QTS SLM Metal 3D Printing Service | Titanium & Tool Steel

Challenge the limits of manufacturing. QTS offers SLM metal 3D printing services, specializing in stainless steel, tool steel, and titanium. We create complex structures, lightweight designs, and conformal cooling channels impossible for CNC. Ideal for aerospace, medical, and tooling.

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QTS SLM Metal 3D Printing Service | 8 Materials | Conformal Cooling | Complex Structure

🎯 QTS SLM Metal 3D Printing Service

Name: QTS SLM Metal 3D Printing Service | Titanium & Tool Steel
SKU: 684290529d9433000ae6050c
Price: 1.0 TWD
Availability: InStock

8 High-Performance Metal Materials | Conformal Cooling | Complex Structure Monolithic Molding | 15+ Years Industry Experience

📋 Service Introduction

QTS SLM Metal 3D Printing Service combines 15+ years of 3D printing industry experience with 30+ years of chemical engineering background from key team members. We utilize cutting-edge SLM equipment with high-power lasers to precisely melt metal powders and weld them layer by layer into completely dense metal solids. We offer 8 high-performance metal material options including aluminum alloys, stainless steel, tool steel, titanium alloy, and nickel-based superalloy. Product performance rivals or exceeds traditional forged parts, enabling you to realize peak designs that previously existed only in theory.

Whether you need lightweight aircraft brackets, precision medical implants, high-efficiency mold inserts, or high-performance automotive components, QTS SLM Metal 3D Printing is your most reliable partner. We commit to providing detailed quotes and professional recommendations within 24 hours.

⭐ 6 Core Advantages

🏗️ Complex Structure Monolithic Molding

SLM technology easily creates complex internal lattice structures, hollow designs, or mesh topology-optimized shapes. You can achieve extreme lightweight design without sacrificing strength, critical in aerospace and racing applications. Designs impossible with traditional CNC are easily realized by SLM.

❄️ Conformal Cooling Channel Design

Traditional mold cooling channels can only be straight drilled holes with low and uneven cooling efficiency. SLM creates "conformal cooling channels" that perfectly conform to product contours, significantly improving cooling efficiency by 30-50%. This shortens injection cycles, increases productivity, and reduces product warping.

🏥 Customized Medical Implants

Using SLM technology, we can directly print titanium or cobalt-chromium implants (such as artificial joints, bone plates) that perfectly match patient bone structure based on CT scan data, achieving true personalized medicine. Excellent biocompatibility and reliability.

⚡ Shortened Development & Production Cycle

For extremely complex parts, traditional processes may require multiple CNC operations and fixture changes. SLM enables monolithic molding, reducing weeks of work to days while significantly reducing material waste. Accelerate your project progress.

🔧 Professional Technical Support

Professional team with 15+ years 3D printing industry experience and 30+ years chemical engineering background provides optimal manufacturing solutions, material selection, and technical recommendations for each project.

🏆 8000+ Trusted Customers

Over 8000+ customers from aerospace, medical, automotive, precision molds and other industries choose QTS, witnessing our stable quality and professional service.

🔧 Supported Metal Materials (8 Types)

QTS provides 8 high-performance metal materials covering aluminum alloys, stainless steel, tool steel, titanium alloy, and nickel-based superalloy to meet the most stringent industrial application requirements:

🔩 Aluminum Alloy 6061

General-purpose aluminum alloy with good machinability and corrosion resistance. Suitable for aerospace and automotive lightweight components. Density 2.7 g/cm³, tensile strength 290 MPa.

🔩 Aluminum Alloy AlSi10Mg

High-strength aluminum-silicon alloy with excellent casting properties. Suitable for complex structure parts. Density 2.7 g/cm³, tensile strength 420 MPa, elongation 10%.

🔩 Stainless Steel 316L

Excellent corrosion resistance, widely used in medical and food industry. Density 7.9 g/cm³, tensile strength 580 MPa, elongation 32%.

🔩 Stainless Steel 17-4PH

Precipitation-hardening stainless steel with high strength and hardness. Suitable for aerospace and precision parts. Density 7.75 g/cm³, tensile strength 860 MPa, elongation 19%.

🔩 Tool Steel CX

High-hardness tool steel with excellent wear resistance. Suitable for injection mold inserts. Density 8 g/cm³, tensile strength 1600 MPa (after heat treatment).

🔩 Tool Steel 18Ni300

High-strength tool steel with excellent toughness. Suitable for precision molds. Density 8.09 g/cm³, tensile strength 1177 MPa, elongation 8%.

