PRECISION ENGINEERING
As specialists in Precision Engineering, we are able to use our extensive engineering experience & machine tools to provide a solution to any engineering requirement on any project size.
MACHINING
In the area of machining, we are specialized in high complex, high precision manufacturing of critical components with a huge variety and a high grade of automation. We are a leading player in the machining of high mix, low volume and high complexity components. We can work with a wide range of materials, from aluminum and titanium to stainless steel and beyond and can combine functionalities into the smallest number of building blocks. Our product range varies from small ultra-precision parts to large structural components.
DESIGN & PROTOTYPING
Combining our internal capabilities for quick turn parts and an established network of partners, we offer the widest range of prototype options to our customers. Our advanced 3D prototyping technologies yield models that closely emulate the look, feel and functionality of production components. Part accuracy is directly controlled by computer-aided solid models (CAD) and manufacturing (CAM) software. AMC Dynamics offers a wide range of file conversions, from IGES, STEP, STL, Parasolid, Solidworks, and Pro-E.
Our capabilities in Prototyping include:
TOOLS & DIES MAKING CAPABILITIES
AMC Dynamics is an organization originating from the die making profession. Our specialization is the construction of high tech tooling for highly technical products such as: aircraft stamped parts, medical stamped components, firearms components, automotive stamped parts etc.
HIGH PRECISION DIES:
PROGRESSIVE
These are utilized for high-volume production, and they are generally appropriate for high-speed operations. They offer an economical and efficient method of getting parts into production.
TRANSFER
This type is also used for high-volume manufacturing. Transfer dies are ideal when the parts are medium to large in size, as well as round in shape and deep-drawn.
LINE
Line dies actually come in two types: manually loaded and robotically loaded. They work well for low-volume production, as well as for large parts that cannot be produced efficiently in one press.