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Wish WH220-DH250 DIY FDM 3D Printer is a good-value, affordable and easy to work. Easy and Quick Installation Within Two Minutes,This device is ideal for you if you want cheap access to high-quality 3D printing. The Building volume is: .

Wish WH220-DH250 Diy Kit FDM 3D Printer Specification

WH220-DH250 DIY ABS Portable 3D Printer Details

1.This is a Diy FDM 3D Printer, You just need to install six screws for this whole Printer within two minutes quickly;

2.Continuous Printing After Power-Off, WH220-DH250 Wish 3D Printer designed the power failure continued function to make sure the model can be printed normally after Power-Off ,breakpoint caused

by emergency pause, shutdown and other accidents;

3.Tempered Glass Printing Platform, Uniform heat conduction;

4.High-Definition LED Screen (HD Screen), ≤30° Angle Tilt Display Screen Design, This design is humanized and is more convenient for operation;

5.Dual Z axis Drive Design For Stable Printing,The WH220-DH250 3D Printer designed the bottom slide block with 4 pulleys, And ensure the bottom is very stable , This unique design allows the 3D Printer to

run smoothly when it is working.

6.WH220-DH250 3D Printer used V Groove Designed, More Stable Structure and the Speed is Faster.

Our all 3D Printers can be customized as your requirements, We can make the Print Technology:FDM, SLA and SLM 3D Printers, We have made the Maximum Build Volume is: 2000*2000*2000mm FDM 3D Printers,1600*1600*1600mm SLA 3D Printers.

Rapid Prototyping Machine, Best Starting 3D Printer, 3D Printing Prototype

Our Profile, Professional 3D Printer

Michelin And General Motors Launch New 3D Printed Tires
Recently, Michelin worked with General Motors to launch a prototype of a new tire. The new tire prototype is printed on a 3D printer. These printed tires will last longer and use less material. It is a more environmentally friendly alternative that effectively solves the inconvenience and danger of tire leakage. . According to two leaders in the automotive and tire industries, this technology will bring driving safety to millions of consumers in the future.
Floret Menegaux that CEO of Michelin Group said: “Normal operation proves that Michelin’s vision for sustainable mobility in the future is clearly an achievable dream.”
Manufacturers are currently testing new tires in the Chevrolet Bolt Electric Vehicle fleet in Michigan and are expected to offer them to the public in 2024. Detroit as a car center, testing on the roads of Michigan's cruel seasons and weather, will collect some of the questions that residents may consider.
Steve Kiefer that senior vice president of global sourcing and supply chain at GM, said in a statement: "GM is happy with the possibility of normal operation, and we are very excited to be able to make this breakthrough with Michelin. Technology is working together. Normal operation is an ideal choice to drive the automotive industry into the future, and is a good example of how customers benefit when we work with suppliers and innovate."
The unique anti-puncture tire system (uptis) was announced on June 4th at the Michelin Mowen Summit in Montreal. The 3D printing prototype is primarily for all the benefits of a passenger car, while the overall impact on the tire industry and the cost savings in many different types of transportation applications are staggering; for example, such a truck can be designed by a transportation company. Fundamentally saving exponential funds, greatly reducing the time to deal with highway problems and ongoing maintenance.
GM intends to develop this airless wheel assembly with Michelin and plans to introduce it into passenger cars as early as 2024.
3D printing has broken the incredible obstacles in manufacturing because we are used to doing things the same way, and new rubber technology and GM's latest developments in airless tires may reduce damage to the car.

Q1. What is 3D printing?

A: 3D printing is the process by which a physical, three-dimensional object is created from a digital blueprint or scan. Want a copy of the clay-model statue your son or daughter made in the first grade? With a 3D printer you can make as many as you want.

