.cooling_fan
filament.high_performance_grade.pei9085.off
filament.high_performance_grade.pei9085.directions
filament.high_performance_grade.pei9085.heat_resistance_desc
filament.high_performance_grade.pei9085.rigidity_desc
filament.high_performance_grade.pei9085.impact_resistance_desc
Materiale di Supporto
PVA
PVA (alcol polivinilico) è un materiale di supporto idrosolubile per stampa 3D che aderisce bene a PLA, PA, PETG. Atossico, inodore, si dissolve in acqua ed è ecologico.
- PLA
- PETG
Materiali compatibili:
Temperatura ugello (°C)
180℃ - 220℃
Temperatura piatto (°C)
45℃ - 60℃
Temperatura camera
Non richiesto
Tipo ugello
Ugello in ottone
Velocità stampa (mm/s)
20mm/s - 40mm/s
Ventola raffreddamento
ACCESO
filament.support_material.s_multi.title
filament.support_material.s_multi.description
filament.support_material.s_multi.compatible_materials
- ABS
- ABS-CF
- ABS-GF
- PETG
- PETG-CF
- PET-CF
- PET-GF
- TPU95A
filament.support_material.s_multi.nozzle_temperature
280℃ - 290℃
filament.support_material.s_multi.bed_temperature
60℃ - 80℃
filament.support_material.s_multi.chamber_temperature
filament.support_material.s_multi.not_required
filament.support_material.s_multi.nozzle_type
filament.support_material.s_multi.hardened_steel_nozzle
filament.support_material.s_multi.print_speed
30mm/s - 120mm/s
filament.support_material.s_multi.cooling_fan
filament.support_material.s_multi.on
filament.support_material.s_paht.title
filament.support_material.s_paht.description
filament.support_material.s_paht.compatible_materials
- filament.support_material.s_paht.ultra_pa
- filament.support_material.s_paht.ultra_pa_cf
- filament.support_material.s_paht.ultra_pa_gf
filament.support_material.s_paht.nozzle_temperature
280℃ - 290℃
filament.support_material.s_paht.bed_temperature
60℃ - 80℃
filament.support_material.s_paht.chamber_temperature
filament.support_material.s_paht.not_required
filament.support_material.s_paht.nozzle_type
filament.support_material.s_paht.hardened_steel_nozzle
filament.support_material.s_paht.print_speed
30mm/s - 120mm/s
filament.support_material.s_paht.cooling_fan
filament.support_material.s_paht.on
Contattaci
Henan Creatbot Technology LimitedNo.150 Lamei Road, Distretto di Zhongyuan,
Città di Zhengzhou, Provincia di Henan, Cina
T: (+86) 371 5569-1230
sales@creatbot.com
support@creatbot.com
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