🔩 Titanium Alloy TC4 (Ti6Al4V)

Extremely high strength-to-weight ratio, excellent biocompatibility. Suitable for aerospace and medical implants. Density 4.51 g/cm³, tensile strength 1100 MPa, elongation 8.5%.

🔩 Nickel-Based Superalloy GH4169

Excellent high-temperature strength and corrosion resistance. Suitable for turbine blades and high-temperature parts. Density 8.24 g/cm³, tensile strength 1055 MPa (room temperature), 1340 MPa (elevated temperature).

📊 Metal Material Specifications Detailed Table

Material		Al 6061	Al AlSi10Mg	SS 316L	SS 17-4PH	Tool Steel CX	Tool Steel 18Ni300	Ti TC4	Ni GH4169
Grade		6061	AlSi10Mg	316L	17-4PH	CX	18Ni300	TC4	GH4169
Main Chemical Composition (wt.%)		Al: Bal. Mg:0.4~1.20 Si:0.2~0.8	Al: Bal. Mg:0.2~0.45 Si: 10~11	Fe: Bal. Cr: 15.9~17.7 Ni: 10~14 Mo: 2~3	Fe: Bal. Cr:16~17.5 Ni: 3~5 Cu: 3~5	Fe: Bal. Cr: 11~13 Ni: 8~10 Mo: 1~2	Fe: Bal. Ni: 17~19 Co: 7~8 Mo: 4.5~5.2	Ti: Bal. Al: 5.5~6.7 V: 3.5~4.5	Fe: Bal. Ni: 50~55 Cr: 17~21 Nb: 5~5.5
Physical Properties	Powder Size μm	15-53	15-53	15-53	15-53	15-53	15-53	15-53	15-53
	Bulk Density g/cm³	1.37	1.45	4.12	4.04	3.93	4.29	2.4	4.3
	Tapped Density g/cm³	1.6	1.64	4.81	4.75	4.67	5.31	2.75	4.9
Density	Density g/cm³	2.7	2.7	7.9	7.75	8	8.09	4.51	8.24
Density	Theoretical Density	≥98%	≥99%	≥99%	≥99%	≥99%	≥99%	≥99%	≥99%
As-Deposited Properties	Tensile Strength σb (MPa)	290	420	580	860	/	1177	1100	1055
	Yield Strength σ0.2 (MPa)	250	240	490	700	/	980	1032	755
	Elongation %	14	10	32	19	/	8	8.5	20
	Hardness	/	75HV	12~14HRC	18~22HRC	/	/	/	/
Heat-Treated Properties	Tensile Strength σb (MPa)	/	310	670	1340	1600	2163	970	1340 (RT)
	Yield Strength σ0.2 (MPa)	/	210	550	1210	1580	1920	924	1120 (RT)
	Elongation %	/	10	35	13	11	2	15	19 (RT)
	Hardness	/	96HV	12~14HRC	/	45~48HRC	50~54HRC	/	/

🎨 Application Fields

✈️ Aerospace & Defense

Lightweight aircraft brackets, turbine blades, customized drone components. SLM's precision and lightweight characteristics perfectly meet aerospace's stringent requirements. Recommended materials: TC4, GH4169, AlSi10Mg.

🏭 Precision Molds

High-efficiency mold inserts and sliders with conformal cooling channels. Conformal cooling design significantly improves mold efficiency and product quality. Recommended materials: CX, 18Ni300.

🏥 Medical Industry

Customized artificial joints, cranial/mandibular implants, surgical instruments. Excellent biocompatibility enables personalized medical solutions. Recommended materials: TC4, 316L.

🏎️ Automotive & Racing

High-performance pistons, lightweight suspension system components, turbocharger impellers. Lightweight design enhances vehicle performance. Recommended materials: AlSi10Mg, TC4, GH4169.

📊 Service Specifications

Specification Item	Value	Description
Supported Materials	8 Types	Aluminum alloys, stainless steel, tool steel, titanium alloy, nickel-based superalloy
Precision Level	±0.1 mm	Industrial-grade ultra-high precision
Surface Roughness	Ra 1.6 - 6.3 μm	Can be post-processed as needed
Molding Size	Equipment-dependent	Supports large complex structure monolithic molding
Quote Time	Within 24 Hours	Fast professional evaluation
Delivery Time	7-14 Business Days	Adjusted based on complexity
Equipment Grade	Cutting-Edge	High-power laser SLM equipment
Post-Processing Services	✅ Supported	Polishing, heat treatment, surface treatment, etc.

