List of Transport and handling robots products
- classification：Transport and handling robots
361～405 item / All 2028 items
Reduce the workload from handling heavy objects! Here are five case studies that solved customer challenges! We are also accepting free consultations and tests tailored to your work!
- Other conveying machines
We can accommodate high resistance over 10,000 ohms, with diameters ranging from approximately 30 mm to 8 inches, and we also offer thinning and chip processing arrangements!
- Other semiconductors
- Processing Contract
- Wafer
Would you like to try a high cost-performance, short delivery time, customizable flexible parts feeding system?
- Transport and handling robots
- Other industrial robots
- Image Processing Equipment
![[Logistics Site DX Case] Robot Sort...](https://image.mono.ipros.com/public/product/image/2116749/IPROS10933411441954649351.jpg?w=280&h=280){kind=small}
Space-saving and highly efficient. Operate a waste-free warehouse with a robot sorter.
- Transport and handling robots
![[Logistics Site DX Case] Low-floor ...](https://image.mono.ipros.com/public/product/image/2116749/IPROS4122174870612183855.jpg?w=280&h=280){kind=small}
Achieving both productivity improvement and burden reduction with delivery robots. Addressing the 2024 issue through area-specific sorting utilizing RFID technology.
- Transport and handling robots
Zero manpower: Achievements in automotive manufacturing lines such as BYD.
- Transport and handling robots
Maximizing lifting efficiency! Please choose a gripper unit that suits your application!
- Transport and handling robots
Significantly increased transportable weight from 16kg to 35kg - Introducing "piCOBOT(R) L High Payload".
The "piCOBOT(R) L High Payload" has arrived, enabling the handling of heavier and larger workpieces. Based on the proven piCOBOT(R) L, known for its high reliability and ease of use, the portable weight has been significantly increased from the previous 16kg to 35kg. It accommodates heavier automation applications such as heavy items, large workpieces, and multi-picking without greatly altering the robot's footprint or operation. This expands the possibilities for automation with collaborative robots across a wider range of processes, including packaging, logistics, assembly, and machine tending. 【Features】 - Increased portable weight from 16kg to a maximum of 35kg - Supports heavy items, large workpieces, and multi-picking - Same footprint and control concept as the existing piCOBOT(R) L - New compatibility with ISO 9409 80 interface - Achieves stable grip and efficient operation with smart vacuum functionality - Easy replacement, inspection, and cleaning of COAX(R) cartridges - Compatible with various workpieces when combined with foam grippers
![[Case Study] Automated Transport in...](https://image.mono.ipros.com/public/product/image/2072382/IPROS11346106475184259392.png?w=280&h=280){kind=small}
Achieving labor-saving by collaborating with the upper-level system.
- Transport and handling robots
- Other conveying machines
High-precision environmental map generation and self-position estimation enable highly accurate mapping!
- Transport and handling robots
- Other industrial robots
- Picking robot system
We will realize a mobility society where all people and things can move seamlessly!
- Embedded system design service
- Transport and handling robots
- Other industrial robots
High-precision environmental map generation and self-position estimation enable highly accurate mapping!
- Transport and handling robots
- Other industrial robots
- Picking robot system
We have signed a technical partnership agreement with Daimon Corporation to develop the lunar rover YAOKI!
4th.ai aims to achieve the world's first lunar exploration as a private company by partnering with Daimon Inc. (hereinafter referred to as "Daimon"), a robotics and space development venture, through a technical partnership agreement. 4th.ai will participate in Daimon's lunar exploration project "Project YAOKI." Utilizing the autonomous driving technology and simulation technology developed through its expertise in autonomous driving development, 4th.ai will work with Daimon to aim for unexplored peak exploration on the lunar surface, the creation of 3D maps, and the automation of the movement of people and goods. ■ What is Project YAOKI? Project YAOKI is a lunar exploration project in which Daimon will send its ultra-compact and ultra-lightweight lunar rover, YAOKI, to the lunar surface to conduct technology demonstrations and data acquisition for future lunar development.
A detailed explanation of the differences between AGV and AMR, which are surprisingly not well known, covering aspects such as driving methods and collaboration!
- Transport and handling robots
With 100 companies, there are 100 ways to automate. We will create answers for as many customers as there are.
- Transport and handling robots
- Other industrial robots
You can easily transport heavy objects weighing up to 3 tons, including the cart, with a remote control-like feel.
- Transport and handling robots
It will be an fully automated vehicle transport system like a taxi dispatch system.
- Transport and handling robots
Ideal for vehicle transport within automobile factories, vehicle transport in large parking lots, swapping display vehicles at car dealerships, and moving broken-down vehicles (road service).
- Transport and handling robots
Demonstrates stable driving performance even in limited space!
- Transport and handling robots
- Other industrial robots
- Other conveying machines
Beyond just transporting. A next-generation production line partner that completes lifting and loading.
- Other industrial robots
- Transport and handling robots
- Other conveying machines
【Highly Anticipated Towing Function】The AMR robot "Star Series" has implemented its first towing function. It supports towing carts and other equipment, meeting a variety of transportation needs.
