Metal Big Industrial House FDM 3D Printer

Wish WH750-FH1000 FDM 3D Printer Building volume is: 750*750*1000mm, This is a Metal Body 3D Printer, Without head Cover.

WH750-FH1000 CNC 3D Printer Feature Is

Best Top Wood Filament 3D Printer Details

1.This 3D Printer Used Dual Z Axis (double beam) and Self-Created Guide Rail designs;

2.This 3D Printer used LED Track lighting, 3D Printer operator can see the panoramic printing and

real-time printing result;

3.The 3.5 inch Color touch Screen;

4.This 3D Printer designed a A Aluminum Alloy Printing Platform (not need to be heated );

5.This 3D Printer can operated by online, offline, SD card or USB,Mobile control,Wifi,can be required ;

6.Power-off protection function, This can prevent the data will be missed because of the sudden power fault in the printing process;

7.This 3D Printer designed 3 Power Supplies And 4 Drives;

8.Our all 3D Printers can be customized as your requirements, We can make the Print Technology : FDM and SLA 3D Printers, We have made the Maximum Build Volume is: 2000*2000*2000mm FDM 3D

Printers,1600*1600*1600mm SLA 3D Printers .

What To Make With A Reprap 3D Printer ?

Architecture; Aerospace; Art; Automotive; Engineering; Fablabs and Makerspaces; Fashion; Humanitarian Aid; Jewelry; Manufacturing; Medicine; Product Design; Research; Education; Primary Education; Secondary Education; DIY, Hobbies and Home;Medical Products and Etc..

You can create custom jigs, assembly fixtures, tools and etc with ultra-fine accuracy and smooth surfaces.

Best Value 3D Printer

The fully closed housing combined with the heated bed positively influence the print quality of the printed object but also reduces the sound of the machine. The transparent doors allow you to monitor the printing process at all times. The WH750-FH1000 3D Printer is with air filter. The dual head can be required and print head nozzle diameter 0.6/0.8/1.0/1.5mm for option.

Working Principle And Future Development Of 3D Printing Solar Panels

The U.S. solar industry is booming, with annual growth of more than 50% over the past 10 years, increasing the employment rate of more than 240,000 Americans. Despite this growth, many people are still hesitant to adopt this green energy, because building solar panels requires a lot of initial investment. The advent of 3-D printed solar panels may make this green technology affordable enough for everyone to enjoy it. So how does 3D printing solar panels work and where can we see them in the future?

3D Printing In Solar Energy Industry

3D printing appears in almost every industry. It's only a matter of time before 3D printing is linked to solar technology. Traditional solar cells start with polycrystalline silicon, which melts and injects boron to form semiconductors. Then silicon wafers are added to the surface and etched, and electrical contacts are imprinted on the surface. From there, each cell can be tested and assembled into a finished solar panel.

Three-dimensional printing shortens most manufacturing steps. A three-dimensional printer will place every layer from semiconductor ink to the surface to produce cells 200 microns thick, about four times the thickness of human hair.

If you're looking for a long-term solar solution, 3D printing panels are not the best choice. Today, they are less efficient than traditional solar panels and won't last long, but they make up for the cost of this lack of life. Traditional 21 square meters of solar panels may cost you more than $5,000, but you can buy 200 square meters of 3D printing panels for about $2,000.

3D printing panels may not last long, but according to industry experts, they absorb more than 20% of the sunlight, which is 50% cheaper than traditional panels.

Bring more solar energy to the United States

According to the Solar Energy Industry Association, U.S. companies alone added more than 145 gigawatts of solar energy to the entire infrastructure in 2017, almost twice the installed capacity in 2015. This does not even include the thousands of home-based systems installed at the same time. Adding solar energy to your business at the same time will not only reduce your spending, but also significantly reduce your monthly electricity bills, which will help you become more energy independent and reduce your carbon footprint. Because state and federal governments offer tax incentives and incentives, they can even increase your profits.

Q1. What features should I consider when buying a 3D printer?

A: The build area of a 3D printer dictates the size of the objects you can create, while the number of

extruders (usually ranging from between 1 and 3) lets you print objects in more than a single colours.

WiFi connectivity is a great feature to have when you want to scan items with a compatible smartphone

and send them to a 3D printer wirelessly.

Q2.What About Your After-Sale Service?
A: We offer one-year warranty for our products. Lifelong technical support, online operation video support etc..

