qocsuing's Blog

7 techniques for creating production-ready CAD drawings

In the engineering world, drawings are everything. Without CAD drawings, many 3D models would be virtually impossible to manufacture. To create a drawing, you no longer have to spend hours at a drafting table with your pencils, triangles, scales, and erasers.To get more news about basic drafting software, you can visit shine news official website.

CAD drawing techniques
Whether you’re an experienced drafter or you’re just getting started, this white paper will help you learn or refine basic drafting techniques to improve the manufacturability of your CAD drawings, including:

Improving clarity, precision and accuracy
Optimizing your templates
Creating personalized tables and callouts
Creating models with drawings in mind
Regardless of your engineering discipline, CAD drawings have a common purpose: to convey information on how a part, structure, or assembly is to be produced. In order to enable production, you must have clear, precise drawings that are easy to interpret. Download our white paper to learn techniques for streamlining the creation of production-ready CAD drawings.
Siemens Solid Edge design solutions have an arsenal of tools to create incredible drawings – automatic view creation, auto-dimensioning, parts-lists templates, title-block templates, section-view commands, auxiliary-view commands, tolerance analysis, and more.

CuteCad is our 2D CAD software designed for all users. No previous experience is required to get started. CuteCAD is designed with modularity, extensibility and portability in mind, to speed up your prototyping process and to shorten the time to market of your products. What users most often notice about CuteCad is its simple and intuitive interface.

In addition to all the usual tools for 2D drafting, our CAD software provides many other features to help design in an easier, faster and more efficient way. Below you can see the functions that will best suit your needs or alternatively get in touch with us and let us know your suggestions for additional functionalities.

Top Factors Driving the Global Automotive Power Window Switch Market

In this report, Technavio highlights the rising popularity of gesture recognition system as one of the key emerging trends in the global automotive power window switch market. Vehicles are getting more technology-intensive and advanced to meet the growing demands of customers and regulatory pressures. In automotive manufacturing, the advent of electrical and electronic engineering in automobiles and the use of these fields of study in conjunction with mechanical engineering have led to a significant increase in the use of mechatronics. This presented growth opportunities to numerous related markets such as semiconductor, ICT, telematics service, telecom, telecom hardware, and mobile device.Get more news about power window switch supplier,you can vist our website!
The high demand for safety systems in the automotive industry is leading to the increased adoption of safety sensors and switches. Dynamic business environment and changing consumer preferences have led to automotive manufacturers offering advanced safety feature in their vehicle. The rising demand for passenger cars and commercial vehicles is contributing to the growth of the global automotive power window switches market.

This market research report segments the global automotive power window switch market into the following applications (passenger vehicles and commercial vehicles) and key regions (the Americas, APAC, and EMEA).

Of the two major applications, the passenger vehicles segment held the largest market share in 2017, accounting for nearly 96% of the market. The market share for this application is expected to increase by 2022. The fastest growing application is passenger vehicles, which will account for nearly 97% of the total market share by 2022.

APAC was the leading region for the global automotive power window switch market in 2017, accounting for a market share of nearly 52%. By 2022, APAC is expected to continue dominating the market and register the highest growth rate of nearly 2%.
There might occur a day when you want to roll down the window and it’ll simply refuse. As power window switches are used extensively, they might fail one day. These switches might face wire corrosion or might get exposed to water. But do not despair, it is a very simple tack of replacing one at home, and it will save you the trip to the service centre. All you need is a screwdriver and voltage tester to fix one back as new.

Step 1: Buy a replacement switch

Before even considering the fact that the switch is malfunctioning, check the fuse in electrical box first. It is possible that you just blew a fuse and the window stopped functioning.
If the switch is indeed broken, open your car manual and check the exact part number. Visit a spare part store and get the required power window switch.

Step 2: Pull out the panel

Take a screwdriver with the flat head (or minus as most people call it) and pull out the switch panel where the power window switch is located. Do not force it as there are some plastics tabs to hold it in place. Gently use your hands to rock the panel once you pry it loose with the screwdriver.
Step 3: Remove electrics

After the panel has been pulled out of its hold, disconnect the power outlet under it. Now carefully remove rockers from the power window switch and do remember the sequence that you disconnect so as to repeat the same for the new switch.

