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Hbd-280 Metal 3D Printer for Hydraulic Manifold Applications

FOB Price:	US$350,000.00-480,000.00 / Set
Min. Order:	1 Set

Min. Order	FOB Price
1 Set	US$350,000.00-480,000.00/ Set

Port:	Shenzhen, China
Production Capacity:	>150 Sets/Year
Payment Terms:	T/T

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Hbd-280 Metal 3D Printer for Hydraulic Manifold Applications

Product Description

Company Info

Basic Info.

Model NO.

HBD-280

File Format

STEP, STL

Nozzle Number

Connection

USB

Precision

0.05-0.2mm

Thickness

20-100um

Printer Material

Metal

Forming Technology

Slm

Operating System

Windows 7

Printing Size

250*250*300mm

Trademark

HBD

Transport Package

Wooden

Origin

China

Product Description

1. About HBD

HBD, headquartered in the beautiful city of Zhongshan, with an international branch in Shanghai, is among the first companies in China to commercialize the metal 3D printing (SLM) equipment with R&D, production, sales, and application, provides high quality and full-range metal 3D printing solutions to customers.
In 2007, the HBD founding team stepped into the metal 3D printing industry. With over 10 years' experience of technology application, accumulation and maturity, HBD has been innovating new generations of SLM 3D printing equipment, the software, control system, and technical database unremittingly and obtained more than 100 technical patents and over 20 software copyrights, meanwhile HBD is participated in the formulation of 5 national standards and 2 league standards as the main drafters, as well as accumulated powerful expert resources. Relying on the rich experience on market application, combined with innovative modern operation and management concept, HBD has gained a good market share and the public praise. As a national brand, HBD machine annual installation volume opens a new dimension and ranks in the forefront of the industry. We firmly believe that only stick to the original intention can lead to the bright end.
HBD family devote themselves to be experts in metal 3D printing industry, currently there are 15 models of large, medium and small sizes metal 3D printers, the maximum printing forming size is 600mm*600mm*1000mm, which solves the pain point of large size requirement in aerospace field. At the same time, adhere to the development of innovative technology, HBD developed the LACM ("Laser Additive and Cutting Manufacturing") composite processing equipment and obtained the international invention patent, to solve the problem of inner channel surface roughness and accuracy. With the rich and leading-edge technology application and engineering strength, better serving Aerospace, Medical & Dental, Orthopedics, Mold & Die, Automobile, Jewelry, Education & Scientific Research, Personalized Customization and many other industries, to create the greatest value for our customers continuously.

2. Technical Solution

2.1 HBD-280 Series

With mainstream forming size, HBD-280T is a dual laser design, equipped with stable and accuratepowder recoating system, as well as high efficient and accurate laser optical path &management system. Collaborating with intelligent sensing and monitoring of system, the series provide all-round feedback. HBD-280 series is designed for die & mold development, medical purposes, education & scientific research, automotive manufacturing, etc.

2.2 Equipment Appearance

HBD-280 Structure Diagram

2.3 Equipment Basic Parameter

Model	HBD-280/280T
Forming Size	250mm250mm300mm
Laser	500W,500W*2 IPG Fiber Laser
Layer Thickness	20μm-100μm
Scanning Track Width	70μm-200μm
Scanning Speed	≤7000mm/s
Forming Speed	600-4000mm/s
Zoom Function	With dynamic focusing function, can realize real-time zooming
Oxygen Content	≤100PPM
Baseplate Preheat Temp	≤200ºC
Protect Atmosphere	Sealed, Nitrogen/Argon cycling purifying, collection coefficient≥99%.
Precise Optics Component	Planar Focusing Lens, High-speed Scanner
Printing Powder Materials	Stainless steel, Chrome-Cobalt alloy, Hastelloy, Nickel-base alloy, Titanium alloy, Tool steel, Aluminium alloy and Tungsten, Tantalum refractory metals.
Relative Density	Nearly100%
Dimension Accuracy	0.05-0.2mm
Recoating Way	Automatic feeding powder, unidirectional powder recoating way

3. Material and Application

3.1 Classic Printing Material

The materials listed below are some commonly used materials for metal 3D printing. HBD to keep opening for material source, can develop the material printing process according to customer specific demand.

