Leave it to us for AGVs equipped with collaborative robotic arms.
High-precision environmental map generation and self-position estimation enable highly accurate mapping!
For picking automotive parts, high-end cosmetics, resin parts, and medical plastics. Even if you're not an expert, you can set up the picking process in about three weeks!
Automate multiple picking tasks with a single unit! It's okay if the shape and size change!
We are summarizing and introducing products, solutions, and application examples!
AGV equipped with collaborative robotic arms for cosmetic manufacturing filling assistance.
Streamlining the supply of automotive parts manufacturing lines with AGVs equipped with collaborative robotic arms.
Explaining examples such as drink can casing and picking, and palletizing of oricon!
Compared to manual work, work efficiency has improved! Equipped with a hand tool that can pick up 6 cans at a time.
The work sent from the previous pillow packaging machine is not at regular intervals, and we solve the problem of the conveyor speed being too fast!
High-precision environmental map generation and self-position estimation enable highly accurate mapping!
Automatic storage, automatic picking, and automatic transportation for case tote high-rise high-density shelves. Single deep and double deep can be controlled by a single system.
With flexible solutions, you can implement changes without altering the existing layout on-site and without halting operations!
No more handheld terminals are needed. With just one iPad, we can reduce "mistakes" on-site and dramatically enhance work speed.
Efficiently transporting parts with scene-adaptive autonomous recognition, motion, and gripping control.
Efficiently transporting semiconductor manufacturing wafers with AGVs equipped with collaborative robotic arms.
Efficient transportation of chemical manufacturing safety using AGVs equipped with collaborative robotic arms.
Identify, select, and recover the target cells! No complicated sample preparation is needed, allowing for accurate, quick, and low-damage picking of the target cells.
A lineup of stove robots that cater to diverse applications! High-performance robots that promise high productivity.
For a wide range of work! Streamlining setup changes to optimize parts supply.
Equipped with a parallel link robot! Numerous delivery achievements mainly in manufacturing factories for food and pharmaceuticals.
Move the robot along with its base and pick all the varieties of one shelf with a single robot!
The task of quickly packing heavy bottles into cardboard boxes and stacking them high is labor-intensive, so we solved the problem of the need for automation!
Solving the challenging issue of securing labor due to the simple tasks of factory location and packing or stacking in trays!
Unstoppable, unwavering. Maximizing on-site productivity with StarLift 150.
It will be smoothly integrated into existing production lines and logistics sites, achieving automated operation and picking.
30% reduction in picking errors! Success stories of warehouse automation are now available.
Leave the inspection of equipment mechanisms, control panel malfunctions, and preventive/predictive maintenance to us!
The items to be picked are clearly visible, preventing picking errors.
Move to the illuminated shelf and pick the required quantity! Designed to be easy for newcomers to handle.
24-hour operation! A reliable next-generation partner 'Achieving safety, efficiency, and innovation through collaboration between humans and robots' (Reference video available)
"Reference video available" Scratch and dirt inspection speed 0.3 seconds per item Achieving zero missed quality control with the accuracy of robots and the power of image processing.
"Reference video available" 24-hour operation! Reducing the hassle of picking, improving efficiency, alleviating burdens, and realizing a smart way of working.
24-hour operation! Achieving efficiency and labor reduction in harvesting work.
University-developed food plating system using robots with tactile sensors.
We will solve it with AI and robotics! Utilizing image AI, collaborative robots, AMR, and generative AI, we will build the optimal automation system for the field.
AI autonomous picking: The robot understands the verbal instruction "Take ○○ and place it in the box on the right," recognizes the object with a camera, and moves autonomously.
Why is bulk picking difficult? Here is a document summarizing the basic knowledge needed for successful automation!
Modules such as arm robots, rollers, and carts can be docked according to the production line!
Focusing on providing high reliability and high precision mobility, serialized!
Streamline picking operations with Laputa PA-AMR! Implemented without changing the storage layout!
A future of logistics woven by humans and robots, creating a collaborative environment that balances labor-saving and efficiency.
Aiming for a sustainable ecosystem, we approach the challenges of the manufacturing industry from the root!
A compilation of challenges raised in many manufacturing sites and their improvement ideas in one book! - Quality control, traceability, security, robot utilization, image inspection, and more -
Autonomously determines and controls recognition, movement, and gripping according to the scene. This is a 3D robot picking system equipped with numerous proprietary technologies. *Palletizing is also possible.
By automatically optimizing the robot's maximum speed performance through optimal route calculation, we contribute to reducing tact time and cycle time.
Proven to have the highest level of dust and water resistance, it can be used in processing sites with oil mist and in forging and casting sites with flying dust.
Detecting the grasping position of irregularly shaped and transparent objects, which has been difficult until now, and picking them up. Developing AI in a short period of time using simulators and deep learning.
A 3D robot that autonomously determines and controls the transportation of construction materials.
A 3D robot that autonomously judges and controls the extraction of molded products.
Efficiently streamline product picking with autonomous decision-making based on the scene.
Achieving automation of parts supply through autonomous decision-making based on the scene.
AGV that streamlines the transportation of parts in automobile manufacturing.
AGV that streamlines picking operations in food processing sites.
AGV equipped with collaborative robotic arms to streamline inspection tasks in the pharmaceutical industry.
AGV equipped with collaborative robotic arms for assembly assistance in electronic component manufacturing.
AGV equipped with collaborative robotic arms supporting parts supply in the aerospace field.
AGV that streamlines the transportation of materials for building material manufacturing.
AGV that streamlines fabric transportation in apparel manufacturing.
AGV equipped with collaborative robotic arms for cutting assistance in metal processing sites.
Achieving efficiency in semiconductor wafer transportation with AGVs equipped with collaborative robotic arms.
Streamlining semiconductor packaging inspection assistance with an AGV equipped with a collaborative robotic arm.
Streamlining the supply of electronic components assembly with an AGV equipped with a collaborative robotic arm.
Streamlining the inter-process transportation of precision machinery manufacturing with AGVs equipped with collaborative robotic arms.
Streamlining clean transport in medical device manufacturing with AGVs equipped with collaborative robotic arms.
Efficient high-precision transport of aerospace components using AGVs equipped with collaborative robotic arms.
Efficient autonomous transport of robot parts manufacturing using AGVs equipped with collaborative robotic arms.
Efficient transportation of delicate optical lenses using an AGV equipped with a collaborative robot arm.
Streamlining hygiene transport in food manufacturing (clean room) with AGVs equipped with collaborative robotic arms.
Efficiently transporting sterile pharmaceutical manufacturing with AGVs equipped with collaborative robotic arms.
The shortest delivery time is 5 days. We accommodate lightweight and strength improvements with various materials.
First exhibition! New bottle supply machine" "Pouch picking robot
First exhibition! New bottle supply machine" "Pouch picking robot
Achieving simplification of challenges in cell line development through automated imaging, single-cell, and colony picking!
No need to move heavy one-bushel cans or drums! Leave the easy suction of low remaining amounts to the robot!