AIR PICK

3D Vision & AI-Powered Motion
for Smart Pick & Place

Dollar sign icon – Robolaunch AIR Inspect solution starting price at $50K.

Starting
at $50K

Delivery truck icon – Robolaunch AIR Inspect solution delivered in just 4 weeks.

Delivery in
4 weeks

Settings gear icon – Robolaunch AIR Inspect is fully configurable for custom inspection needs.

Fully
Configurable

OVERVIEW

Pick with Intelligence,
Place with Perfection

Optimize material handling with AIR Pick, an intelligent robotic picking solution powered by the robolaunch AIR stack. Combining AI-driven perception, real-time motion planning, and adaptive grasping, AIR Pick enables fast, precise, and autonomous pick-and-place operations.

AI-powered robotic arm performing a bin picking operation, equipped with a 3D vision system for precise object detection. The depth camera, mounted above, scans the workspace to optimize pick-and-place accuracy, ensuring seamless material handling in an automated warehouse environment.

KEY FEATURES

Smarter, Faster, and More Adaptive Picking

Clock icon representing fast AI-powered image processing and motion planning, optimizing picking speed and reducing cycle times in robotic pick-and-place operations.

SPEED & EFFICIENCY

Fast Image Processing for Shorter Cycle Times

AIR Pick’s AI-driven image processing and motion planning minimize cycle times, enabling fast and precise object handling. With optimized picking speeds, it enhances productivity while reducing downtime.

3D stereo camera icon symbolizing AI-driven vision integration, enabling robots to detect and localize objects accurately for precise picking, with multiple mounting options.

3D VISION CAPABILITIES

Vision Integrated
Picking

AIR Pick’s 3D vision system can be mounted externally, on the robot endpoint, or both, adapting to different picking scenarios and ensuring accurate object localization with no blind spots.

con depicting various object geometries, representing AI-powered picking adaptability for handling irregular, shiny, fragile, or entangled items with precision.

OBJECT HANDLING

Reliable Picking for
Any Object Type

AIR Pick handles a wide range of objects, including shiny, irregular, entangled, or fragile items, using AI-powered recognition and adaptive grasping strategies.

Path with multiple waypoints icon illustrating real-time AI motion planning, ensuring smooth, collision-free robot movement for optimized efficiency in dynamic environments.

MOTION PLANNING

Smart, Collision-Free
Robot Pathing

With real-time collision avoidance and regrasping strategies, AIR Pick ensures smooth, intelligent motion planning, preventing errors and optimizing efficiency in dynamic environments.

Icon of a robot picking an object, highlighting AIR Pick’s adaptability for bin picking, machine tending, assembly, and palletizing applications across industries.

APPLICATION DIVERSITY

Versatile for
Any Picking Task

From bin picking to machine tending, assembly, and palletizing, AIR Pick seamlessly adapts to various industrial picking scenarios, making it a flexible, scalable automation solution.

Finger gripper icon symbolizing AIR Pick’s support for multiple end-effectors, adjusting grip force and positioning to handle objects of various sizes, shapes, and materials.

GRIPPER INTEGRATION

Adaptive Gripping for
Every Scenario

AIR Pick supports multiple end-effector designs, intelligently adjusting grip force and positioning to handle different object sizes, shapes, and materials with precision.

FULL SPEC SHEET

INSIDE THE TECH

Detects, Plans, Picks—All in Real Time.

STEP 1

See

AI-POWERED OBJECT SEGMENTATION

AI-powered bin picking simulation with 3D object segmentation overlay, illustrating how AIR Pick detects and identifies randomly placed objects for precision robotic handling.

AI-driven bin picking simulation showcasing object recognition with a blue-tinted 3D segmentation overlay, enabling precise robotic grasping of randomly placed components.

AI-powered bin picking simulation with a vibrant multi-color depth map, visualizing object segmentation and surface geometry analysis for precise robotic grasping.

AI-driven bin picking segmentation map displaying multi-colored object recognition for robotic grasping and precise manipulation in industrial automation.

AI-driven bin picking segmentation with multi-colored object recognition, optimizing robotic grasp planning for automated material handling.

Object Recognition & Segmentation

Pose & Orientation Estimation

Dynamic Object Tracking

STEP 2

Think

INTELLIGENT PICK MOTION PLANNING

AI-powered object detection for bin picking, highlighting identified parts in blue for optimized robotic grasping and handling in automated manufacturing.

