AIC Products - Arknights: Endfield Database

A battery packaged by AIC Factory facilities. It can be used to supply power, charge up facilities, or traded at various outposts.

Use and handle with care. Contents are hazardous to health. Compromising casing integrity may cause the said contents to leak.

A battery packaged by AIC Factory facilities. It can be used to supply power, charge up facilities, or traded at various outposts.

A skilled artisan can easily convert a standard capacity (SC) battery into an improvised explosive weapon.

A battery packaged by AIC Factory facilities. It can be used to supply power, charge up facilities, or traded at various outposts.

Many wildlands settlers make a living by stripping waste batteries of recyclable materials.

A battery packaged by AIC Factory facilities. It can be used to supply power, charge up facilities, or traded at various outposts.

Xiranite Power is a key project jointly pursued by Wuling and Endfield Industries.

A device part made by processing Amethyst Fibers. Can be used to produce other items or construct other facilities.

An Amethyst part with a wide range of uses.

A device part made by processing Cryston Fibers. Can be used to produce other items or construct other facilities.

A Cryston Part with a wide range of uses.

A device part made by processing Ferrium. Can be used to produce other items or construct other facilities.

A Ferrium Part with a wide range of uses.

A device part made by processing Steel. Can be used to produce other items or construct other facilities.

A Steel Part with a wide range of uses.

A gear component made using various materials. Can be used for gear assembly.

The full name of this component is Biocore-Adaptive Single-Use Protocol Mould. Amethyst is the main material used for producing this.

A gear component made using various materials. Can be used for gear assembly.

The full name of this component is Biocore-Adaptive Single-Use Protocol Mould. This mould is mainly made with ferrium for better ejection than the common variant.

A gear component made using various materials. Can be used for gear assembly.

The full name of this component is Biocore-Adaptive Single-Use Protocol Mould. This mould is mainly made with cryston for easier use.

A gear component made using various materials. Can be used for gear assembly.

The full name of this component is a Biocore-Adaptive Single-Use Highly Transparent Xiranite Mould. The main materials for constructing this are Packed Origocrust and Xiranite. This mould offers better data transduction when compared to the standard variant.

Leftover plant matter from the seed-picking process. Can be refined and turned into Carbon.

Carbon captured from refinery incineration of plant matter. Can be used to produce other materials.

During the war, Endfield Industries managed to optimize their waste emission carbon capture technology.

Crystalline crust acquired by delamination of Originium. Can be used to produce other items.

The thickness of the crystalline crust encasing an Originium formation (referred to as Origocrust) is often used to determine the age of the Originium vein.

Fibers made by refining Amethyst Ore. Can be used to produce other items.

Factory-drawn Amethyst fibers exhibit vastly increased strength.

A metallic ingot made by refining Ferrium Ore. Can be used to produce other materials.

A metal of Talos-II that is remarkably similar to Oriron. No one could explain the similarity.

A stabilized form of powdered Originium. Can be used to produce other materials.

Endfield made use of Techno-Protocol to create a stable form of Originium Powder.

Powdered form of Carbon. Can be used to produce other materials.

Carbon can be shredded to yield a powdered product.

Powdered form of Origocrust. Can be used to produce other materials.

Origocrust can be shredded to yield a processed product with improved homogeneity.

Shredded and powdered Amethyst Fibers. Can be used to produce other items.

Amethyst can be shredded to yield a processed product with improved homogeneity.

Shredded and powdered Ferrium. Can be used to produce other items.

Ferrium can be shredded to yield a processed product with improved homogeneity.

Powdered Sandleaf. Can be used to produce other materials.

Shredding releases the abrasive grit from sandleaf tissues for industrial use.

Powdered form of Aketine. Can be used to produce other materials.

It is easier to extract target materials and substances from shredded Aketine.

Powdered preparation of Glowbugs. Can be used to produce other materials.

The powdered exoskeleton of Glowbugs can still give off a gentle glow.

Powdered preparation of Scorchbugs. Can be used to produce other materials.

The powdered exoskeleton of Scorchbugs can still give off a gentle glow. NOTE Monitor facility temperature during processing.

Acquired by grinding Originium Powder. This stable material can be used to produce other items.

The UWST Originium cultivation project initially attempted “powder seeding” but the resulting crystal clusters would often lose their activity quickly.

Acquired by grinding Carbon Powder. Can be used to produce other materials.

Techno-Protocol grinding is used to create this uniquely fine powdered preparation of Carbon.

Acquired by grinding Origocrust Powder. Can be used to produce other materials.

Techno-Protocol grinding is used to prepare this dense powdered form of Origocrust with particles almost invisible to the unaided eye.

Acquired by grinding Amethyst Powder. Can be used to produce other materials.

Techno-Protocol grinding is used to make this Cryston preparation. The container of this material must be properly sealed to prevent “flowing and leaking” of the powdered Cryston.

Acquired by grinding Ferrium Powder. Can be used to produce other items.

Techno-Protocol grinding is used to make this preparation of dense Ferrium powder. It is extremely popular amongst traditional artists.

Acquired by grinding Buckflower Powder. Can be used to produce other items.

Techno-Protocol grinding is used to make this buckflower preparation with “strangely” improved pharmaceutical activity.

Acquired by grinding Citrome Powder. Can be used to produce other items.

Techno-Protocol grinding is used to make this Citrome preparation with an extremely bitter taste.

An advanced material prepared by refining Dense Carbon Powder. Can be used to make other materials.

Multiple processing steps have achieved a delicate balance for this brick of elemental carbon.

A high quality material prepared by refining Dense Origocrust Powder. Can be used to produce other materials.

The Packed Origocrust is a result of multiple processing steps and looks just like a piece of precious “gemstone”.

A high quality material prepared by refining Cryston Powder. Can be used to produce other items.

Cryston Fibers can undergo various processing steps to create a material for transmitting data and communication signals.

A high quality material prepared by refining Dense Ferrium Powder. Can be used to produce other items.

Steel manufactured by Endfield Industries has been subject to multiple processing steps. It has been included in the list of Grade 2 Reference Materials in the Talos-II Blight Resistance Standards of Industrial Metals.

A bottle made by processing Amethyst Fibers. Can be used to produce other materials.

Amethyst bottles are being phased out from markets in the Civilization Band due to its fragility, weight, and Blight resistance.

A metallic bottle made by processing Cryston Fibers. Can be used to produce other items.

Special chemical reagents can only be properly stored with Cryston Bottles. An example would be the notorious aqua mordax, otherwise known as the “corroding water” or localized ferric chloride solvent.

A metallic bottle made by processing Ferrium. Can be used to produce other items.

A metallic bottle rarely seen in the market. Although ferrium metal offers better resistance against oxidation, people still prefer the steel variant.

A metallic bottle made by moulding Steel. Can be used to produce other items.

A bottle made of steel, the most common of its kind in the market.

A material produced by a specialized facility. Can be used for repairing special facilities or for trading with various outposts.

A novel Originium-based material acquired by fusing the mineral with Feranmut power. This material fuels life and prosperity in Wuling.

A solution of Jincao. It can be processed and used for producing medicine.

A solution prepared to maximize the effects of jincao extract.

A solution of Yazhen. It can be processed and used for producing medicine.

A solution prepared to maximize the effects of yazhen extract.

Xiranite dissolved in Clean Water. Can be used to produce other materials. Often filled in containers and loaded on jet drones for Liquid Xiranite spraying and elimination of Active Blight in Wuling.

When people first hear about aqueous Xiranite solutions, most would regard its production as a simple process. However, a user without proper equipment nor techniques would only arrive at a useless product — one that is hardly any different than sand mixed in water.