ADDere Products
ADDere's large-scale Industrial Additive Manufacturing Solutions
ADDere Additive Manufacturing provides a number of best-in-class metal 3D printing products, from complete enclosed additive systems to just additive engines. ADDere’s products are based on clean, safe and reliable laser-wire additive manufacturing (LWAM) technologies that work on a fused metal deposition layering method that produces near net shaped results in the final printed part.
While the process may be simple to visualize, the performance of ADDere’s systems and engines lies in the purpose-built hardware and software that imbues the machines with best-in-class performance, safety and reliability. With performance not just in dimensional quality but in solid, repeatable metallurgical performance.
The solutions that ADDere provides make additive manufacturing ideal for highly demanding industries like aerospace, defense, petrochemical and more that require large-scale trustworthy, common and exotic superalloy metal printing.
Complete Systems
The ADDere Additive Manufacturing systems consist of the Standard System which is a compact portable system and the Custom System which is ideal for large-scale manufacturing operations. Both systems are offered as enclosed units and in a number of configurations that can best suit your business’ manufacturing operations.
Additive Engines & Material Delivery
The ADDere additive engines are compatible with any ABB, KUKA or FANUC robot systems that are either brand new or currently in service. ADDere’s systems and engines include hot wire integration which improves deposition rates and metallurgical properties by pre-heating the wire.
The Software
The ADDere Runtime Software is a complete package that tracks the progress of the build and all the additive subsystems.
If you have any questions about the additive manufacturing solutions ADDere provides, please contact us today. Our additive experts will answer any questions you might have.
do you want to learn more about ADDere's products and services?
Best-in-class Printing Performance
Sample Parts
Rocket Thrust Chamber
Deposition Rate: 4 lbs. per hour
Total Built Time: 20 hours
Material: Duplex Stainless Steel
Dimensions: 1 meter tall and 1 meter wide
System Used: ADDere Custom System
The final machined thrust chamber body has a sidewall thickness of 3mm with thicker walls in the combustion chamber.
Engine Exhaust Cover
Deposition Rate: 4 lbs. per hour
Total Built Time: 40 hours
Material: Duplex Stainless Steel
Dimensions: 1 meter diameter
System Used: ADDere Custom System
A single complex shape made from stainless steel. This part was built as a single solid component.
Turbine Blade
Deposition Rate: 4.5 lbs. per hour
Total Built Time: 30 hours
Material: Duplex Stainless Steel
Dimensions: 1.8 meters tall
System Used: ADDere Custom System
The completed turbine blade has a hollow interior and a 5mm wide sidewall. It is 1800 layers tall with a height variant of 0.5mm.
Propeller
Deposition Rate: 3 lbs. per hour
Total Built Time: 4 hours
Material: Carbon Steel
Dimensions: Each blade is 25 cm long
System Used: ADDere Standard System
Thin-walled metal components are 3D printed directly onto an existing steel part in this case a piece of steel round bar.
Freeform Design
Deposition Rate: 4.5 lbs. per hour
Total Built Time: 20 hours
Material: Stainless Steel
Dimensions: Wingspan is 1.6 meters long
System Used: ADDere Custom System
A large demonstration part with a hollow 6mm wall thickness.
Wing Spar Cross-section
Deposition Rate: 6 lbs. per hour
Total Built Time: 1 hour
Material: Titanium Ti64
Dimensions: 50 cm long
System Used: ADDere Custom System
High-complexity 3D print in titanium. Cross-section aspects of 3D printing reduce construction times and make for a stronger overall part.
Large Gear
Deposition Rate: 20 lbs. per hour
Total Built Time: 10 hours
Material: Stainless Steel
Dimensions: 1 meter diameter
System Used: ADDere Custom System
A custom-designed solid gear or sprocket made entirely from stainless steel.
Mold Die Form
Deposition Rate: 6 lbs. per hour
Total Built Time: 3 hours
Material: Carbon Steel
Dimensions: 25 cm diameter
System Used: ADDere Standard System
Rapidly produce custom plastic injection molding die forms with additive manufacturing.
From common metals to superalloys
Materials ADDere Prints
What's going on at ADDere
Latest Blog Posts
How to Design for Additive Manufacturing
Design for additive manufacturing (DfAM) is the process and method of designing products or components optimized for the additive manufacturing process. ADDere’s additive manufacturing process
How to Choose the Best Metal Alloy for Your Project
One of the most important factors to consider when planning an ADDere laser-wire 3D printing project is the choice of metal alloy. Different metal alloys
Applications of Metal Additive Manufacturing in the U.S. Navy
The United States Navy has recognized the potential of additive manufacturing to improve its capabilities and readiness, especially in submarine and surface ship production, maintenance,
What’s in store for Industrial Additive Manufacturing in 2024
Industrial additive manufacturing is a rapidly evolving manufacturing field that has been benefiting various industries, such as aerospace, defense, medical, and petrochemical. Additive has enabled
The Advantages that Digital Inventories Offer Over Traditional Warehousing in Manufacturing
In today’s competitive and fast-paced market, manufacturers need to keep up with the changing demands of their customers and deliver products quickly and efficiently. However,
How to Integrate ADDere Into Your Existing Production Workflow
Metal additive manufacturing is a rapidly evolving technology and ADDere is at the forefront of it. An ADDere additive system can offer significant benefits to