Available in three different versions – CRVpro 4, 6 and 8 – the products provide highest reliability for stable operations as well as a long product lifespan.Get more news about Two Stage Rotary Vane Vacuum Pump Seller,you can vist our website!

Due to its low noise level the robust vacuum pumps series ensures undisturbed working. Furthermore the cool running CRVpro pumps guarantee less oil consumption and a slowed down corrosion. By diluting chemical vapors with a larger oil chamber there is also a reduced risk of chemical attacks and oil breakdowns.

Convincing with a modern and compact design, the CRVpro vacuum pump series fits different performance requirements perfectly and is for example applicable to freeze dryers, vacuum concentrators, schlenk lines, glove boxes, industrial applications, HVAC and vacuum ovens.
With the new Pascal 2021 HW, Pfeiffer Vacuum presents the two-stage rotary vane pump with the highest vapor capacity in its class. It is optimally suited for all applications where water vapor is expected, such as low temperature sterilization and drying. An optimized design and gas ballast system allows to pump large volumes of vapor without condensation inside the pump. This prevents accumulation of fluid that would adversely affect the service life of the pump and the oil.

Thanks to the materials used, the Pascal 2021 HW also resists aggressive chemicals such as hydrogen peroxide. The pump is ready to deliver vapor in just a few minutes due to a customized temperature management. It has a safety device that impedes the ingress of water into functional sections if the steam capacity is inadvertently exceeded.

With accessories such as oil mist filter and inlet traps, the pump can be ideally adapted to most processes. Thanks to its compactness, the Pascal 2021 HW is also ideal for installation into equipment. An oil drain valve simplifies the maintenance in confined spaces. The single-phase universal motor allows for operation almost everywhere in the world.

The proven service concept of the Pascal series makes maintenance predictable and ensures a constantly high availability. The maintenance intervals can be extended by using different operating fluids.

Carbon nanotube films open up new prospects for electronics

Carbon nanomaterials form an extensive class of compounds that includes graphene, fullerenes, nanotubes, nanofibers, and more. Although the physical properties of many of these materials already appear in textbooks, scientists continue to create new structures and find ways to use them in real-life applications. Macro structures designed as randomly oriented films made of carbon nanotubes look like very thin cobwebs with an area reaching several dozen square centimeters and thickness of only a few nanometers.Get more news about JERNANO,you can vist our website!
Carbon nanotube films display an amazing combination of physical and chemical properties, such as mechanical stability, flexibility, stretchability, excellent adhesion to various substrates, chemical inertness and exceptional electrical and optical properties.
Unlike metallic films, these highly conducting films are light and flexible and, therefore, can be used in various electrical devices, such as electromagnetic shields, modulators, antennas, bolometers, and so on.
MIPT and Skoltech scientists studied films conductivity in the terahertz and infrared bands using films synthesized by the gas phase deposition method. Some of the films were made of nanotubes with lengths varying from 0.3 to 13 µm, while others were treated with oxygen plasma for 100 to 400 seconds and changed their electrodynamic properties in the process.
In an earlier study, the authors proved that conductivity of high-quality pristine films can be accurately described using the conductivity model valid for metals. In these films, free electrons have enough energy to overcome potential barriers at the intersections of individual nanotubes and can move quite easily over the entire film, which results in high conductivity.
However, shortening tubes length (down to 0.3 µm) or exposing films to plasma (for longer than 100 s) leads to a drop in conductivity at low terahertz frequencies (< 0.3 THz). The team discovered that in both cases conductivity changes in much the same way and produces similar results. Exposure to plasma results in a larger amount of defects and, therefore, a larger amount of potential barriers for itinerant electrons.
For shorter nanotubes, the number of barriers per unit area increases, too. The barriers strongly affect conductivity of both nanotubes and films at direct current (DC) and fairly low frequencies, because at low temperatures electrons lack kinetic energy to overcome potential barriers.
The authors showed that at high enough frequencies electrons move freely as if the barriers were not there. At low frequencies and in the DC case, films made up of short or plasma-treated tubes exhibit a higher temperature coefficient of resistance (TCR) which shows how resistance changes with temperature.
For plasma exposure of over 100 seconds or nanotube lengths below 0.3 µm, TCR reaches saturation. The effect can be considered as a precursor of TCR reduction in the films that are exposed to plasma for a very long time when separate tubes become severely damaged and lose their peculiar electric properties.
MIPT and Skoltech researchers plan to continue studying modified films, including those stretched in one or more directions. Boris Gorshunov, a co-author of the paper and head of the MIPT Laboratory of Terahertz Spectroscopy, comments: "In contrast to nanotubes that have long been studied in great detail, research on macro objects, such as nanotube films, started only recently. Nanotube films are much lighter and more stable chemically and mechanically than metallic films and, therefore, are more appealing for electronics applications. Since we know the fundamental physics behind the films' electrical properties, we can tune them for specific real-life applications. Research in the terahertz band which will soon become ubiquitous in telecommunications is of particular relevance."

