XMachines Unclaimed

Empower farmers with AI-driven robots for sustainable agriculture.

Enhances productivity in logistics and manufacturing through automation of material handling tasks.

A rugged mobile platform for robotics research and development with versatile applications.

Powerful and versatile robotic arm for efficient packaging and palletizing.

Facilitates low-weight processing automation efficiently.

Precision Gripping With ESD Compatibility.

Highly reliable gripper that ensures precision and accommodates sensitive components.

Offers precise gripping with integrated technology for automation tasks.

High-precision gripping module with strong electro-pneumatic drive.

Provides high-accuracy depth sensing and customizable imaging for various applications.

Fast, precise depth sensing for versatile applications.

Industrial Automation And Intralogistics Companies

North America and Europe manufacturing and logistics buyers seeking automation.

Precision Agriculture Farms

North America and Europe farms seeking data-driven, sustainable crop management.

Research Institutions And Academic Partners

Global labs seeking modular robotics for experimentation and teaching.

Solar Plant Operators

Global solar farms and EPCs seeking rugged robotics for maintenance and inspection.

Autonomous and semi-autonomous field robots that enable targeted planting, weed and pest control, and reduced chemical use to support sustainable, data-driven farming.

Mobile robots for factories and warehouses that autonomously transport carts, pallets, or packages, integrate modular payloads (conveyor, arm), and operate without infrastructure changes.

Lightweight collaborative robots with safe payload and reach characteristics used for automating assembly, machine tending, packaging, and pick-and-place operations.

Servo-driven and pneumatic grippers and modules offering precision grip, integrated sensors, ESD variants, and IO-Link compatibility for handling electronics and precision parts.

Rugged, ROS-compatible mobile platforms and modular hardware for research, testing, and rapid prototyping in outdoor and multi-terrain environments.

Agricultural Robots

AI-based robotic systems for precision agriculture. XMachines' agricultural robots perform planting, weed control, and pest control, enabling farmers to reduce chemical usage and adopt data-driven, sustainable farming practices.

• Enhance Farming Efficiency
  Allows farmers to efficiently manage crops by utilizing AI to guide the robots in performing essential tasks such as planting and weeding.
• Reduce Chemical Dependency
  Facilitates targeted chemical applications, thus lowering the overall chemical usage and promoting environmental health.
• Versatile Tooling
  Equipped with various attachments for versatile operations like spraying pesticides and managing weed growth.
• Promote Environmental Sustainability
  Encourages farmers to adopt more sustainable practices through the use of technology that reduces harm to the ecosystem.
• Enable Autonomous Operability
  Allows for flexibility in operation, making it easier for farmers to use the robots in various contexts.
• Adapt to Different Farming Conditions
  Ensures that robots are effective across a range of farming settings and crop types, amplifying their usability.

X100 Centri

Autonomous Mobile Robot (AMR) for intralogistics automation in manufacturing plants and warehouses. Centri features modular kits to transport loads and handle materials efficiently with cart, robotic arm, and mini-conveyor options.

• Transport Loads Up To 300 Kg
  The cart module autonomously handles heavy loads, improving efficiency in material transportation within warehouses.
• Withstand Harsh Industrial Conditions
  Designed for durability, Centri's robust build allows it to operate seamlessly in challenging environments.
• Transport Packages Efficiently
  This module streamlines the process of moving items, enhancing workflow efficiency and reducing manual labor.
• Enhanced Safety During Operations
  These safety systems ensure protective measures are in place during automated operations, minimizing accident risks.
• Perform Pick And Place Operations
  Equipped for precise handling tasks, this module supports automation in various production processes.
• Quickly Deploy And Control
  Streamlines setup and operation, making it accessible for varied users without extensive training.

X100 UGV

Outdoor Unmanned Ground Vehicle for robotics research and rapid prototyping. X100 UGV is a rugged, versatile mobile robot with ROS-supported API suitable for research in space, construction, mining, farming, and delivery robotics.

• Facilitates Rapid Development
  The out-of-the-box ROS support allows quick integration and development, making it ideal for research and testing of new algorithms.
• Supports Advanced AI Processing
  The NVIDIA Xavier NX provides substantial computational capabilities for running complex machine learning algorithms and vision applications directly on the robot.
• Handles Various Environments
  Designed to operate in harsh conditions, the rugged chassis and specialized tires enable the X100 UGV to traverse difficult terrains.
• Enhances User Control
  The 7-inch touchscreen allows intuitive on-device interaction, making it easy to control the robot without additional devices.
• Ensures Continuous Operation
  The hot-swappable design facilitates uninterrupted usage, allowing researchers to maintain workflow without delays.
• Multi-Purpose Load Capacity
  With the ability to carry a payload of up to 75 kg, the X100 UGV can accommodate various equipment and modules for diverse research applications.
• Customization for Diverse Applications
  The X100 UGV can be equipped with various sensors and actuators, making it adaptable for a wide range of research projects.
• Extended Operational Time
  The robot's 4-hour runtime enables extended field testing and research activities without frequent recharging.

UR10e

The UR10e is the Universal Robots’ family’s most powerful robot. A reach radius of 1300mm also enables it to carry out tasks like packaging and palletizing in facilities where there is a larger distance between different operating areas.

