עיצוב ללא שם (4).jpg

INDUSTRIES

Aerospace and Defense

The main advantages of using additive manufacturing for aerospace components and applications are:

  • Reduced lead time and therefore the associated cost.

  • The ability to design and manufacture complex geometries that enable light weighting.

  • Consolidation of multiple components- It is possible to combine components, reducing risk and cost for multiple components and reducing potential failure modes across joints.

  • Improvements in performance; within cost and timeline constraints.

 

Technology such as MoldJet®, which is designed to produce a large quantity of high-density parts with complex geometries, moving elements, and internal passages, achieves all of these advantages.

 

AMT Metal is your engineering and manufacturing partner for aerospace & defense metal 3D printing, as we operate under AS9100D certified Quality Management System.

1/0
 
1/1
Firearms

With the Moldjet technology that can be described as DIGITAL MIM as the Metallurgy is the same. You can print metal parts for firearms in medium batches with lower manufacturing costs than traditional methods (MIM).

 

 An advantage of Moldjet® additive manufacturing compared to MIM is that it does not require a mold, this can cut down lead time in product development and manufacturing costs.

 

Moldjet 3D printing technology is perfect for detailed pieces that need precision such as: hammers, trigger systems, backplate covers and more.

AMT Metal offers industrial throughput of accurate parts with a range of metal materials using MoldJet® technology.

 
General Industry

The general industry applications include the production of machinery components, tooling, gas & oil equipment, industrial pump components and power generation equipment.

AMT Metal`s engineers can topologically optimize the 3D printed parts to maximize their performance while minimizing their weight and the total number of components in an assembly with no need for a special mold.


The MoldJet® technology is the best solution for a wide range of industries and applications, where reducing costs and lead times of metal parts production is a top priority.


AMT Metal offers industrial throughput of accurate parts with a range of metal materials using MoldJet® technology.

1/1
 
Medical Devices

The use of Moldjet® technology 3D metal printing is well-suited for sophisticated and complex designs that require intricate channels, delicate structures, and hidden passages for noninvasive parts.


The parts can be produced from CAD models based on digital images from patient diagnostic scans and can be made in a precise size and shape, with very tight tolerances to ensure an optimal fit for the patient.


AMT Metal is your engineering and manufacturing partner for medical device 3D printing.

Automotive

Automotive is the fastest-growing market using additive manufacturing. Nonetheless, it is one of the most advanced verticals where many applications are already in use across the manufacturing lifecycle: from research and development to prototyping to mass production and long-term aftermarket parts support.

 

With Moldjet 3D metal printing technology, AMT Metal can better address manufacturers` needs at each stage of that lifecycle. The MoldJet® technology is the first real AM for industrial use, combining throughput, materials, parts size, repeatability, and precision.

 

Due to the layer-by-layer design, the production of complex components with undercuts or even internal channels is possible.

1/1
 
 
Technological capital equipment manufacturers

Technological capital equipment manufacturers require constant innovation to meet the accuracy, reliability, and productivity demands of their customers. Additionally, the continual need for increased quality, reduced time to market, and minimized supply chain disruption always continue.

The MoldJet technology is the best solution for a wide range of industries and applications, where reducing costs and lead times of metal parts production is a top priority.

AMT Metal offers industrial throughput of accurate parts with a range of metal materials using MoldJet® technology.

1/1