The Smart Factory Initiative 

At Xeon, our goal is to manufacture smarter and faster at scale, ensuring you receive the parts you need promptly at your doorstep, so nothing hinders your design projects.
CAPABILITIES

AI and algorithm-powered software

Using AI and algorithm-powered quoting software, we streamline the manufacturing process for CNC milling, 3D printing, laser cutting, and CNC bending. This technology optimizes material usage, reduces costs, and enhances precision, ensuring efficient and accurate production from design to final product.
Icon representing CNC Miling.

CNC Milling Programming

  • Automates toolpath generation, enhancing precision and consistency.
  • Optimizes cutting strategies, reducing production time and material waste.

Icon representing the process of 3d printing.

3D Printing Nesting

  • Efficiently arranges multiple parts in a single build.
  • Maximizes printer capacity, minimizing material usage and build time.

Icon representing the process of laser cutting a sheet of metal.

Laser Cutting Nesting

  • Arranges parts to minimize waste material.
  • Enhances cutting efficiency, reducing time and costs.

Icon representing the process of using a laser to reshape a sheet of metal.

CNC Bending Programming and Simulation

  • Simulates bending processes to prevent errors.
  • Ensures accurate bends and reduces trial-and-error, saving time and materials.

AVAILABLE MATERIALS

Smart Material Information

Xeon’s smart factory uses active track and trace technology to monitor and manage materials throughout the production process. This technology employs sensors and RFID tags attached to materials and components, allowing for real-time tracking of their location and status.

As materials move through different stages of production, the system updates their location and condition in a centralized database. This ensures accurate inventory management, reduces waste, and minimizes delays. Additionally, the system can alert operators if materials are misplaced or require replenishment, optimizing the overall efficiency and coordination of the manufacturing process.

HOW TO ORDER

The Smart Factory

Smart factories enhance efficiency, reduce errors, and increase productivity through automation, real-time monitoring, and predictive maintenance.
01
Automation and robotics
Icon of a puzzle piece.
Icon of a puzzle piece.

Increase efficiency

Smart factories utilize automated systems and robots to perform tasks with high precision and consistency, reducing manual labor and errors.

02
IoT and real-time data
Icon of a square being completed.
Icon of a square being completed.

Adjust instantly

Sensors collect real-time data from equipment, enabling instant monitoring and adjustments to optimize efficiency and product quality.

03
Predictive maintenance
Icon of a wrench.
Icon of a wrench.

Extend equipment life

Advanced analytics predict equipment failures before they occur, minimizing downtime and extending the lifespan of machinery.

04
Interconnec-ted systems
Icon of a diagram.
Icon of a diagram.

Streamline your process

Machines and systems communicate seamlessly, streamlining the manufacturing process and ensuring smooth coordination across different production stages.

GUIDELINES

Why Smart Factories 

Smart factories are the future because they enhance efficiency, reduce costs, and improve quality through automation and real-time data analysis.

Real-time data analytics

Advanced analytics process data collected from various sources, providing insights for decision-making, predictive maintenance, and process improvements.

Real-time data analytics

Machines and systems are interconnected, facilitating seamless communication and coordination across different production stages, enhancing workflow efficiency.

Active track and trace

The factory uses RFID tags and sensors to monitor the movement and status of materials and components, ensuring accurate inventory management and minimizing delays.

Flexible manufacturing

Smart factories can quickly adapt to changes in production requirements, such as new product designs or changes in demand, ensuring agile and responsive manufacturing.

Logistical warehouse photo with flare effects.
PROJECT EXAMPLES

Intriguing possibilities

Bridging the gap between design and manufacturing.

01

Smart factory

Smart factory

Introducing the smart factory

A factory platform built for the Ideas and projects of tomorrow

Lab/office appliances created with AI technologies.
Smart factory
01

Sheet Metal

Laser cutting

Introducing sheet metal technology

Sheet metal parts a great option for cost affective and large parts.

Xeon-Sheet-Metal-Project-Sample-01
Sheet Metal
01

3D Printing

3D Printing

Introducing 3D Printing technology

A great option for small to mid size plastic parts

Black 3d models.
3D Printing
01

CNC Milling

CNC Milling

Introducing CNC Milling technology

A great option for projects that need high tolerance features

CNC cut precision object.
CNC Milling

Start your project today with
our Smart Factory

Smart factory offers on-demand manufacturing for quick,
high-quality production tailored to your needs.

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