• Supports 10 Kg Payload
  The UR10e can handle loads up to 10 kg, making it suitable for various applications including packaging and assembly.
• 1300 Mm Reach
  With an extended reach of 1300 mm, the UR10e is ideal for tasks that require flexibility and adaptability across larger areas.

UR5e

The UR5e is a medium-sized member of the Universal Robots family which is ideal for automating low-weight processing tasks with its 5 kg payload and 850 mm reach radius. Easy to program and fast to set up, the UR5e strikes the perfect balance between size and power.

• Handle 5 Kg
  The UR5e can efficiently handle payloads up to 5 kg, making it suitable for various light processing tasks.
• Achieve 850 Mm Reach
  With an impressive reach of 850 mm, the UR5e can cover a wide workspace, enhancing its versatility in automation tasks.

IEG55

Weiss Robotics ultra-compact servo gripper offering high precision and available in ESD-compatible variants for handling sensitive components.

• Handles Weights Effectively
  Designed to handle a range of weights, this gripper provides reliable performance for various applications.
• Offers ESD Compatibility
  Select between conductive and non-conductive configurations, ensuring safe handling of sensitive electronic components.
• Support For Lightweight Objects
  Allows efficient manipulation of small components without compromising performance.
• Minimizes Space Requirements
  Allows installation in tight environments, increasing versatility in robotic applications.
• Enhances Mounting Options
  Supports various applications by allowing attachment to standard mounting systems.

IEG 76

Weiss Robotics ultra-compact servo gripper with precision grip, available in ESD-compatible variants.

• Delivers Strong Gripping Power
  Achieve a gripping force range that allows for handling various types of objects securely, enhancing automation efficiency.
• Accommodates Sensitive Components
  Choose between conductive and non-conductive options to handle sensitive electronic components safely.
• Maximizes Space Efficiency
  Ideal for environments with limited space, providing flexibility and performance without compromising on functionality.
• Allows for Precise Object Handling
  Each finger can support up to 0.3 kg, making it suitable for diverse applications that require delicate handling.

RPG 75-012

Intelligent pneumatic gripping module with integrated valve and position sensor technology in a compact form factor.

• Achieves High Gripping Force
  Provides a strong gripping force of 220 N, allowing for safe and reliable handling of various objects in automated processes.
• Facilitates Intelligent Control
  The combination of integrated valves and position sensors enhances operational precision, enabling automated systems to perform with higher efficiency and reliability.
• Handles Significant Object Weight
  Each finger of the gripping module can support up to 0.35 kg, enabling efficient handling of a variety of lightweight objects.
• Maximizes Space Utilization
  Its compact design allows the RPG 75-012 to be easily integrated into tight spaces within robotic systems, making it versatile for different applications.

ZPG 75-012

The ZPG 75-012 is a powerful gripping module featuring an electro-pneumatic drive complemented by an integrated position sensor, designed for high-precision handling.

• Delivers 550 N Force
  The gripping module exerts a strong gripping force of 550 N, ensuring reliable and powerful handling of workpieces.
• Provides Accurate Position Feedback
  The integrated position sensor enhances control and precision during gripping operations, providing real-time feedback.
• 12 mm Stroke Diameter
  The ZPG 75-012 features a stroke diameter of 12 mm with 6 mm per finger, allowing for versatility in gripping cylindrical objects.
• Facilitates Easy Integration
  The IO-Link compatibility allows for smooth connectivity with various automation systems, increasing usability in different setups.

Intel RealSense D415

Achieve superior stereo depth and computer vision with the Intel® RealSense™ Vision Processor D4 Series. This accelerator provides dedicated real-time processing at 27 million pixels per second in a small footprint, while offering support for flexible camera customizations.

• Supports High-Quality Depth Sensing
  Offers a resolution of up to 1280x720, enabling precise depth measurements for detailed 3D mapping and imaging applications.
• Enables Versatile Application Use
  Allows operation up to 10 meters, suitable for environments requiring medium to long-range depth perception.
• Ensures Smooth Operation
  Delivers depth streaming at up to 90 frames per second, providing fluid motion capture and interaction.
• Ensures High Image Quality
  Utilizes advanced rolling shutter technology and small pixel sizes for cleaner images and accurate depth perception.
• Captures Close-Up Detail
  With a minimum depth of 0.16 meters, it can accurately perceive objects at close range, making it ideal for detailed tasks.

Intel RealSense D435

Achieve superior stereo depth and computer vision with the Intel® RealSense™ Vision Processor D4 Series. This camera provides dedicated real-time processing at 27 million pixels per second, supporting flexible customizations.

• Provides High-Speed Depth Data
  With a frame rate of up to 90 fps, the D435 ensures real-time environment sensing, critical for dynamic applications like robotics and AR.
• Delivers Detailed Depth Information
  Offering resolution up to 1280x720, it captures fine details necessary for robust depth perception in various tasks.
• Ensures Accurate Image Capture
  Global shutter technology minimizes distortion, enhancing accuracy in capturing moving objects, beneficial for critical vision tasks.
• Supports Extensive Sensing Ranges
  With a range of approximately 10 meters, the D435 is suitable for a variety of applications needing extensive sensing capabilities.
• Detects Close Objects Accurately
  The D435's minimum depth capability allows for accurate detection of nearby objects, essential for close-range applications.