AUTOMATIC HIGH SPEED SHRINK WRAP MACHINE

This is our own British beautifully designed and built, fully automatic high speed sleeve wrapper range, ideal for high volume commercial shrink wrap applications.Get more news about Auto Shrink Wrap Machine,you can vist our website!

We have worked hard on the re-design of this machine and are delighted with the results achieved. It looks great, its performance is better than ever, the pack presentation is fantastic, its more compact and takes up a relatively small space and to top it all off, much improved energy efficiency.

Features;

Our machines can shrink wrap at speeds up to 35 packs per minute
Shrink wrap machines are available in sealing widths from 500 mm wide – 1800 mm wide
Two sealing variants are available our fixed head (stop start) and moving head (continuous motion) sleeve sealing system, where more speed is needed
For an even faster speed (up to 35 packs per minute) we have our progressive twin belt infeed machine
The shrink wrap machines utilise a pneumatically controlled hot knife film cutting and sealing system
Our packaging machinery is rigidly constructed from welded steel box section with CNC machined components
Shrink wrap machines are fully guarded to CE standards including safety interlocked clear view doors
Twin shrink film reel system
PLC controlled
Utilises a HMI touch screen for operation and machine control
Designed with the engineer in mind, easy access for maintenance and clear view doors enhance visibility for the operator
For use with Polyethylene shrink film – minimum 13 micron
The shrink tunnel is thermostatically controlled and recycles air
Roller track or wire mesh conveyor
Base mounted turbo heater fans recycle and reuses air
Super energy efficient shrink tunnel with thick insulation and double sets of silicone curtains at the entrance and exit to retain heat and maintain efficiency
British designed and built in house in Poole

The Viral Makeup Powder Puffs Used

It’s no secret that TikTok is one of the best places to discover the latest beauty trends, tools, products, and aesthetics. Thanks to the platform’s creators, I’ve embraced viral looks like cold girl makeup and rushed to add must-have products like the Makeup by Mario SurrealSkin Foundation to my cart. My most recent TikTok-inspired beauty purchase was influenced by none other than the queen of “get ready with me” videos herself, TikTok creator Alix Earle. Meet: the Pimoys Triangle Powder Puffs. At just $2 apiece, these budget-friendly, best-selling makeup applicators replaced my need for basic powder brushes entirely. Get more news about cosmetic puff producer,you can vist our website!

If you don’t spend hours on the beauty side of TikTok like I do, allow me to fill you in: Triangular powder puffs have surfaced as the newest tool for matte, flawless skin. In a video with over 59,200 likes, Alix said the Pimoys puffs are among her top Amazon favorites, as they make her makeup go on “so much smoother.”
Beauty creators, like Alix, use the velour makeup puffs to apply loose setting powder to oil- and crease-prone areas like the under-eyes and T-zone. One Amazon shopper said they purchased the powder puffs “because Alix Earle told them to,” and now, they “will never go back.”

