Products and Services

Our company specializes in the application of high performance polymer-based fiber reinforced composite materials such as carbon fiber, to replace traditional materials used in manufacturing automation, test devices, and aerospace and ground vehicle transportation applications.  Some of these applications include.

Missile Launch Systems
Expeditionary Roll-out Roadways for Heavy Military Vehicles
Hard Drive Manufacturing and Test Systems
Electric Car Components
SiC-SiC Turbine Engine Components
Portable Bomb Detection
Ammunition Shipping Containers
LCAC Hovercraft Components
Airdrop Platforms
Vehicle Rescue Spreaders
Aircraft Structures and Control Surfaces

XCraft offers a full range of rapid prototyping and computer-aided design, 3D-modeling, drafting, and simulation services with a particular specialty in modal / vibratory, non-linear structural, kinematic, dynamic, and impact analysis using finite element methods.
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We are a comprehensive design and build company with the capability to develop a product in part or whole at the conceptual level right up to the prototype LRIP levels, offering 3-D printing, tooling design, testing, and assembly services.
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XCraft has almost 2 decades of experience engineering polymer-based composite material ammunition launch canisters.  The canister featured here uses advanced fiber technology to dramatically reduce the canister system weight and cost without sacrificing stiffness and strength vs. comparable metal configurations.
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XCraft’s WavTrac product is an ultra-lightweight composite roll-out matting for stabilizing heavy military and construction vehicles traversing muddy and sandy roadways.
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XCraft designed many of the components utilized in Teradyne’s hard drive test system using polymer-based composite construction.  Teradyne’s system is the industry standard hard drive test apparatus, testing virtually every hard drive produced worldwide.
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In addition to computer-aided design, 3D-modeling, and drafting, XCraft offers simulation services with a particular specialty in modal / vibratory, non-linear structural, kinematic, dynamic, and impact simulation using finite element methods.
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XCraft specializes in designing complex tooling for composite material products.  The tool shown was used to mold a precursor material for a novel high performance ceramic component used in aircraft turbine engines.

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