ÂÌñÏ×ÆÞ

Addcomposites Oy (Espoo, Finland) introduces AFPnext, a new program with the fundamental goal of increasing access to advanced composites manufacturing by eliminating all the key risks to manufacturers. Addcomposites says the readily available automated fiber placement (AFP) system, which can be delivered within weeks, will provide SMEs with a high level of automation and connectivity at the scalability of 3D printers and the price point of hiring a new technician.

AFPnext is available to anyone who is interested or is already producing composite-related components and structures. Under this program, users are able to:

Featured Content

Development of a composite liquid hydrogen tank for commercial aircraft READ MORE

Automated Composites Knowledge Center READ MORE

Biomaterials make strides toward composites sustainability READ MORE

• Bid for high-value projects without needing a large upfront investment in equipment.
• Creates an ergonomic environment by automating otherwise strenuous layup tasks — either by direct part layup or creating preform kits.
• Work from home by doing all the engineering, planning, simulation, and virtual production runs with the included OLP software and IoT connectivity.
• Verification of whether automation is right for certain composite parts.
• Improvements upon existing production by optimizing selective/localized fiber placement: save material, save energy save the planet.

AFPnext applications. Photo Credit: Addcomposites

In order to take full advantage of AFPnext, the manufacturer must already have an industrial motion platform in place, in the form of either a CNC router or robotic arm. Addcomposites also offers customized industrial cells to suit any need.

“While it’s most beneficial to have a platform already in place, it is not necessary, as Addcomposites can supply industrial cells anywhere in the world,” says Pravin Luthada, CEO Addcomposites. Other, AFPnext includes everything to get started, including an AFP-XS head, OLP/simulation software, material for getting started, a helpful guide with video tutorials and more. 

The AFPnext process involves the following steps:

• Find a part or component that you would want to:
  • Improve quality and digitize documentation and tracking
  • Optimize the design
  • Improve profitability per part produced
  • Produce larger quantity using less labor
  • Convert existing metal/plastic components to lightweight strong components
• Work with the Addcomposites team to virtually simulate the production and determine the feasibility, amount of material used, the time to layup and any collisions/robot singularity for different configurations of materials and layup patterns
• Choose a motion platform in your facility for mounting the automation hardware
• Order the AFPnext package to your shopfloor
• Plug-in the ready solution and get started in less than a day
• Once implemented, production runs can begin

According to Addcomposites, users under this program can ship 10 times more parts, while also reducing manufacturing costs.

Contact info@addcomposites.com to get set up.