🔍 3D Printing Technology Comparison

Technology	FDM	LCD/SLA	SLS	SLM
Precision	Medium	High	Medium	Extreme
Surface Quality	Rough	Smooth	Medium	Smooth (Post-Processing)
Molding Size	Medium	Large	Large	Large
Material System	Plastic-based	Resin-based	Powder-based	Metal-based
Cost	Low	Medium	High	Extreme
Suitable Applications	Concept Models	Fine Prototypes	Functional Parts	Metal Parts, Aerospace, Medical

📈 QTS Advantages Statistics

15+

Years 3D Printing Industry Experience

30+

Years Chemical Engineering Background

8000+

Trusted Customers

24h

Fast Quote

⚡ 3-Step Quick Quote Process

1️⃣ Upload 3D File

Supports STL, STEP, OBJ and other formats. Upload your design file directly to our quote system.

2️⃣ Professional Evaluation

Our engineering team conducts detailed evaluation and recommends the most suitable metal material, process solution, and post-processing method for your project.

3️⃣ 24-Hour Quote

Receive detailed quote, delivery estimate, technical recommendations and optimization suggestions to help you advance your project quickly.

❓ Frequently Asked Questions

Q: How do I choose the right metal material?

A: Material selection should consider application environment, strength requirements, corrosion resistance, cost and other factors. Our professional team can recommend the optimal material based on your specific needs. For aerospace applications, we recommend TC4 or GH4169; for medical applications, TC4 or 316L; for mold applications, CX or 18Ni300.

Q: What's the difference between SLM and SLS?

A: SLM (Selective Laser Melting) is used for metal powders, producing completely dense metal solids with extremely high strength. SLS (Selective Laser Sintering) is used for plastic or nylon powders with lower strength. QTS's SLM equipment specializes in metal printing, suitable for high-end aerospace and medical applications.

Q: Can SLM products be used directly?

A: Yes. SLM products are completely dense metal solids with performance rivaling traditional forged parts, ready for direct use. For special surface treatments (polishing, heat treatment, electroplating), we provide professional post-processing services.

Q: How quickly can I receive the finished product?

A: Usually 7-14 business days after quote confirmation, depending on quantity and complexity. We provide 24-hour fast quotes so you can quickly understand delivery time.

Q: What metal materials are supported?

A: We support 8 high-performance metal materials: Aluminum Alloy 6061, Aluminum Alloy AlSi10Mg, Stainless Steel 316L, Stainless Steel 17-4PH, Tool Steel CX, Tool Steel 18Ni300, Titanium Alloy TC4, and Nickel-Based Superalloy GH4169. We can recommend the most suitable material based on your application needs.

Q: How do you ensure quality?

A: We use cutting-edge SLM equipment with 15+ years industry experience and 30+ years chemical engineering background. Each project undergoes strict quality inspection to ensure specification compliance.

Q: Do you support small batch production?

A: Absolutely. Whether single prototypes or small batch production, we provide the most cost-effective solutions.

Q: How do I start cooperation?

A: Simply upload your 3D file and we'll provide detailed quote within 24 hours. After confirmation, production starts with typical 7-14 business day delivery.

Q: What file formats are supported?

A: Supports STL, STEP, OBJ, IGES and other standard 3D formats. For special formats, please contact us.

Q: How do I contact QTS?

A: Phone: +886-3-6582308 (Mon-Fri 08:30-18:00) | Email: info@qts.tw | Address: 1F, No. 8, Lane 338, Jiaxing Road, Zhubeishi, Hsinchu County, Taiwan 30251

🏆 Why Choose QTS?

15+ Years 3D Printing Industry Experience - Deep understanding of market needs and technology development
30+ Years Chemical Engineering Background - Key members possess deep chemical engineering knowledge
Cutting-Edge SLM Equipment - Ensures industrial-grade precision and stability
8000+ Trusted Customers - From aerospace, medical, automotive and other industries
8 High-Performance Metal Materials - Meets various industrial application requirements
24-Hour Fast Quote - Accelerates your project progress
Professional Technical Support - Provides optimal manufacturing solutions for each project
Complete Post-Processing Services - Supports polishing, heat treatment, surface treatment, etc.

📞 Contact Us & Quick Quote

Fill out the form below, upload your 3D file, and we will provide you with a detailed quote and technical recommendations within 24 hours.

🔗 Go to Quote Form 📧 Send Email

📍 Contact Information

Company Name: QTS Corporation

Tax ID: 24365232

Phone: +886-3-6582308 (Mon-Fri 08:30-18:00)

Email: info@qts.tw

Address: 1F, No. 8, Lane 338, Jiaxing Road, Zhubeishi, Hsinchu County, Taiwan 30251

Ready to challenge the limits of traditional manufacturing and bring your pinnacle designs to reality? Click here to fill out our service form, and our metal printing specialists will discuss the feasibility of your project with you!