Since 1959 QMC EMI have actually been supporting the movement market with engineering quality. From little bracketry to complete Body in White vehicles,we provide a series of innovations and services for all of your metal fabrication needs. With decades of experience in the automotive,industrial automobile,aerospace,and defense industries,we turn your next job into a reality.

As advances in technology progress,quality requirements and expectations become more rigid. We make every effort to not only meet,but go beyond,your requirements by implementing and continually updating internal quality procedures and procedures. At the same time we work to make sure that we are strictly sticking to all of your specifications.

Continuing our strong commitment to our consumers,we integrated two terrific companies to be the market leader in structural options for the movement market. Quality Metalcraft and Experi-Metal,Inc.,both Detroit-based companies with 60 years of experience,are known for engineering quality and delivering high quality options. These integrated resources provide the services you need to get your items to market faster.

Why Select QMC EMI?

YOUR SUCCESS IS OUR DRIVING FORCE

We turn concept designs into truth. With decades of experience and engineering knowledge,we can take any job from concept to production effectively and efficiently.

What sets us apart? Our knowledgeable artisans,client focus,continuous development,and drive to be your options supplier.

We are IATF 16949,AS9001D,Nadcap,and ISO 14001:2015 certified and ITAR certified.

A laser engraver for business can be used on most types of plastic,leather,glass,wood or metal surfaces. Laser engraving is considered to be more effective when used on small objects like jewelry than traditional engraving. The process can be used in a variety of different applications including medical devices and fine art among others.

What’s Really Cool About Laser Engraving Stuff:

#1: Appropriate for Different Kinds of Materials
The effect of that heat produced by a laser engraver can be utilized in processing different kinds of materials such as cardboard,paper,textiles,plastics,wood,and other materials. These materials can be cut or engraved at varying degrees as well.

#2: Easy to Use
The graphic or design you want to engrave and then “print” is often sent directly through engraving software from the software to the laser engraving machine you’re working with. So,in the end there’s not a lot of buttons to push or wait involved. Its much like printing on your PC printer.

#3: Minimal Maintenance Required
A laser engraver is easy to clean and maintain. All you require doing when cleaning it is frequently removing dust and other debris materials from the focus lens using a soft clothing material.

#4: High Precision
Laser engraving is amongst the few accurate processing techniques in the business of engraving. Thanks to the potential of a laser engraver producing resolution of about 39 pixels per mm (1,ooo ppi),it is possible now to engrave detailed graphics accurately on most kinds of material surfaces including the smallest ones.
Disadvantages of the Laser Engraving Technology

#5: Electricity Bills
The process of laser engraving consumes an insignificant amount of energy. You will end up hardly any higher electric bills as a result of pluggin your laser into a 110 outlet.

Bottom Line
It is vital you use your laser engraver accordingly so that you can encounter the numerous merits associated with the laser engraving process. Find a laser cutter for cutting metal and wood – just watch this video.

Interesting Facts About Mesenchymal Stem Cells

With today’s advancement in science,it is no wonder that many people are now getting interested in the use of Mesenchymal Stem Cells. These cells may be the next major breakthrough in human medical research. This new research not only increases the possibility of treatment for certain diseases,but also will have a big impact on the future medical research. Let us explore more about this.

Mesenchymal Stem Cells are derived from bone marrow of animals and can therefore also be obtained from your own bone marrow. They are known to regenerate the bone and cartilage of injured individuals,and therefore can repair the damaged tissues in the body. They can also be used to repair tissues that were caused by trauma. They can even be used to increase the size of the brain. The brain cells are manufactured from the mesenchymal stem cells.

Once these cells are created,they can be used to generate other cells. This is a very effective way of creating new tissue functions. These stem cells can be utilized in a variety of ways.

In the past,Human Clinical Trials have been conducted using them. This has allowed researchers to examine how well they can be used in repairing injuries,or possibly even can be used to improve the function of the brain. Now,these results are starting to be shared through various medical publications.

However,it is important to note that Mesenchymal Stem Cells are just one of the methods being used to replace damaged tissue. There are other methods available,which have a number of advantages over Mesenchymal Stem Cells,as we shall see below.

Another approach that is being used to replace damaged tissues,is by transplanting the stem cells. This procedure is highly controversial,as it does not replace the original tissues. Instead,the stem cells are being used to allow the tissues to produce new cells,which are then replaced by the original tissue.

The human body contains large numbers of stem cells that have a number of characteristics. They are able to generate cells,but they also have the ability to differentiate into various types of cells.

The production of the Mesenchymal Stem Cells will produce cells that are capable of replacing the cells that are destroyed. However,because the cells are grown in the laboratory,it is not possible to make transplants to replace the damaged parts of the body.

However,there are some cases where the production of the stem cells produces similar cells,which then divide to create many different cells,which can then be used in the body to replace the damaged cells. This is quite similar to what is taking place with Human Clinical Trials.

One problem with Mesenchymal Stem Cells is that it will be harder to establish the number of these cells that are needed. This will require greater research to find out how many Mesenchymal Stem Cells that will be required for any particular body part.

It will be important to study these methods carefully in order to find out how well they work. As far as Human Clinical Trials go,it will be interesting to see if any of the methods involved are approved,and whether or not there are any side effects that have been reported. Check out -