Focused on Additive Manufacturing: Advancing the Frontiers of 3D Printing

Wide Range of Materials
Expert Metal Additive Manufacturing
Stringent Quality Inspection
Custom Manufacturing Capability

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Our 3D Printing Service

We specialize in metal 3D printing, efficiently producing complex parts using materials like titanium alloys, stainless steel, and aluminum alloys. Additive manufacturing offers high precision, short lead times, and cost efficiency, making it ideal for custom production and prototyping. Our services span industries such as aerospace, medical, and automotive, ensuring top-quality results for every project.

Various materials available

Our 3D printing services support a variety of metals and plastics, each with unique properties to meet different application needs. Right is a brief overview of the performance characteristics of commonly used materials.

Metal 3D Printing Materials and Properties Table

Metal 3D Printing Materials and Properties Table
Type of material		stainless steel	stainless steel	mold steel	titanium alloy	aluminum alloy	aluminum alloy	Nickel-based superalloys	Nickel-based superalloys
Grade		316L	17-4PH	18NI300	TC4	AISi10Mg	6061	GH3625	GH4169
physics Characteristic	Particle size	15-53 μm	15-53 μm	15-53 μm	15-53 μm	15-53 μm	15-53 μm	15-53 μm	15-53 μm
	Shape	sphere	sphere	sphere	sphere	sphere	sphere	sphere	sphere
	Liquidity	40S	22S	40S	45S	150S	120S	20S	45S
	Loose density	3.9g/cm3	4.0g/cm3	4.3g/cm3	2.5g/cm3	1.45g/cm3	1.07g/cm3	4.2g/cm3	4.4g/cm3
formed part performance	Density	≥99%	≥99%	≥99%	≥99%	≥95%	≥98%	≥99%	≥99%
	Tensile strength	≥560Mpa	≥1100Mpa	≥1090Mpa	≥600Mpa	≥330Mpa	≥280Mpa	≥1000Mpa	≥980Mpa
	Yeild strength	≥480Mpa	≥1050Mpa	≥1000Mpa	≥540Mpa	≥245Mpa	≥230Mpa	≥730Mpa	≥700Mpa

Comprehensive Analysis of 3D Printing Material Properties

This section provides users with a comprehensive comparison of the performance data of common 3D printing materials, ranging from ordinary resin to high-temperature-resistant materials. The parameters listed in the table, such as heat resistance, hardness, strength, water absorption, and printing accuracy, offer scientific guidance for material selection. Whether for precision models, functional parts, or specific high-temperature requirements, this information helps users quickly identify the ideal material solution.

Comparison table of common 3D printing material performance parameters

Material name	Ordinary resin	9400 resin	High toughness resin	Transparent resin	Translucent resin	High temperature resistance of 70 degrees	100 degrees plus high temperature	Nylon	Red wax
Heat deflection temperature	46℃	46℃	50℃	47℃	50℃	63℃	99.6℃	173℃	100℃
Minimum wall thickness	0.6MM	0.6MM	0.6MM	0.6MM	0.6MM	0.6MM	0.6MM	0.5MM	0.5MM
Minimum aperture	1MM	1MM	1MM	1MM	1MM	1MM	1MM	1.2MM	0.2MM
Material hardness	79	79	85	87	80	88	85	86	65
Tensile strength tensile strength	47MPA	47MPA	56MPA	50MPA	47MPA	55MPA	44MPA	50MPA	48MPA
Tensile strength breaking	4OMPA	33-40MPA	6OMPA	56MPA	40MPA	65MPA	52MPA	7OMPA	38MPA
Bending strength	69MPA	67MPA	74MPA	84MPA	67MPA	4OMPA	69MPA	80MPA	43.5MPA
Flexural modulus	2222MPA	2222MPA	2775MPA	2490MPA	2222MPA	3100MPA	3200MPA	2800MPA	1431MPA
Printing layer height	0.1/0.05mm	0.1/0.05mm	0.1mm	0.1mm	0.1mm	0.1mm	0.1mm	0.1mm	0.1mm
printing error	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	2.50%	1%-3%
Water absorption	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	3.50%	1%-3%
Impact strength	34.4J/CM	29J/CM	55J/CM	25J/CM	29J/CM	59J/CM	34.4J/CM	2.7J/CM	17.8J/CM

Why Choose Us?

Choosing Baichuan means partnering with a company that not only boasts a robust manufacturing capability and cutting-edge technology but also possesses a deep understanding of the industries we serve.

Significant Raw Material Inventory

Platform Company

Comprehensive Welding and Fabrication Capabilities

Ultra-wide and multi-type processing capabilities

Advanced Facilities for Quality Assurance

Thorough post-processing capabilities

3D Printing Applications

3D printing technology, as an innovative additive manufacturing method, has been widely applied across various industries. From aerospace to healthcare, automotive manufacturing to consumer goods, it is transforming traditional manufacturing models with its efficiency, flexibility, and cost-effectiveness. By building objects layer by layer, 3D printing not only enables the rapid creation of complex structures but also demonstrates immense potential in customization and small-batch production. As technology continues to advance, 3D printing is becoming an indispensable part of modern manufacturing.

Aviation

Metal 3D printing in the aerospace industry is used to produce lightweight engine components, nozzles, and structural parts, enhancing fuel efficiency and performance. The technology reduces material waste and manufacturing time, supporting more complex and innovative designs, driving advancements in aircraft manufacturing.

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Aerospace

Metal 3D printing in aerospace is used to produce lightweight, high-performance engine parts and complex structures, reducing waste in traditional manufacturing. It also enhances production efficiency, design flexibility, and shortens part production cycles.

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Automotive

Metal 3D printing in the automotive industry speeds up the production of complex parts, increases design flexibility, and lowers production costs, supporting small-batch and customized production.