Material	Characteristics	Parameter/ Ingredient	Particle Size	Classical Application
Tool Steel -18Ni300	A powder-type martensitic hardening steel, which is characterized by high strength and toughness, is easy to be processed after forming, and the hardness can be up to 55 HRC after heat treatment.	Al(0.05-0.15%) Mo(4.5-5.2%) Co(8.5-9.5%) Ti(0.6-0.8%) Ni(17-19%) Fe(balance) Cu(≤0.5%) C(≤0.03%) Mn(≤0.1%) Si(≤0.1%) Cr(≤0.5%) P(0.01%) S (0.01%)	15-45µm	Mold manufacturing area (such as mold core with conformal cooling channel, etc.); Industrial components (such as functional sample, small-scale production parts, customized parts and spare parts).
Chrome-Cobalt Alloy CoCrMo	A mix of pre-alloyed powders for printing parts in cobalt-chrome-molybdenum alloys. This type of high temperature alloy has excellent mechanical properties (strength, hardness, etc.), corrosion resistance and heat resistance.	Co(60-65%) Cr(26-30%) Mo(5-7%) Fe(≤0.75%) C(≤0.16%) Ni(≤ 0.10%) Si(≤1.0%) Mn(≤1.0%)	15-45µm	Medical field (such as orthopedic implant, dental crown, bracket, etc.); Turbines and other aircraft engine parts, anti-corrosion parts; Fine parts (such as thin wall, pores, etc.).
Titanium Alloy TC4	It is a powder state of pre-alloyed Ti6AlV4. This famous light alloy is characterized by good mechanical properties, strong corrosion resistance, light quality and good biological compatibility.	Al(5.5-6.5%) V(3.5-4.5%) Ti(balance) C(≤ 0.08%) O(≤ 0.13%) Fe(≤ 0.25%) Other(≤0.4%)	15-45µm	Lightweight structures and components (such as structural parts and aircraft engine parts for aerospace, automotive parts, etc.); Orthopedics implants, surgical tools, guide plate, etc.
Nickel -Base Alloy Ni718	It is a powder state of high temperature nickel base alloy, is characterized by good aging resistance, tensile strength, high temperature strength and fracture strength under high temperature of 700 ° C. 718 alloys also have excellent corrosion resistance in different corrosive environments. This material is very suitable for high temperature applications.	Ni(50.0-55.0%) Cr(17.0-21.0%) Ti(0.65-1.15%) Al(0.20-0.80%) Mo(2.80-3.30%) Nb+Ta(4.75-5.50%) Cu(≤0.30%) Mn(≤0.35%) Si(≤0.35%) P(≤0.015%) S(≤0.015%) Co(≤1.0%) C(≤ 0.08%) B(≤0.006%) Fe(Margin)	15-45µm	Turbine components for air and land use. The rockets and aerospace parts.
Stainless Steel 316L	Austenitic stainless steel 316L, with high strength and corrosion resistance, can down to low temperature from a wide temperature range, the steel overall performance is better than 310 and 304 stainless steel, 316L stainless steel also has good resistance performance to chloride erosion.	Mo(2.25-3%) Fe(balance) Cr(17-19%) Ni(13-15%) P(≤0.025%) S(≤0.010%) Cu(≤0.5%) C(≤0.03%) Si(≤0.1%) N(≤0.1%) Mn(≤2%)	15-45µm	Life/consumption (e.g. personal consumption products such as watches, jewelry, spectacle frame ,etc.); Industrial parts manufacturing (e.g., automobile manufacturing, industrial parts, ships, oil, marine industry, etc.).
Al Alloy AlSi10mg	A pre-alloyed aluminum powder, as a typical cast alloy, with good casting properties for thin wall and complex geometric design printing. This kind of alloy contains silicon/magnesium, which makes the strength and hardness enhanced significantly, and also has good dynamic characteristics.	Mg(0.2-0.45%) Si(9.0-11.0%) Al(balance) Fe(≤0.55%) Cu(≤0.05%) Mn(≤0.45%) Ni(≤0.05%) Zn(≤0.10%) Pb(≤0.05%) Sn(≤0.05%) Ti(≤0.15%)	15-53µm	Direct production of functional parts (such as small-scale production parts, customized spare parts or spare parts, aerospace parts, etc.); The parts with high thermal performance and light weight (such as auto racing parts, etc.).

3.2 Application Cases

3.2.1 Airbus A320 Engine Room Hinge Topology Optimization Bracket
Application Field:Aerospace
Metal 3D Printing Advantage:
Reduce the weight from 918g to 326g,
With 64% reduction.
Printing Equipment:HBD-280/500
Material:Titanium Alloy

Meaning:
Each kilogram reduce of spacecraft can lower the launch costs 20,000 US dollars, lightweight design for each gram is significant. The traditional structure design is limited by the processing ability of the traditional processing technology and can only be designed by experience and accumulation, which usual have the problems such as uneven force distribution and uneven material distribution. Based on the metal 3D printing technology and the optimized structure of topological optimization design, on the basis of satisfying the function and rigidity, the strength is enhanced, the local stress is reduced, the weight loss is very obvious, the loaded is more uniform, and the material is evenly and rationally distributed. The 3D printing technology can process any complicated structure, the manufacturing cost is independent for the structure complexity, breaking the shackles of the traditional processing technology, provides a more flexible degree of freedom for structural optimization design, especially for topology optimization design of complex geometric processing components.