Another reviewer shared that the best way to achieve flawless skin after applying foundation and concealer is by tapping the puff onto your face with a fine powder and, “you [will] look like you have a filter on.” A third shopper said, the puffs “press powder into the skin so nicely,” and “leave an airbrushed finish,” regardless of the powder you use. Around 5,300 other Amazon users are similarly impressed by the mattifying effects of the tool, granting it a nearly five-star rating.
After incorporating a powder puff into my own makeup routine, I can attest the tool left my skin with a smooth, blurred finish. Unlike a traditional brush, the triangle puffs effectively press powder products into the skin, minimizing the appearance of pores and soaking up oils. As someone with combination skin that leans toward the oily side, I found that the puff kept my makeup intact for longer than when I use a brush for powder application.

I’ve started using my puff to apply setting powder under my eyes, on my forehead, and on my chin. When I’m feeling like an MUA, I also use the puff to put setting powder below my contour, resulting in chiseled and defined cheekbones. For best results, I’ve found that gently tapping and pressing the powder puff is more effective than rubbing it onto the skin.

If your TikTok For You Page is filled with the Pimoys Triangle Powder Puffs too, now is the time to give them a try. A pack of six is currently on sale for just $9 on Amazon, so ditch your traditional powder brushes, and thank me later.

Laser cutting machines and systems

The laser cutting system for sheet metal allows to obtain any cut on flat sheet metal shape cuts, and since they work the product on a plane, they are also called 2d laser cutting machines.Get more news about laser cutting line,you can vist our website!

To cut sheet metal, these machines use a concentrated and, as we say technically, “coherent” beam of light.

In the past, laser cutting systems used a beam generated by a CO2 source (CO2 laser) and were called CO2 laser cutting systems.

The laser beam was moved in X and Y above the sheet with a CNC control: this technology gave excellent results in production but had the problem of very high maintenance costs for the realization of each product.

Most modern fiber laser cutting technology, called fiber laser, now uses a glass fiber to amplify the beam of light. It allows to have high cutting speeds, very low management and maintenance costs and allows a much higher flexibility of use than the CO2 laser. It is this second technology that Dallan laser cutting machines use!

Furthermore, in the market you will find many manufacturers offering sheet metal laser cutting systems.

They are indeed very popular, but they have a problem: they cut the products on a 2d sheet of finished size, usually 1.5x3m.

In many cases it is very difficult to optimize management, and this produces a lot of waste!

Dallan’s laser cutting systems from coil
At Dallan, on the other hand, we have specialized from the very beginning in coil laser cutting: this technology allows us to produce a series of products one after the other, on the belt, and many times eliminating waste!

The material savings are enormous.

Dallan’s laser cutting systems are very high productivity solutions, where a CNC control takes care of unwinding the reel, feeding, and straightening the tape, 2D laser cutting with very high-level results in terms of productivity and precision!

In fact, the Dallan laser cutting system includes a patented vision system that allows you to read the edge of the belt and perform all the processes with the utmost precision.

The performance of the system – 100% Industry 4.0 – is also due to the very intelligent automation solutions: from the storage system to the most advanced sorting system that allows the ready product to be stacked one by one.

The vision system together with the fiber laser technology always allows to obtain excellent cutting quality, such as not often requiring further processing such as, for example, polishing.

The CNC Laser is a very flexible technology, and allows you to cut many different materials and different thicknesses: for this reason, Dallan also offers its Service with remote assistance, to assist all its customers when it is necessary to cut a new material and obtain the highest cutting quality.

UNDERCARRIAGE PARTS FOR ALL TYPES OF MACHINES

Every machine needs regular inspection and maintenance. Selecting high-quality undercarriage parts will save costs on the long run. Our specialist knowledge of undercarriage parts enables us to always give you good advice and to guarantee the quality and long service life of our undercarriage parts.Get more news about Undercarriage Parts,you can vist our website!

VEMATRACK UNDERCARRIAGE PARTS
We supply VemaTRACK undercarriage parts for all machines, and all brands and makes of machines, such as excavators, bulldozers and tarmac machines. We are the right supplier for track shoes, track chains, idlers, track rollers, top rollers and sprockets. All undercarriage parts have been fully tested and inspected to comply with the highest quality requirements.
We keep a very extensive stock of undercarriage parts of all types and sizes and this enables us to deliver to you extremely quickly. And we offer highly competitive prices.

