Our business has been built on a foundation of innovation to provide un-matched products and services for our customers.
AddiTec designs and builds advanced additive manufacturing systems, as well as providing additive products and services. With our proprietary innovative technology, we manufacture high quality products for the aerospace, nuclear, energy, medical, automotive and high performance sports industries. Our technology affords new possibilities for product design and manufacturing, offering start-of-the-art quality and precision, multi-material capabilities, and large dimensional builds....
We place a large emphasis on sustained research and development and are consistent in our approach to identifying and fostering new innovative technologies.
Our quality management systems and processes have been developed to address the wide range of applications of our products across multiple industries, addressing the requirements of the most stringentquality standards in place today including ASME NQA-1 (NQA-1-2015, NQA-1-2008 and NQA-1a-2009 Addendum), ISO 9001 and AS9100. In addition, AddiTec has developed and offers a proprietary in-house advanced imaging technology based on neutron radiography and tomography, providing our customers with an un-matched extremely valuable post-production nondestructive evaluation capability.
The AT-3D is a patent-pending innovative additive manufacturing tool. It has several key innovations which facilitate the additive manufact...
The AT-3D is a patent-pending innovative additive manufacturing tool. It has several key innovations which facilitate the additive manufacturing of metal components. The first concerns its ability to operate in a “dual mode” whereby it can print using metal wire or metal powder as input feed, affording the benefits of both material forms. A further innovative feature is its very compact design (27cm tall, 15cm wide) which maximizes the potential for its installation as a retrofit to existing robotic, gantry and CNC systems. It’s most significant innovation concerns the use of multiple direct diode lasers which afford the dual mode capability while substantially reducing overall cost. The AT-3D comprises the innovative deposition head and a compact supply cabinet housing the direct diode lasers, associated power supplies, a dedicated cooling system, a single powder feeder, and a single wire feeder. Product options offered include additional powder feeders (up to a maximum of 6), an additional wire feeder (up to a maximum of 4), and total laser power output options ranging between 0.8kW and 2kW.
AddiTec offers advanced metal additive manufacturing systems using its proprietary Direct Deposition Device. Our additive manuf...
AddiTec offers advanced metal additive manufacturing systems using its proprietary Direct Deposition Device. Our additive manufacturing systems are fully customizable offering a broad range of capabilities including:
AddiTec offers Hybrid Manufacturing System (HMS) technology that incorporates its proprietary Direct Deposition Device into...
AddiTec offers Hybrid Manufacturing System (HMS) technology that incorporates its proprietary Direct Deposition Device into a high-specification 5-axis machining center. The AddiTec HMS provides the capability to 3D print and in-line machine complex geometry multi-material metal parts for a wide variety of applications. The integration of the AddiTec Direct Deposition Device into the 5-axis machining center is accomplished with an innovative head deployment mechanism situated off-axis to the machine spindle, which negates all of the complexities and limitations associated with a spindle-based integration. The head deployment mechanism automatically retracts into a sealed enclose when not in use, ensuring that the head is protected during machining operations.
AddiTec offers a proprietary in-house advanced imaging technology based on neutron radiography and tomography, which are proven techniques to...
AddiTec offers a proprietary in-house advanced imaging technology based on neutron radiography and tomography, which are proven techniques to image and detect defects in critical components used in the aerospace, energy and defense industries. Traditionally, neutron imaging has been underutilized due to a lack of accessible high flux neutron sources. Unlike other imaging techniques such as X-ray imaging, neutrons penetrate high density materials providing detailed information about internal features. This characteristic affords our customers an extremely valuable post-production nondestructive evaluation capability.
AddiTec produces a wide variety of metal products for customers using its additive and hybrid manufacturing systems. Each product is produced to customer specifications and benefits from a low price with volume discounts for repeat orders.
Many industries operating in a high quality assurance environment, such as nuclear, follow quality assurance practices that require extensive product.Learn More
Many industries operating in a high quality assurance environment, such as nuclear, follow quality assurance practices that require extensive product qualification and testing prior to placing an item into service. Over time, the availability of like-for-like replacement parts may diminish, necessitating the use of similar, but different, replacement items and thus requiring extensive and expensive commercial grade dedication. The ability to reverse engineer and additively manufacturer an item in service circumvents these issues, greatly reducing the cost of operating and maintenance programs. AddiTec offers a feature-rich reverse engineering service, providing customers with a back-catalogue of their mission critical components which later can be additively manufactured on-demand. This service can greatly reduce the cost of procuring and maintaining an inventory of critical components while further reducing outage and maintenance risk.
One of the benefits afforded by additive technology is geometrical freedom which allows the production of parts with more complex shapes.Learn More
One of the benefits afforded by additive technology is geometrical freedom which allows the production of parts with more complex shapes and with superior and lightweight structural properties. Combined with the multi-material capability afforded by the AddiTec’s laser-assisted metal deposition system, existing products can be significant optimized to improve several metrics such as cost, performance and weight. AddiTec offers an-house design optimization service to assist customers with design optimization options for their products to realize the full benefits of our additive manufacturing services.