We are pleased to announce that we are currently developing a new "towing function" for our main product, the AMR robot series. This function is being developed with the goal of starting service in January 2026. ■ Background of Development: A Challenge for the Next Level of Automation Born from Customer Feedback As the decline in the working population becomes more serious, the automation of transportation processes in logistics warehouses and manufacturing plants has become a pressing issue. Until now, we have provided AMRs that can slide under shelves and pallets, lift them, and transport them, contributing to labor reduction in many workplaces. In response to the urgent voices from the field, we have begun developing a function to tow and transport cart trolleys and similar items, based on the advanced autonomous driving technology of our existing AMRs. ■ Future Plans We are currently making diligent progress in development toward the goal of starting service in January 2026. The official product name, detailed specifications, pricing, and specific case studies will be formally announced as soon as they are ready.
Maximum load capacity of 60kg! The popular cat-shaped robot now has an industrial model!
- Other conveying machines
- Transport and handling robots
SoftBank Robotics | Cat-shaped delivery robot "BellaBot"
Not just a "healing character"! Introducing the cat-shaped serving robot "BellaBot" [Recommended for] - Those who want to reduce labor shortages and workload - Those considering the introduction of robots to improve operational efficiency [Features of the serving robot "BellaBot"] - Diverse emotional expressions and adorable character presentation - AI voice functionality that adapts to various situations - Touch interaction, such as producing sound when touched If you are a customer who is "specifically considering" or "wants to implement urgently," please contact us through inquiries. *The catalog can be downloaded from the related materials below without a survey. For more details, please visit the product page here: https://www.ipros.jp/product/detail/2001218682
Active in various scenes such as food and beverage, hospitals, manufacturing, and retail!
- Transport and handling robots
- Other industrial robots
- Other food machinery
[Industry's Strongest Specs] Maximum load capacity of 300kg, lifting and towing with one unit.
- Transport and handling robots
- Other industrial robots
- Other conveying machines
Streamline picking operations with Laputa PA-AMR! Implemented without changing the storage layout!
- Transport and handling robots
- Picking robot system
How to Effectively Promote Warehouse DX: Introduction of Initiatives at Yasuda Warehouse. Efforts for Warehouse DX are expanding against the backdrop of labor shortages and the growth of the e-commerc...
- Transport and handling robots
- Other conveying machines
- Other conveying devices
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.
- Inspection robot
- Transport and handling robots
- Picking robot system
Comprehensive food services! A support system that utilizes networks from proposal to design and operation.
- Conveyor
- Other conveying machines
- Transport and handling robots
Cleanroom-compatible mobile robot system "HERO Fab"
- Other industrial robots
- Transport and handling robots
- Conveyor
We will consider and propose automation for clean rooms.
- Conveyor
- Other industrial robots
- Transport and handling robots
Universal Robots Dedicated 7th Axis (Travel Axis) Maximum Travel Distance 10m! MovoTrak is the first collaboration product with UR.
- Transport and handling robots
We will exhibit at the UR Collaborative Robot Fair 2025 in Kariya.
In addition to showcasing the new product UR15 for the first time in Japan, about 20 manufacturers of collaborative robot peripheral devices are scheduled to exhibit! This year, we will hold events in two locations where you can learn the latest information about collaborative robots through demonstrations of AI vision and safety equipment, as well as technical and case study seminars. Miwa Corporation will exhibit THOMSON's Movotrak. Event Overview: Aichi Venue @ Kariya City Industrial Promotion Center Aioi Hall (5 minutes walk from Kariya Station, about 30 minutes from Nagoya Station) July 30 (Wednesday) 1 PM - 5 PM July 31 (Thursday) 10 AM - 5 PM Participation is free, but prior registration is required (first-come, first-served). Please apply as soon as possible from the registration page below. We will continue to hold one of the largest events in Japan focused on collaborative robots in 2023 and 2024. Through a rich seminar program and demonstrations of various peripheral devices, solutions, and robotic systems, you are sure to find hints for utilizing collaborative robots. Recommended for: ● Executives in manufacturing, production technology, manufacturing, development, maintenance, and quality control departments ● Those considering automation with collaborative robots ● Those developing automation systems using collaborative robots
Sturdy, elastic, powerful! We will introduce a suitable solution for high-load vertical axes.
- shaft
- Transport and handling robots
Our main suppliers are about 800 companies! As a specialized trading company for industrial equipment, we respond to our customers' needs with reliable proposals and services.
- Other industrial robots
- Transport and handling robots
- Inspection robot
Universal Robots holds over 50% of the global market share in collaborative robots, with a wide range of dedicated robotic tools available.
- Other industrial robots
- Transport and handling robots
Over 2,000 units in operation worldwide! A high-performance transport robot with very few chocolate stops, using SLAM-type AMR. Capable of collaboration with multi-axis robots.
- Transport and handling robots
- Other conveying machines
Increased productivity within the factory! The yield has improved as robots transport the finished products.
- Transport and handling robots
The autonomous forklift F2000 is revolutionizing logistics!
- Transport and handling robots
- Sorting machine
- Other conveying machines
Robot Bank Corporation is developing "POWER (Robot Connect System)" and is introducing it for implementation.
Robot Bank Co., Ltd. is currently developing the "POWER (Robot Connect System)" to integratively manage and coordinate various service robots, and we are pleased to announce its full-scale introduction. This system aims to contribute to the resolution of the increasingly serious labor shortage and to realize a smart city where robots and people can coexist more richly. To achieve this, it provides an environment where various service robots can cooperate with each other, perform necessary tasks, and report consistently. For more details, please visit the link below: 【PRTIMES】 https://prtimes.jp/main/html/rd/p/000000047.000097103.html