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: 3D Printer Printing Material Pa3200gf Glass Fiber Technical Parameters
1.3D printing size: 700x380x580mm;
2.3D printing layer thickness: 0.06mm ~ 0.18mm;
3.Attainable 3D printing accuracy:± 0.15 mm (accuracy depends on geometry. Depending on the size of the product, printing and post-processing methods vary.) ;
4.Post processing: high temperature dyeing, metal spraying and drilling;

Features:
Pa3200gf is a white, glass filled polyamide 12 powder characterized by excellent rigidity in combination with good elongation at break. Laser sintered parts made from pa3200 GF have

Excellent material properties:
• High stiffness
• High mechanical wear resistance
• Good heat load capacity
• Excellent surface quality
• High dimensional accuracy and detail resolution

Good processability
A typical application of excellent long-term immutable pa3200 GF is to use the last part of the engine area, such as automobile, for deep drawing die or any other application requiring specific rigidity, high thermal deformation temperature and low wear.

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Q11.Which 3D Printer Printing Materials That You Need To Know (1)

For decades, Industrial production has been centered on plastic injection molding. With the advent of fused deposition molding (FDM), many thermoplastics are suitable for 3D printer printing. The research has also led to the development of an incredible array of new 3D printing materials. Learn all about this topic in our 3D printing materials guide!

One advantage of additive manufacturing is that you don't have to do it yourself. There are several excellent 3D printing services that can perfectly produce your designs in a wide range of 3D printing materials. If you want to dig deeper, you can use interesting home and semi professional 3D printers to meet your needs.

ABS Filament

ABS plastic is one of the most popular 3D printing materials for desktop printing today.

It's affordable, strong and light. ABS filaments are available in a variety of colors. There are concerns that ABS will emit smoke when it reaches its melting point. If you're worried about the toxicity of ABS smoke, there are alternatives like PLA. Since ABS performs 3D printing at 220 ° C to 250 ° C, it is recommended to use a heated printing bed to control the cooling of the material and prevent warpage. In addition, 3D printing materials such as ABS filaments degrade due to the humidity of the surrounding air - stored in vacuum bags or containers.

Metal / Plastic Filaments

All the "metal" filaments on the market are actually thermoplastic mixed with a small amount of metal. These 3D printing materials allow you to 3D print components with 3D printing metal optical properties. Moreover, the metal plastic wire is heavier than other thermoplastics. Popular composite 3D printing materials include bronze, copper, steel and iron. Please note that your 3D printing unit needs to be post processed to get the desired metal look.

Nylon (Polyamide)

In view of its flexibility and strength, nylon is the first choice for a wide range of applications from engineering to art. It is often referred to as "white plastic" - this is the main content of your 3D printing material guide! Nylon printing has a rough surface and can be polished smooth. In FDM filaments, the layer bonding of nylon is stronger than all others, making it an ideal 3D printing material for components requiring good tensile and mechanical strength. Like other thermoplastics, nylon degrades due to the humidity of the surrounding air - if you want to use it for 3D printing at home, it's best to store it in a closed container or bag.

Wax

Wax 3D printing is usually not the final product, but an important stage in the production process. Because they are used to produce molds with amazing high resolution (0.025mm) and for wax loss casting technology of metal parts. Today, it is often used to make customizable jewelry at relatively low prices. The second industry that uses this 3D printing material is dental medicine. You can print complex structures that need to be supported in 3D by using wax with different melting points and melting the supports at low temperatures.

Resin (Photopolymer)

The next in the 3D printing material guide is photopolymer. They are a series of liquid resins that can be cured into plastic parts and prototypes when exposed to ultraviolet (UV) or visible light. At present, the two main technologies are SLA (stereolithography) and polyjet. SLA uses a UV laser, which depicts the shape of the object on the surface of the photopolymer barrel, and the resin solidifies to form a layer of the object. Repeat for each layer until the object is complete.

Polyjet uses an alternative method: the printhead sprays a drop of resin onto the bed, which then solidifies immediately with a connected UV light. SLA printers have a top-level thickness of about 0.1mm, while polyjet can print a 16 micron 3D printing effect. Although both methods are similar and use similar original 3D printing materials, they differ greatly in how to use these 3D printing materials. All photopolymers are susceptible to sunlight.

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