3D Printing · SLM

Aluminum (6061)

Aluminum alloy 6061 is an extremely versatile alloy known for its good balance of strength, corrosion resistance and formability. Due to its relatively low density and ease of machining, the material is widely used in industries such as aerospace, construction and automotive manufacturing. This makes 6061 one of the most commonly used aluminum alloys in the world, especially suitable for applications that have strict requirements on strength-to-weight ratio (strength-to-weight ratio). In addition, the alloy has excellent thermal and electrical conductivity properties, further enhancing its engineering design value for optimizing system efficiency without sacrificing performance.

Dimensional Stability

Toughness

Heat Resistance

Weather Resistance

Lightweight

unionfab-aluminum-6061-impeller

Lead Time

6~10 days

Tolerance

± 0.2% (minimum of ± 0.2mm)

Min. Order

1

Reference Unit Price Range

0.63 - 1.40

Advantages

  • Mature post-processing compatibility
  • Widely used general-purpose alloy
  • Heat-treatment capable

Disadvantages

  • Higher cost
  • Limited strength for demanding loads
  • Lower surface quality

Performance Snapshot

Material Characteristics at a Glance

Relative performance profile across key engineering parameters. Values are contextual — not absolute stress ratings.

Lightweight

優秀

評価スコア:5/5

Heat Resistance

高い

評価スコア:4/5

Weather Resistance

高い

評価スコア:4/5

Thermal Conductivity

高い

評価スコア:4/5

Dimensional Stability

高い

評価スコア:4/5

Toughness

高い

評価スコア:4/5

Corrosion Resistance

評価スコア:3/5

ESD Safe

評価スコア:3/5

Wear Resistance

評価スコア:3/5

Surface Finish Options

Surface Finish Options

Available finish options for Aluminum (6061).

As Printed
標準対応

As Printed

Color

Silvery-gray

Surface

Ra 12-25 μm (as-built SLM)

Accuracy

± 0.2% (minimum of ± 0.2mm)

unionfab-polishing-surface-look
対応可能

Polishing

Surface result

Smoother, glossier visible surfaces where geometry allows

Best for

形状が許す場合に、最終用途金属部品に使用されるAluminum (6061)部品の平滑性と光沢を向上させます。

Note

Aluminum (6061)のエッジ保持性と寸法への影響を確認してください。研磨中に微細な特徴が軟化する可能性があります。

unionfab-sand-blasting-surface-look
対応可能

Sand Blasting

Surface result

Uniform matte texture

Best for

最終用途金属部品およびディスプレイまたは機能プロトタイプに使用されるAluminum (6061)部品に均一なマットテクスチャを作成します。

Note

Aluminum (6061)のマスキングと特徴保持を確認してください。ブラスト処理によりテクスチャが変化し、微細なディテールが軟化する可能性があります。

unionfab-laser-engraving-surface-look
対応可能

Laser Engraving

Marking result

Permanent text, logo, or identification marking

Best for

最終用途金属部品に使用されるAluminum (6061)部品に、永続的なテキスト、ロゴ、または識別マーキングを追加します。

Note

生産前にAluminum (6061)のコントラスト、マーキング深度、熱感受性を確認してください。

unionfab-anodizing-surface-look
対応可能

Anodizing

Surface result

Protective anodized surface finish for aluminum parts

Best for

最終用途金属部品に使用されるAluminum (6061)部品に陽極酸化処理を適用します。

Note

Aluminum (6061)に陽極酸化処理を適用する前に、材料の適合性、形状、および受け入れ基準を確認してください。

unionfab-shot-peening-surface-look
対応可能

Shot Peening

Surface effect

Compressive surface treatment for metal parts

Best for

最終用途金属部品および耐力用途に使用されるAluminum (6061)金属部品の表面状態を改善します。

Note

Aluminum (6061)の合金応答、寸法公差、表面被覆率を確認してください。プロセス設定が最終的な表面状態に影響します。

unionfab-heat-treatment-surface-look
対応可能

Heat Treatment

Mechanical result

Adjusted strength, hardness, or stress-relief depending on the alloy

Best for

最終用途金属部品および要求の厳しい機能用途向けのAluminum (6061)部品の強度、硬度、または応力状態を調整します。

Note

生産前にAluminum (6061)の合金固有のサイクル、寸法変化、および後処理要件を確認してください。

Industries & Applications

Where Aluminum (6061) Delivers

unionfab-industrial-manufacturing

Industrial Manufacturing

  • End-use metal parts
  • Functional prototype testing
  • Assembly testing
  • Mounting brackets
unionfab-equipment

Equipment

  • End-use metal parts
  • Functional prototype testing
  • Assembly testing
  • Mounting brackets
  • Electronic device housings
unionfab-automotive

Automotive

  • End-use metal parts
  • Functional prototype testing
  • Assembly testing
  • Automotive functional parts
unionfab-aerospace

Aerospace

  • Prototype and fit-check components
  • Non-flight tooling and production aids
  • Cabin and ground-support prototypes
  • Low-volume engineering validation builds
unionfab-consumer-electronics

Consumer Electronics

  • End-use metal parts
  • Functional prototype testing
  • Assembly testing
  • Electronic device housings
unionfab-entertainment-collectibles

Entertainment & Collectibles

  • Display and concept models
  • Collectible and figurine prototypes
  • Prop and costume-fit components
  • Low-volume creative production parts
unionfab-jewelry

Jewelry

  • Design concept models
  • Pattern and master-model development
  • Display and presentation pieces
  • Low-volume custom accessories
unionfab-fine-jewelry-accessories

Fine Jewelry & Accessories

  • Fine accessory concept models
  • Pattern and master-model development
  • Display and presentation pieces
  • Low-volume custom accessories
unionfab-robotics

Robotics

  • Prototype end-effectors and brackets
  • Custom assembly and test fixtures
  • Low-volume functional validation builds
  • Integration and fit-check components
unionfab-industrial-automation

Industrial Automation

  • End-use metal parts
  • Functional prototype testing
  • Assembly testing

Technical Specifications

Design Guidelines

Material Properties

Density
2.7 g/cm³
Hardness
Brinell 90~120
Tensile Strength
≥290 MPa
Tensile Modulus
70000 MPa
Elongation at Break
≥14%
Yield Strength
≥250 MPa

Process & Dimensional Specs

Maximum Part Size
300 × 300 × 400 mm
Default Layer Height
0.04 mm
Surface Roughness
Ra 12-25 μm
Dimensional Tolerance
± 0.2% (minimum of ± 0.2mm)

Ready to Order?

Upload your 3D file and receive a quote for Aluminum (6061) parts. Typical turnaround is 6~10 days from order confirmation.

Every order includes: Dimensional inspection report · NDA-ready file handling · Pre-shipment QC photography · DDP door-to-door logistics · Engineering review on request

プロセスエンジニアに相談

厳しい公差や複雑な形状の要件はありませんか?見積もり前に当社エンジニアが図面を確認し、潜在的な問題点を指摘します。

Compare & Decide

Related & Alternative Materials

SLM · Metals

Aluminum (AlSi10Mg)

SLM · Silvery-gray

AlSi10Mg is a relatively soft but versatile aluminum alloy material. Thanks to its relatively low cost, excellent machinability and formability, this material is widely used in many industrial fields and is currently one of the most commonly used metals. The construction industry is the main application area for this material, followed by general engineering. AlSi10Mg exhibits excellent thermal and electrical conductivity. Its thermal conductivity is about one-half that of copper, and its electrical conductivity is about two-thirds that of copper.

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