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[Utilization Materials Presentation] Achieving Robot Transportation with Smartphones! AMR that Requires No Specialized Knowledge
Are you struggling with transportation issues? Why not solve them with Kachakapro? No specialized knowledge required! A compact transport robot that can be operated with a smartphone and set up in just one hour.
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Introduction to Factory Automation: Achieving Labor Reduction with Small Steps
The movement to promote the introduction of robots is gaining momentum! We will also introduce the autonomous transport robot developed by our company.
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AI Visual Inspection Software
AI appearance inspection software that achieves high-precision automation of inspections. Automating appearance inspections with proprietary deep learning technology!
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AGVs and AMRs: A Detailed Explanation of the Differences Between Automation and Autonomy, and Their Applications
Flexibility through software! A product category with the potential to change the future.
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Autonomous Mobile Robot AMR "Kachakapro"
【Case Studies｜Helpful Materials Available!】Transforming the workplace with AMR! Numerous implementation results in factories with compact and affordable transport robots.
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Solving labor shortages with AMR! Transport robots that are resilient to environmental changes through autonomous driving.
User demand is rapidly increasing! Our autonomous delivery robots handle the transfer and delivery of items between departments. AMRs can be utilized more flexibly than AGVs.
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[Information] Small and Inexpensive Transport Robot - AMR "Kachakapro"
11th Robot Award Minister of Internal Affairs and Communications Award Winner | A small and affordable autonomous mobile robot (AMR)! We will also introduce case studies from major electronic component manufacturers.
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[Case Study of AMR (Autonomous Mobile Robot) Implementation] Major Electronic Components Manufacturer
The transport robot that won the "Minister of Internal Affairs and Communications Award" at the 11th Robot Awards | Operating area of over approximately 3,000 square meters! Transports parts from the parts store to the assembly line.
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[Case Study of AMR (Autonomous Mobile Robot) Implementation] Major Automobile Parts Manufacturer
Utilizing AMR for transporting finished products to the inspection area! The introduction of transport robots has reduced travel time by approximately 20 hours!
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[Case Study of AMR (Autonomous Mobile Robot) Implementation] Resin Parts Factory
Achieving labor reduction with transport robots: Reducing the movement time of workers by approximately 30 hours per month! AMR transports resin parts to the inspection area.
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Kachaka PRO
The transportable weight, including the shelf, is 30kg! Introducing the main unit with a LiDAR measurement distance of 12m.
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Kacha Kasha Shelf 3-Tier
Introducing a dedicated shelf with 3 tiers! The dimensions are W488×D328×H717, and the weight is 8.8kg.
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Kacha Kasha Shelf 2-tier
The weight is 6.3 kg, and the dimensions are W488 × D328 × H435 mm! Introducing the dedicated shelf.
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Kachakabeis
The top board has a long hole! Users can install the custom-made upper structure.
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Kachakaboton
Button to operate the Kachaka! You can register up to three actions.
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Kachakahabu
You can register up to three actions! You can use it to return the Kachaka to the charger by long-pressing.
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Basic settings and operation methods for Kachakapro.
Scan the space with the Kachaka laser sensor to create a map! Three operation methods are also available.
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AMR (Autonomous Mobile Robot) "Kachakapro" Product Specifications
It is equipped with furniture recognition sensors, docking units, LED rings, and more!
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What are the AMR and AGV that are attracting attention in the logistics robot market trends?
Introducing the global market size and forecasts for logistics robots, as well as an overview of AGVs and AMRs!
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World market size and forecast for logistics robots
Explanation using graphs! Global trends such as labor shortages and rising personnel costs are the background.
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The background of the growing attention on logistics robots in Japan.
The movement to introduce robots, starting with logistics robots, is becoming more active!
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Comparison table of the main features of AGV and AMR (Autonomous Mobile Robots)
An explanation of the driving methods, obstacle handling, prices, difficulty of implementation, and operational location challenges of AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots)!
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Common concerns of users considering AMR (Autonomous Mobile Robot)
Please consider autonomous transport robots as a measure to address labor shortages! We explain the concerns of production technology and DX personnel when considering the introduction of AMRs!
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What is the inexpensive autonomous transport robot Kachakapro, which has been widely introduced in manufacturing sites?
Achieving the industry's lowest price level! A new AMR that overcomes the challenges of AGVs and existing transport robots with its compact size, low cost, and easy operation [Promotional materials available now!]
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Can't ask now? Understand in 3 minutes! What are AGV and AMR? [Materials available]
I will explain an overview of AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots)!
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Core technology of AMR (Autonomous Mobile Robot)
What is the mechanism of autonomous mobile delivery robots? This explains in detail the core technologies that influence the quality of AMRs, including SLAM and navigation.
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[Presentation of Materials] Alleviating Concerns About Automation! AMR (Autonomous Mobile Robot)
We will outline the steps to start factory automation with AMR. We also propose automation with the small and affordable autonomous transport robot "Kachakapro," which minimizes risks.
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Useful Materials: Benefits of Automating Simple Tasks
By implementing small steps, we can reduce initial costs! Here are various benefits.
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Steps to advance automation
Clearly define the target of automation! Here are some key points for effective progress.
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