Coût d'Impression 3D & Estimateur de Filaments

Calculs précis de densité de matière, consommation électrique, marge d'échec et modèles tarifaires commerciaux.

Alta Precisão

Inspetor de Diagnóstico

Telemetria em Tempo Real

Material do Filamento:

Peso da Peça (g):

Duração de Impressão:

Custo Direto:

$4.05

Custo de Filamento: ($3.3) + Custo de Energia: ($0.15)

Preço Sugerido:

$11.58

Margem de Lucro: $4.63

Printing 150g of PLA (Polylactic Acid) over 6 hrs costs $4.05 in raw materials ($3.30 filament, $0.15 electricity).

Répertoire des Matériaux de Filaments 3D

Découvrez les spécifications de densité, modèles de coût et stratégies de prix pour les filaments 3D populaires.

PLA (Polylactic Acid) Filament

Densité : 1.24 g/cm³ | $/kg

→

ABS (Acrylonitrile Butadiene Styrene) Filament

Densité : 1.04 g/cm³ | $/kg

→

PETG (Polyethylene Terephthalate Glycol) Filament

Densité : 1.27 g/cm³ | $/kg

→

TPU (Thermoplastic Polyurethane 95A) Filament

Densité : 1.21 g/cm³ | $/kg

→

Nylon / PA Filament

Densité : 1.14 g/cm³ | $/kg

→

PC (Polycarbonate) Filament

Densité : 1.2 g/cm³ | $/kg

→

PASS

Marge Commerciale de Bénéfice

Standard de Prix de Vente Etsy

65%/100%

Densité du Matériau1.24 g/cm³

Marge d'Échec10% Buffer

Configuration Filament & Bobine

Paramètres de Coût Matière et Machine

Materials

Filament Material

Coût de la Bobine20 USD

Ventilation du Coût d'Impression

Estimations Unitaires et Commerciales

Manufacturing

Matière Première Filament

1.86USD

Coût Total de Fabrication

3.42USD

Prix de Vente Conseillé

12.99USD

Spécifications Physiques du Matériau

Densité et Mécanique d'Impression

Material Specs

PLA density averages 1.24 g/cm³ with a lower extrusion temperature profile suited for detailed prints.

PETG provides superior layer adhesion and chemical resistance for functional prototype components.

PROTOCOLO DE DIAGNÓSTICO

Como Executar Este Teste de Tela (01, 02, 03)

Preparação

Limpe a superfície do monitor, desative sensores de luz ambiente e defina a resolução e taxa de atualização nativas.

Execução

Entre no modo de tela cheia (F11) e use os controles para navegar pelos padrões de teste.

Avaliação

Observe anomalias de diferentes ângulos de visão em um ambiente escuro. Consulte nossos guias para interpretar os resultados.

ARQUITETURA DE HARDWARE

Comparativo de Tecnologias de Painel

IPS Profissional (In-Plane Switching)

Precisão de cores e ângulos de visão superiores. Usado em monitores de referência. Sujeito a leve brilho IPS no escuro.

IPS Gamer (Fast IPS / Nano IPS)

Altas taxas de atualização e tempos de resposta rápidos para jogos, porém contraste estático menor que o VA.

Painel VA (Alinhamento Vertical)

Excelentes pretos profundos e alto contraste (3000:1+). Comum em telas curvas. Pode apresentar black smearing em movimento rápido.

OLED (LED Orgânico) e QD-OLED

Pixels autoiluminados proporcionam preto puro, tempos de resposta quase instantâneos e contraste infinito. Sujeito a ABL.

Technical FAQs & Helpful Content

FAQ Coût d'Impression 3D & Filaments

Tudo o que você precisa saber sobre este instrumento de diagnóstico, procedimentos de calibração e normas técnicas.

01.How do I calculate 3D printing filament cost per print?

Filament cost is calculated by multiplying the weight of the printed object (in grams) plus support material by the price per gram of the spool (Spool Price ÷ Spool Weight).

02.What electricity cost factor should I include in 3D print pricing?

Electricity consumption is calculated by taking the average power draw of your 3D printer (typically 100W to 350W for heated beds) multiplied by print hours and your local utility rate ($/kWh).

03.How much should I charge for 3D printed items on Etsy or Shopify?

Commercial retail pricing models typically apply a 3x to 4x multiplier on total manufacturing costs (material + electricity + machine wear cushion) to cover shop overhead, labor, and profit margin.

04.Why should I add a failure rate cushion percentage?

A 10% to 15% failure rate cushion accounts for bed detachment, warping, nozzle clogs, and test prototypes, preventing lost revenue on failed print jobs.

05.What is the density difference between PLA, ABS, and PETG filaments?

PLA has a density of ~1.24 g/cm³, PETG averages ~1.27 g/cm³, and ABS is lighter at ~1.04 g/cm³. Lighter materials yield slightly more filament length per kilogram.

06.How do I factor 3D printer machine depreciation into print costs?

Estimate machine wear by dividing the total purchase price of the printer by its expected lifespan in operating hours (e.g. $500 printer ÷ 2,000 hours = $0.25/hr machine wear).

07.Does slicer infill percentage affect material cost significantly?

Yes. Reducing infill from 100% solid to 15-20% grid or gyroid infill dramatically lowers weight, print time, and raw material cost while preserving structural integrity.

08.What is the cost difference between FDM and Resin (SLA) 3D printing?

Resin printing involves higher consumable costs ($30-$60/kg resin, IPA washing, FEP film replacements) compared to standard PLA FDM spools ($15-$25/kg).

09.How do support structures impact total print material volume?

Tree and breakaway supports can add 15% to 40% to total print weight depending on object overhang angles and slicer support density settings.

10.How do I export my 3D printing cost estimation report?

Click 'Export Passport' to download your itemized material cost breakdown, power consumption, and commercial pricing model in a JSON report.

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