Q3.What About The Shipping Cost?
A: Please kindly offer us your address details, We will check accurate freight cost for you.

Q4. Can I Have A Sample Order?
A: Yes, Your sample order is available and welcome for test and check the quality.

Q5. What About The Lead Time?
A: Samples arrived often need 3-7days via International Express.

Q6. Do You Have Any MOQ (minimum order quality) ?
A: Yes, Our MOQ is 1pcs.

Q7. How Do You Ship The Goods And How Long Does It Take To Arrive?
A: If the goods will be shipped by DHL, UPS, FedEx or TNT. It usually takes 3-7 days to be arrived. Air,Land and Sea shipping can be also optional,The time will be 10-30days.

Q8. Is It Acceptable To Print My Logo On The Product?
A: Yes. This can be acceptable.

Q9: Can You Do OEM Service ?
A: Yes, We can do the OEM Service based on your 3D printer drawings, functions requitements and then offer you the best OEM solutions.

Q10.Application of 3D printer printing technology in aerospace manufacturing industry

In today's world, aerospace technology is obviously one of the most influential high-tech industries. Second, aerospace manufacturing technology is the core of this industry. Its development plays an important role in the comprehensive performance of aerospace products such as rockets, and determines whether the overall design idea can be realized. The primary application fields of 3D printing technology in this industry include aircraft wing manufacturing, unmanned aerial system and complex parts manufacturing, etc.

A breakthrough of 3D printer printing technology in aerospace manufacturing industry is its application in the field of turboprop engine. It is said that the ATP aircraft engine that GE will test fly in 2018 opens a new space for the possibility that it can be realized through 3D printing. More than a third of GE's advanced ATP engines are made by 3D printing.

Unlike jet engines, turboprops typically power small commercial and private aircraft, but that means at least a billion dollars in the market. According to the characteristics of 3D printing technology, designers have reduced more than 800 independent parts to 12. In addition, 3D printing reduces costs by reducing engine weight. Light 5% engine can save 20% of fuel consumption, and its power is 10% more than that of traditional engine.

In the interior of the engine, 3D printing technology completes the manufacturing of combustion chamber and many structural elements, which makes the engine more concise, lighter and more compact, with a shocking 16:1 industrial level total pressure ratio. Compared with its competitors, this enables it to save 15% of fuel and increase 10% of cruise power only by improving fuel combustion efficiency through design.

All in all, 3D printing technology has completed the most important parts of ATP engine, including its power gearbox. In addition, 3D printing technology has made it possible for design engineers to use a combination of materials, including new alloys, that were not previously available.

3D printing technology can also be used to produce and design ATP burners. Its around counter current configuration can minimize the engine length and improve the overall engine weight. And 3D printing can also let design engineers test a large number of design concepts at a lower cost. If this process is through the traditional conventional manufacturing process, it will cost a very high time and cost.

Q11.Application of 3D printer printing technology in the field of drug testing

Biological 3D printer printing organs or tissues are the first to be reflected in the testing of drug toxicity and side effects in the development of new drugs. In this field, a number of biological 3D printing technology enterprises have successively launched 3D printing of kidney tissue, liver tissue and skin tissue for drug testing through 3D printers and special "Bio ink" containing growth factors and human cells It has gradually become commercialized.

Since the manufacturing requirements of the heart, liver and lung tissues in the multi organ microfluidic chip are different, the research team needs to use a biological 3D printer and different components of "bio ink" to make three kinds of tissues respectively. At the end of printing, the researchers used ECM derived bioinks or prions and gelatin bioproteins to transfer these tissues to the microreactor of the chip. Lung tissue is made in a microreactor with similar factors, in which there are fixed semiporous membranes, pulmonary fibroblasts, epithelial cells and endothelial cells.

After the bio 3D printing of the three tissues was completed, the team sealed the device and connected it to the circulating perfusion system. The fluid in the chip is driven by a micro peristaltic pump.

Market investigation and research show that the combination of 3D printing technology and microfluidic chip is not only the biological 3D printing technology used in the manufacture of three different tissues in the multi organ chip, but also another kind of potential application, that is, the direct manufacture of microfluidic chip through 3D printing equipment.

3D printing technology has advantages in manufacturing microfluidic system with complex characteristics and integration. At present, the application of 3D printer printing technology in microfluidic system is mainly in the design and development stage of microfluidic chip.

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