High-Temp Metal Am Solution Precision Flow Channels Inconel 718 Turbine Engine Component

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Basic Info.

Model NO.	BYM100-74	Condition	New
Certification	ISO9001	Standard	GB
Customized	Customized	Material	Stainless Steel
Artcraft	Turning and Milling	Turning Type	Outer/Inner Circle Turning, Surface
EDM	Provided	Design Support	Provided
Capacity	10000PCS/Month	Trademark	OEM and ODM

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Packaging & Delivery

Package Size	700.00cm * 700.00cm * 70.00cm
Package Gross Weight	1.000kg
Transport Package	Customized Box

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Product Description

High-Temp Metal AM Solution - Precision Flow Channels Inconel 718 Turbine Engine Component

Industrial-grade metal additive manufacturing (AM) components produced via Selective Laser Melting (SLM), offering unprecedented design freedom for aerospace, energy, and high-performance applications. Our certified process delivers fully dense, functional end-use parts with superior mechanical properties.

Typical Applications

Laser Systems: Beam alignment, optical path setup
Spectroscopy: Fiber coupling, grating fixation
Microscopy: CCD camera positioning, objective lens adjustment

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Product Parameters

Parameter	Ti6Al4V Bracket	Inconel 718 Turbine Part
Material Standard	ASTM F1472, AMS 4928	AMS 5662/5663
Printing Technology	SLM (400W laser)	Quad-laser SLM (1000W x4)
Tolerance	±0.1mm (±0.05mm critical)	±0.08mm (±0.03mm bores)
Min Feature Size	0.3mm wall thickness	0.2mm thin walls
Density	>99.5% (as-built)	>99.7% (HIP processed)
Surface Roughness	Ra 6.3μm (as-built)	Ra 0.8μm (machined)

Advanced Structural Capabilities

Weight Reduction: Lattice/honeycomb structures (30-50% lighter)

Fluid Optimization: Integrated conformal cooling channels

Part Consolidation: 12+ components merged into a single assembly

Stress-Adapted: Topology-optimized load paths (FEA reports available)

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Detailed Photos

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Quality Assurance

Test	Method	Standard
Dimensional Inspection	CMM (Zeiss CONTURA)	ISO 2768-1
Internal Defects	Micro-CT (5μm voxel)	ASTM E1441
Mechanical Testing	Tensile/Fatigue	ASTM E8/E466
Material Composition	OES Spectroscopy	AMS Specifications

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Customization Process

1. Consultation: Submit requirements (dimensions, material, application) for a timely quotation.

2. Design & Prototyping: Engineering design using advanced software followed by prototype review.

3. Material Procurement: Selection based on part specifications and application needs.

4. Manufacturing: CNC production with continuous quality monitoring.

5. Finishing: Deburring, polishing, or coating as required.

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Industry Applications

Automotive: Crucial for engines, transmissions, and suspension components.

Aerospace: High-reliability parts for aircraft engines and control systems.

Medical: MRI machines, CT scanners, and surgical robots meeting stringent standards.

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Frequently Asked Questions

Q1: Can you produce based on my technical drawings or samples? Yes, we provide full manufacturing services based on your provided dimensions, material specs, and tolerances.

Q2: What is your quality control process for these parts? We are ISO 9001 certified and perform CMM dimensional inspection, thread testing, and surface quality checks for every batch.

Q3: Do you support small batch trial orders or a minimum MOQ? Yes, we offer a flexible MOQ starting from 1 piece to support trial orders and prototyping needs.

Q4: What post-processing and surface treatments are available? We provide heat treatment (Vacuum furnace/HIP), 5-axis CNC precision machining, shot peening, and electro-polishing.

Q5: What are the typical lead times for production? Rapid prototyping typically takes 5-7 business days. Mass production timelines depend on complexity and processing demands.

Q6: Do you provide a warranty for your precision parts? We offer a one-year product warranty. In case of manufacturing quality issues, we provide free replacement components.