VemaTRACK offers excellent value for your money and our specialist team is always ready to advise and assist you.

Do you have a specific request?
Then please let us know! Besides undercarriage parts, we also offer custom-made solutions.

If you would like to have further information about VemaTRACK undercarriage parts, please visit our VemaTRACK website:

Customized Micro Switch Roller Lever in china

Customized Micro Switch Roller Lever in china tells you that micro switch has a quick switch actuated by pressure, used for door switches in the anti-theft systems, etc. Customized Micro Switch Roller Lever in china tells you that the micro switch has a small contact interval and a snap action mechanism, and the contact mechanism that performs switching action with a specified stroke and force is covered by a housing, with a driver on the outside and a small shape.Get more news about custom dongnan micro switch,you can vist our website!

Customized Micro Switch Roller Lever in china tells you that micro switch consists of 5 major categories of constituent elements. The distance between the contacts is small and the torque is large. Generally, there is a drive rod on the outside. The function of the micro switch is that the micro switch performs automatic control and safety protection in the equipment that needs to change the circuit frequently.
Customized Micro Switch Roller Lever in china tells you that micro switches are widely used in electronic equipment, instrumentation, mines, power systems, household appliances, electrical equipment, and military fields such as aerospace, aviation, ships, missiles, and toks. Applied The above fields, although the switch is small, play an irreplaceable role.
Through the above introduction and analysis of Customized Micro Switch Roller Lever in china, hope it helps you.

What Was the Last Car in America Sold With a Carburetor?

Behold, the carburetor — the mere mention of which will likely fill your soul with either nostalgia or fear. Thanks to emissions regulations, automakers began to give up their carburetor addiction in the 1980s, and there are now two entire generations of motorists who think that “pump twice and crank” is something they wouldn’t want their mothers to catch them doing.Get more news about Carburetor For Nissan,you can vist our website!

Contrary to popular belief, carburetors are relatively simple and well-behaved devices, though some of the early attempts to get carbureted cars to comply with emissions regs were disastrous, resulting in hard starting and bad running. Although some late-model “feedback” carburetors can be difficult to tune, the truth is that even the worst carburetors aren’t all that terrible. If you see someone pumping away at the accelerator while furiously cranking a carbureted engine that won’t fire, chances are they simply don’t know what they’re doing. (Remember, pump twice and crank — and be patient.)

While researching a story on the Subaru Justy, often regarded as the last carbureted car sold in America, I began to see conflicting reports about how long carbureted cars actually lasted. I decided to delve in and find out.

Before we begin, a little note on the technology: When I say carburetor, I’m talking about the mechanical device that uses air pressure to draw fuel into the engine — this as opposed to throttle-body injection (TBI) units, which look like carburetors but use a single injector mounted in the throttle body. A TBI unit usually bolts into place like a carburetor (hence its appeal to automakers, as it didn’t require serious modification of the engine), and I’ve heard some people refer to it as a carburetor — but it isn’t.

As I mentioned a moment ago, the Interwebs often credit the 1990 Subaru Justy as the last car sold in American with a carburetor. Certainly, 1990 was the year that the carburetor was reaching the end of the line; even humble Hyundai, still known for the cheap-and-crappy Excel, switched to fuel injection in mid-’89 for their 1990 models.

But claiming the ’90 Justy was the last carbureted car may not be justified. In 1990, General Motors was still installing carbureted V8s in Oldsmobile and Buick station wagons. And believe it or not, Honda was one of the last carburetor hold-outs: Despite being a relatively early adopter of multiport fuel injection in the 1980s, the base-model Prelude had carburetors — not just one, but two! — for the 1990 model year, though production was terminated early to make way for the all-new ’91 Prelude (which, of course, featured fuel injection across the line).

Although Chrysler was pretty much done with carbureted cars by 1990 — even the ancient Omni/Horizon twins got TBI for their last year of production — they kept a carbureted engine in the Jeep Grand Wagoneer until 1991. And while Ford switched most of its vehicles (even trucks) to fuel injection in the 1980s, they offered a carbureted version of the Crown Victoria P72 (the predecessor of the Police Interceptor) through the 1991 model year.