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Energy

In the energy industry, metal 3D printing is used to manufacture turbine blades and critical components operating under high temperatures and pressures, enhancing durability and efficiency. It also optimizes design and material usage, reducing resource waste during production.

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Medical

Metal 3D printing in healthcare customizes implants to better meet patient needs, improving surgical outcomes and comfort, especially in spinal and joint applications.

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Mold

Metal 3D printing optimizes cooling channels in molds, improving thermal management efficiency and shortening production cycles. It offers greater flexibility for complex mold designs, especially in small-batch production.

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3 Steps to get your parts EASILY

Unlock rapid turnaround times for your CNC prototypes and parts. Enjoy our standard 7-day lead times. Simply upload your design to verify eligibility.

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Goods arrive in 3-5 days

Nothing speaks louder than the Voice of a contented Client.

Dive into the testimonials of our valued partners to discover how we’ve met their unique needs with precision and excellence.

The precision and durability of the metal components produced by 3D printing have exceeded my expectations. The ability to customize complex geometries for aerospace applications is revolutionary. It's cost-effective for low-volume production runs, and the turnaround time is impressive. Highly recommended!

John Carter

The metal 3D printing process has allowed us to create bespoke surgical instruments with unmatched precision. Its ability to produce intricate, patient-specific designs is game-changing in the medical field. The technology's flexibility and reliability have been a critical asset to our R&D efforts.

James Davies

Die Qualität und Detailgenauigkeit der mit 3D-Druck gefertigten Metallteile haben mich überzeugt. Besonders beeindruckend finde ich die Möglichkeit, einzigartige und komplexe Designs für die Automobilindustrie zu realisieren. Die Technologie eröffnet völlig neue Perspektiven für die Produktentwicklung.

金属3Dプリントで作られた部品の精度と強度には非常に満足しています。特に小ロット生産や試作品の製造において、コスト削減と納期短縮が大きなメリットです。工業分野における新たな可能性を実感しました。

금속 3D 프린팅 기술로 제작된 부품은 정밀도와 내구성이 뛰어납니다. 특히 건축 설계 과정에서 복잡한 구조물을 제작할 수 있는 점이 매우 매력적입니다. 이 기술은 디자인의 한계를 뛰어넘는 혁신적인 도구라고 생각합니다.

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FAQs

What 3D printing materials do you offer?

We offer 3D printing services with metals (e.g., stainless steel, aluminum alloys, titanium alloys) and plastics (e.g., ABS, PLA, Nylon).

What are the accuracy for metal 3D printing?

Material name	Ordinary resin	9400 resin	High toughness resin	Transparent resin	translucent resin	High temperature resistance of 70 degrees	100 degrees plus high temperature	Nylon	Red wax
Heat deflection temperature	46℃	46℃	50℃	47℃	50℃	63℃	99.6℃	173℃	100℃
Minimum wall thickness	0.6MM	0.6MM	0.6MM	0.6MM	0.6MM	0.6MM	0.6MM	0.5MM	0.5MM
Minimum aperture	1MM	1MM	1MM	1MM	1MM	1MM	1MM	1.2MM	0.2MM
Material hardness	79	79	85	87	80	88	85	86	65
Tensile strength tensile strength	47MPA	47MPA	56MPA	50MPA	47MPA	55MPA	44MPA	50MPA	48MPA
Tensile strength breaking	4OMPA	33-40MPA	6OMPA	56MPA	40MPA	65MPA	52MPA	7OMPA	38MPA
Bending strength	69MPA	67MPA	74MPA	84MPA	67MPA	4OMPA	69MPA	80MPA	43.5MPA
Flexural modulus	2222MPA	2222MPA	2775MPA	2490MPA	2222MPA	3100MPA	3200MPA	2800MPA	1431MPA
Printing layer height	0.1/0.05mm	0.1/0.05mm	0.1mm	0.1mm	0.1mm	0.1mm	0.1mm	0.1mm	0.1mm
printing error	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	2.50%	1%-3%
Water absorption	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	1%-3%	3.50%	1%-3%
Impact strength	34.4J/CM	29J/CM	55J/CM	25J/CM	29J/CM	59J/CM	34.4J/CM	2.7J/CM	17.8J/CM

Do printed parts require post-processing? If so, what post-processing services do you offer?

Metal and plastic parts typically require post-processing to improve surface finish, enhance performance, or meet industry standards. We offer the following post-processing services:
Metal parts: Heat treatment (e.g., annealing, quenching), surface polishing, sandblasting, coatings (e.g., galvanizing, titanium coating)
Plastic parts: Surface smoothing, painting, coloring, and assembly
These services can be customized to meet specific performance and aesthetic requirements.

How is the cost of 3D printing calculated? What factors affect the price?

The cost of 3D printing is primarily affected by the following factors:
Material type: Different materials (e.g., titanium alloy, aluminum alloy, ABS, Nylon) have varying costs.
Print time: The more complex the part, the longer the print time, which increases the cost.
Part size and accuracy: Larger or more precise parts require more material and time to print.
Post-processing requirements: Additional post-processing services (e.g., heat treatment, polishing) incur extra costs.
Production quantity: The unit price for batch production is typically lower than for single-piece printing.

Do you provide design evaluation and optimization services before printing?

Yes, we offer comprehensive design evaluation and optimization services, including:
Design review: Assess whether your design meets the requirements for 3D printing technology.
DFAM optimization: Optimize the design according to additive manufacturing principles to improve print success rates and reduce material waste.
Functionality assessment: Ensure the design meets the performance requirements for its intended use, such as mechanical properties and durability.
These services help clients improve design quality and manufacturing efficiency.

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Feel free to contact us to place your order, and we will provide you with the highest quality 3D printing services!