AI-driven multi-object detection for bin picking, identifying and segmenting various components with color-coded overlays for robotic grasping and handling in automated manufacturing.

AI-powered robotic arm performing bin picking, extracting metallic components from a container for automated handling in an industrial warehouse setting.

AI-powered robotic arm performing bin picking, extracting metallic components from a container for automated handling in an industrial warehouse setting, integrated with a conveyor system.

Pick Sequence Optimization

Path Planning for Collision-Free Motion

Adaptive Approach Selection

STEP 3

Act

PRECISION PICK & PLACE EXECUTION

AI-powered robotic arm performing bin picking in an industrial setting, extracting metallic components from a blue container for automated handling, integrated with a conveyor system.

Close-up view of an AI-powered robotic arm performing bin picking, gripping a metallic ring from a blue container in an industrial warehouse with an automated conveyor system in the background.

AI-powered robotic arm performing a bin picking task, precisely gripping a metallic ring from a container filled with reflective metal parts in an industrial warehouse with an automated conveyor system in the background.

AI-driven robotic arm performing a precise bin picking operation, gripping a reflective metal ring from a container filled with similar components in an automated industrial setting with a conveyor system in the background.

AI-powered robotic arm performing a bin picking operation, precisely gripping a reflective metal ring from a large container filled with similar components in an industrial automation setting with a conveyor system in the background.

Secure Gripping & Force Control

Error Recovery & Regrasping

Seamless Object Placement

END OF ARM TOOLING

Flexible Tooling for
Any Pick & Place Task

Vacuum gripper with multiple suction cups designed for securely lifting and handling flat or porous objects in industrial automation applications.

Vacuum Gripper

Adaptive two-finger gripper, ideal for precise handling of various object shapes and sizes in robotic pick-and-place operations.

Finger Gripper

Magnetic gripper designed for handling ferromagnetic materials, providing a secure and efficient solution for automated metal part manipulation.

Magnetic Gripper

FIND YOUR CONFIGURATION

Optimized Pick-and-Place Setups for Any Production Need

Bin
Picking

A robotic arm equipped with a gripper performing an automated bin picking operation in an industrial setting. The robot is extracting a shiny metallic ring from a large container filled with similar parts, positioned next to a conveyor system highlighted in purple, emphasizing AI-driven pick-and-place automation.

Randomly placed
objects

Static
(disorganized in bin)

Adaptive grasping for varied object shapes

Logistics, warehousing, mixed-product

Compact, integrated into existing setups

Conveyor
Tracking

A robotic arm with a gripper performing an automated pick-and-place operation on a conveyor system. The robot is lifting a metal can, demonstrating advanced industrial automation for packaging and material handling in a manufacturing environment.

Structured,
moving objects

Moving
(on a conveyor)

Real-time
synchronized motion

High-speed manufacturing lines

Integrated with production lines

Machine
Tending

A collaborative robotic arm equipped with a precision gripper interacting with an enclosed workstation. The robotic system is designed for automated handling tasks in a controlled industrial or laboratory setting, showcasing advanced automation and precision in manufacturing or research applications.

Metal parts,
molded items

Static, placed in a
fixed position

High precision,
secure grip

CNC, press,
injection molding

Fixed station
near machines

Assembly
Picking

A high-tech automated manufacturing line featuring multiple robotic arms performing precise assembly or inspection tasks. The robotic arms are equipped with specialized end-effectors, operating over a conveyor system with embedded workstations and digital control panels. The environment suggests an advanced industrial or semiconductor production facility with a focus on automation and precision engineering.

Small, delicate, and precise components

Static,
precisely placed

Precision
handling

Electronic & mechanical assembly lines

Small footprint, workstation-based

Palletizing &
Depalletizing

A robotic arm in an automated warehouse performing palletizing operations. The robot is lifting a box using a suction gripper and stacking it onto a pallet with multiple packages. The surrounding environment includes a conveyor system, safety fencing, and an industrial control panel, indicating an advanced logistics and material handling system.

Boxes, cartons,
large items

Stacked
or unstacked

Large-area suction or multi-point grip

Packaging, storage, warehouse automation

Large footprint, stacking areas

REQUEST ANOTHER CONFIGURATION

Overall smart pick and place solution image included with solution steps, see, think and act.

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