Complex Handguns Can Be Improved With 3D Scanning
With a handgun part of the accuracy of course comes from the skill of the shooter but much of it comes from the precision with which the gun has been made.
As guns have developed so have the techniques and technology used to make them to ensure they shoot straight and true.
The importance in accuracy of a handgun can not be understated; for policemen and policewomen for example they choose whether to shoot to kill or shoot to disable and a straight shot is important to make sure a criminal is hit in exactly the right place.
A wide range of aftermarket accessories are designed to work with guns, often specific model or ranges of guns.
These accessories need to be just as accurate especially with laser guides for example which is why they are often made for specific handguns.
This means that when designing these accessories they need to be made with the gun they go with in mind so they fit together and work together perfectly and this also includes accessories such as magazines, grips and flashlights.
The ideal option would be to have a 3D CAD model from the manufacturer that can be used for the CAD design of accessories with infinitely accurate measurements.
These CAD models aren't available though and are closely guarded by gun manufacturers.
What are available though are 3D scanning services, these 3D scanning services scan items with complete accuracy and the minutest details of the internals and externals of each part of a gun.
Finished scans can be used to get measurements from the guns for accessories to be initially designed in 3D as well and this includes designing parts so they fit together with the 3D model of the gun to ensure the same will happen once the parts are made.
Holsters are another accessory where an accurate CAD model is important, makers often create holsters that will hold a specific gun perfectly and are made to be a perfect fit: this is important with holsters made from tough but hard material that protects the gun from damage and also from accidental firing.
The value of 3D scanning services for manufacturers of aftermarket accessories and their customers are huge, this is especially the case as their really is no other option to get the accuracy in these models needed even with the likes of manual laser measuring.
Company's 3D scanning services are used by several of these accessory manufacturers to give them accurate CAD drawings of the Guns.
Their service doesn't even cause damage to the gun itself: no painting, dusting or other surface treatment is needed as the company uses a Konica Minolta Range 7 scanner for their 3D scanning services that is ideal for scanning dark and also reflective surfaces.
EMS's techniques for 3D scanning services that work so well on complex handguns of course work well for a variety of complex products.
This includes industrial machinery another example of highly accurate equipment where the original CAD designs aren't made available by manufacturers but where aftermarket accessories and also spare parts are common and important to users.
As guns have developed so have the techniques and technology used to make them to ensure they shoot straight and true.
The importance in accuracy of a handgun can not be understated; for policemen and policewomen for example they choose whether to shoot to kill or shoot to disable and a straight shot is important to make sure a criminal is hit in exactly the right place.
A wide range of aftermarket accessories are designed to work with guns, often specific model or ranges of guns.
These accessories need to be just as accurate especially with laser guides for example which is why they are often made for specific handguns.
This means that when designing these accessories they need to be made with the gun they go with in mind so they fit together and work together perfectly and this also includes accessories such as magazines, grips and flashlights.
The ideal option would be to have a 3D CAD model from the manufacturer that can be used for the CAD design of accessories with infinitely accurate measurements.
These CAD models aren't available though and are closely guarded by gun manufacturers.
What are available though are 3D scanning services, these 3D scanning services scan items with complete accuracy and the minutest details of the internals and externals of each part of a gun.
Finished scans can be used to get measurements from the guns for accessories to be initially designed in 3D as well and this includes designing parts so they fit together with the 3D model of the gun to ensure the same will happen once the parts are made.
Holsters are another accessory where an accurate CAD model is important, makers often create holsters that will hold a specific gun perfectly and are made to be a perfect fit: this is important with holsters made from tough but hard material that protects the gun from damage and also from accidental firing.
The value of 3D scanning services for manufacturers of aftermarket accessories and their customers are huge, this is especially the case as their really is no other option to get the accuracy in these models needed even with the likes of manual laser measuring.
Company's 3D scanning services are used by several of these accessory manufacturers to give them accurate CAD drawings of the Guns.
Their service doesn't even cause damage to the gun itself: no painting, dusting or other surface treatment is needed as the company uses a Konica Minolta Range 7 scanner for their 3D scanning services that is ideal for scanning dark and also reflective surfaces.
EMS's techniques for 3D scanning services that work so well on complex handguns of course work well for a variety of complex products.
This includes industrial machinery another example of highly accurate equipment where the original CAD designs aren't made available by manufacturers but where aftermarket accessories and also spare parts are common and important to users.