Framework Laptop 16 Sustainability Analysis

Recycled Materials

  • Made with 90% post-industrial recycled magnesium aluminum bottom cover.
  • Features 75% post-industrial recycled aluminum top cover.
  • Contains an average of 30% post-consumer recycled plastic content.
  • Maximizes the use of post-consumer recycled plastics and metals where possible.
  • Top Cover: 75% Post-industrial recycled aluminum.
  • Touchpad Module: 75% Post-consumer recycled aluminum.
  • Bottom Cover: 90% Post-consumer recycled magnesium aluminum.
  • Input Modules: 35% Post-consumer recycled aluminum.
  • Expansion Bay Modules: 35% Post-consumer recycled plastic.

Hazardous Substance Free

General Material & Chemistry

  • The chassis is crafted from high performance materials like thixomolded magnesium alloy and machined aluminum.
  • The internal design features captive fasteners, clear labels, and QR codes for easy customization and repair.
  • Materials are chosen for both durability and environmental impact.
  • Materials are selected that have robust recycling supply chains available at end of life.

Energy & Emissions

  • All shipments are fully carbon-offset.
  • Carbon capture and sequestration can be purchased in the Framework Marketplace to make the laptop carbon neutral.
  • Logistics-based carbon footprint is tracked.
  • Logistics impact is minimized through FedEx’s International Priority Direct Distribution program for consolidated shipping.
  • Carbon offsets are purchased through Flexport and Carbonfund.org for all freight.
  • Carbonfund.org website shows initiatives for carbon offsets, including reforestation, more efficient stoves, and solar and wind farms.
  • Buying offsets is not considered a perfect solution.
  • Opportunities are continually investigated and invested in to reduce carbon output altogether across manufacturing, logistics, and product lifecycle.
  • Carbon capture is offered in the Framework Marketplace in quantities matching the estimated impact of manufacturing a Framework Laptop.
  • A partnership with Running Tide, a startup, involves sinking carbon in the ocean through floating bio-buoys that grow kelp micro forests.
  • Kelp micro forests eventually sink to the ocean floor, sequestering carbon for hundreds to thousands of years.
  • The carbon sequestration industry is brand new, and Running Tide is one of the first companies to deliver practical carbon capture at commercial scale.
  • Opportunities are continuously sought to fund creative startups in this industry to collectively scale up from kilotons to megatons and eventually the gigatons needed to head off climate change.
  • AMD Ryzen™ 7040HS processors offer incredible performance and power efficiency.
  • An efficient, high-throughput cooling system was developed in collaboration with Cooler Master.
  • The thermal system uses a Honeywell PTM7958 phase change thermal interface, three heatpipes, and two fans that keep CPU performance stable and quiet.
  • The system can switch to an Expansion Bay Shell to use integrated graphics for a thinner and lighter configuration, which can impact power efficiency.

Packaging

  • 100% recyclable materials are used for packaging.
  • Packaging is made of 100% recycled materials and with the least amount of materials possible.

Longevity & End-of-Life

  • Designed to be repaired and upgraded to last as long as needed.
  • Upgradeable, modular graphics allows swapping and upgrading peripherals independently, including discrete GPUs.
  • Hot-swappable Input Modules enable customization of keyboard layout.
  • The Expansion Card system lets users choose exactly the ports they want and where they want them.
  • The Mainboard is upgradeable to new CPU generations.
  • Designed to be opened, with an intuitive internal design for effortless customization and repair.
  • All models are upgradeable to 64GB of memory and 10TB of storage.
  • Every part has a scannable QR code for documentation, repair guides, and parts.
  • The single best way to reduce the environmental impact of electronics is to make them last longer.
  • Empowering consumers and businesses with the right to repair is key to enabling devices to last longer.
  • All replacement parts are available on the Framework Marketplace and can be easily swapped using step-by-step guides.
  • Every laptop purchase includes a Framework Screwdriver, the only tool needed for repairs and upgrades.
  • Modules are designed to have uses beyond the life of the laptop they started in.
  • To prevent the creation of e-waste through upgrade behavior, a 3D-printable case for the Framework Laptop 13 Mainboard was released.
  • A partnership with Cooler Master created the new Cooler Master Mainboard Case to extend the life of the Mainboard as a standalone computer.
  • Open source design documentation and CAD for additional modules have been released on GitHub.
  • A refurbished program allows purchase of excellent-quality refurbished products, giving a second life to returned goods.

Supply Chain & Social

  • Open Source Ecosystems: Design files and documentation for Input Modules, Expansion Bay system, Expansion Cards, and Embedded Controller firmware are open source.
  • The impact on people and the planet is considered in every choice made.
  • Logistics-based carbon footprint is tracked.
  • Logistics impact is minimized through FedEx’s International Priority Direct Distribution program for consolidated shipping.
  • Carbon offsets are purchased through Flexport and Carbonfund.org for all freight.
  • Carbonfund.org website shows initiatives for carbon offsets, including reforestation, more efficient stoves, and solar and wind farms.
  • Buying offsets is not considered a perfect solution.