3.2.2 The Mold with Conformal Cooling Channel
Application Field:Metal Mold Manufacturing
Metal 3D Printing Advantage:
Demoulding efficiency. 120 degrees to 50 degrees,
The original cooling cycle from 120 seconds
shortened to 45 seconds, production
efficiency increased by 2.5 times.
Printing Equipment:HBD-280/350/500
Material:18Ni300

Meaning:
Conventional techniques make a mold with conformal cooling channel, which the channel is usually straight, with slow and uneven cooling effect. Metal 3D printing can be used to manufacture the complicated mold with conformal cooling channel. Compared with traditional molds, the conformal cooling channel molds can achieve fast and uniform cooling, while the mold stripping is faster and the effect is better.
In addition, the air vent die made by the metal 3D printing can solve the difficulty which the traditional manufacturing technology can not be. The application of metal 3D printing technology makes the design of mold products become free and open, leading the production of mold products to be customized and complicated. Ultimately, to promote the development of the entire mold industry.

3.2.3 Motorbike Intake-tube
Application Field:Automobile/Motorbike Components Manufacturing
Metal 3D Printing Advantage:
Shorten the R&D cycle, greatly reduce the
cost of research and development.
Printing Equipment:HBD-280/350/500
Material:Aluminium Alloy
Meaning:
In the field of traditional automobile manufacturing, the auto parts often take a long time to develop and test. This process involving the production of mold with time-consuming and costly, and once have any problems, fixing the part also takes a long time.
Metal 3D printing can quickly produce complex shapes, assembly-free parts, which is convenient and shorten the development cycle for the development of a prototype, even occur the test problems can also be quickly fixed, greatly reduce the development costs of automotive parts.

Other Cases:

Address: Hongji E Valley, No. 23 Tongji Road West, Nantou, China 528427, Zhongshan, Guangdong, China

Business Type: Manufacturer/Factory

Business Range: Auto, Motorcycle Parts & Accessories, Consumer Electronics, Electrical & Electronics, Health & Medicine, Industrial Equipment & Components, Manufacturing & Processing Machinery, Metallurgy, Mineral & Energy, Service, Tools & Hardware, Transportation

Management System Certification: ISO 9001

Main Products: Metal 3D Printer, 3D Printing, 3D Printer, Lacm Metal 3D Printer

Company Introduction: HBD, headquartered in the beautiful city of Zhongshan, with an international branch in Shanghai, is commercialize the metal 3D printing (SLM) equipment with R&D, production, and application technology, provides high quality and full-range metal 3D printing solutions to customers.

In 2007, the HBD founding team stepped into the metal 3D printing industry. With over 10 years′ experience of machine and application technology accumulation and maturity, HBD has been innovating new generations of SLM 3D printing equipment, the software, control system, process and technical database unremittingly and obtained more than 100 technical patents and over 20 software copyrights, meanwhile HBD is participated in the formulation of 5 national standards and 2 league standards as the main drafters, as well as accumulated powerful expert resources. Relying on the rich experience on market application, combined with innovative modern operation and management concept, HBD has gained a good market share and the public praise. As a national brand enterprise, HBD machine annual installation volume opens a new dimension and ranks in the forefront of the industry.

HBD family devote themselves to be experts in metal 3D printing industry, currently there are 15 models of large, medium and small sizes metal 3D printers, the maximum printing forming size is 600mm*600mm*1000mm, which solves the pain point of large size requirement in aerospace fifield. At the same time, adhere to the development of innovative technology, HBD developed the LACM ("Laser Additive and Cutting Manufacturing") composite processing equipment and obtained the international invention patent, to solve the inner channel surface roughness and accuracy problem. With the rich and leading-edge technology application and engineering strength, better serving Aerospace, Medical & Dental, Orthopedics, Mold & Die, Automobile, Personalized Customization, Education & Scientifific Research, and other industries, to creative the greatest value for our customers continuously.

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Hbd-280 Metal 3D Printer for Hydraulic Manifold Applications

Product Description

Company Info

Basic Info.

Product Description

1. About HBD

2.2 Equipment Appearance

2.3 Equipment Basic Parameter

3. Material and Application

3.1 Classic Printing Material

3.2 Application Cases

Send your message to this supplier

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