金属3Dプリント(DMLS / SLM)

複雑形状向け金属粉末床付加製造—内部流路、ラティス、統合部品。ステンレス・アルミ・チタン。必要に応じ後加工・熱処理を見積。

Metal 3D Printing

主な利点

バイヤーが選ぶ実務的な理由 metal AM for prototypes and short-run parts.

Complex Metal Geometry

Hard-to-machine features

Channels, lattices, consolidations

DMLS/SLM
  • •Internal cooling paths
  • •Topology options
  • •Fewer assemblies
  • •Custom brackets

Alloy Options

Common engineering metals

SS, Al, Ti and more

Alloy dependent
  • •316L / 17-4
  • •AlSi10Mg
  • •Ti-6Al-4V
  • •Project alloys

Hybrid Manufacturing

Print + CNC

Additive near-net + machining

Post-machine
  • •Datum faces
  • •Threads
  • •Sealing surfaces
  • •Tight fits

Lightweighting

Where design allows

Lattices & thin walls

Design-driven
  • •Mass reduction studies
  • •Stiffness tuning
  • •Conformal features
  • •Part count reduction

Prototype to Pilot

Without hard tooling

Metal parts before cast/forge

Low volume
  • •Functional metal prototypes
  • •Fixture metals
  • •Spare complex parts
  • •R&D builds

Export Programs

China to overseas

Clear RFQ packaging

Buyer support
  • •Alloy + heat treat notes
  • •FAI options
  • •Packing
  • •Freight

提供内容

Metal AM Builds

Powder-bed fusion for stainless, aluminum, titanium.

Design review

Support, orientation, and powder escape

Parameter notes

Density and surface expectations

Heat treat

Stress relief / aging when specified

Post-Machining

Critical fits and sealing faces machined after print.

CNC datums

Face and bore CTQs

Threads

Cut or helical options

Surface finish

Machine vs as-built callouts

Inspection

Dimensional and material documentation when ordered.

CMM / gauges

Material certs

Density notes

Photos

業界と用途

商業・産業バイヤー向け部品を提供します。ソフト能力表現—POに明記がない限り規制認証を過大主張しません。

Industrial Equipment

Industrial

Complex manifolds and brackets.

  • •Manifolds
  • •Nozzles
  • •Custom mounts
  • •Tooling inserts

Energy & Fluid

Commercial

Flow components—commercial programs.

  • •Impeller pilots
  • •Housings
  • •Channel plates
  • •Adapters

Robotics / Automation

Industrial

Lightweight end-effectors.

  • •EOAT
  • •Sensor brackets
  • •Custom frames
  • •Prototypes

R&D / Product Dev

Dev

Metal prototypes before casting.

  • •Form & fit metal
  • •Thermal trials
  • •Assembly reduction
  • •Pilot builds

材料

常用グレード。供給は見積で確認します。

Stainless

  • • 316L
  • • 17-4 PH

Aluminum

  • • AlSi10Mg
  • • Other Al (project-based)

Titanium

  • • Ti-6Al-4V

Other

  • • Tool steels (project)
  • • Nickel alloys (project)
  • • Copper alloys (project)

品質・検査メモ

RFQコールアウトに沿った実務QC—一括の航空宇宙主張はありません。

入荷確認

材料と造形パラメータを注文に照合

工程内確認

後処理中の重要特徴スポットチェック

最終検査

合意CTQに基づく目視+寸法注記

輸出梱包

海外輸送向け保護梱包

文書

注文時の材料注記と検査記録

当社プロセス

1

CAD & alloy select

Share STEP, alloy, heat treat, and CTQs

2

DFM & quote

Supports, distortion risk, and machining plan

3

Print & thermal

Build, stress relief / heat treat as ordered

4

Machine & finish

CNC datums, threads, surface finish

5

Inspect & ship

FAI notes when ordered; export pack

よくある質問

When is metal AM better than CNC?

Internal channels, extreme consolidation, or geometries that need many setups. Simple prismatic parts usually stay CNC.

Do as-built surfaces need machining?

Often yes for sealing faces, bearings, and threads. Call CTQs.

Which alloys do you provide?

Commonly 316L, 17-4, AlSi10Mg, Ti-6Al-4V; others project-based.

Heat treatment?

Stress relief and aging available when specified for the alloy.

Density / porosity?

Process aims for high density; critical pressure parts need explicit requirements and testing on the PO.

Lead time?

Longer than polymer AM—print + thermal + machine. Ask for schedule.

Aerospace certifications?

We do not claim blanket aerospace or nuclear AM certifications. Soft capability language for industrial/commercial buyers.

Cost drivers?

Height, support volume, alloy, heat treat, and machining time.

Metal AM (DMLS/SLM)—service overview

Metal powder-bed fusion builds near-net complex parts in engineering alloys.

Choose metal AM when CNC setups explode or internal features are required.

Partsproto provides print + post-machine workflows from China for overseas buyers.

  • → Internal channels
  • → Consolidated metal assemblies
  • → Lightweight lattices
  • → Low-volume complex metal

DFM tips for metal AM

  • •Design powder escape holes for hollow sections.
  • •Minimize steep overhangs needing heavy supports.
  • •Add machining stock on sealing faces.
  • •Avoid ultra-thin walls that distort.
  • •Call heat treat and hardness targets early.

Inspection & QC

  • ✓Dimensional on machined CTQs.
  • ✓Visual for build defects.
  • ✓Material certs when ordered.
  • ✓Optional densitometry / NDT only if PO requires.
  • ✓Export packing verification.

Lead time & batch sizing

Plan extra time vs polymer AM. Small brackets may be weeks including machine; complex manifolds longer. Request phased sample then batch.

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