北美工业移动机器人（AGV/AMR）的成长机会

North American Industrial Mobile Robots (AGVs and AMRs) Growth Opportunities

出版日期: 2023年10月06日 | 出版商:

Frost & Sullivan | 英文 70 Pages | 商品交期: 最快1-2个工作天内

价格

简介目录

劳动力问题和轻资产商业模式正在推动 AGV 和 AMR 的引入

劳动力短缺、通货膨胀和营运成本上升正迫使企业加快进步步伐，探索不同的技术升级方法。提高效率、处理极端负担以及根据客户要求客製化解决方案的需求正在推动北美地区（尤其是美国）仓库自动化技术的发展。随着公司开始调整其设备/车队规模，自主解决方案的开发可能会加速。

由于供应链挑战和通货膨胀而导致的客户购买偏好的变化正在催生 RaaS（机器人即服务）等新的商业模式。客户偏好转向轻资产营运和放鬆对机器人车队的长期承诺对于新商业模式的出现至关重要。

AGV/AMR 的突出用例是物流、供应和消毒。这些类别中的子细分，例如堆迭和分类，可能是未来的主要用例。允许客户使用 AMR 执行多项任务的混合系统未来可能会成长。

本研究分析了美国工业环境中自主设备的市场成长趋势，并专注于仓储移动机器人（AGV 和 AMR）。我们重视技术贡献、市场青睐度以及政府为推广移动机器人配合措施。我们也检验现有基础设施和未来市场趋势。

主要问题

到 2030 年，将使用多少移动机器人（AGV/AMR）？
主要应用类别有哪些？
谁是该行业的参与企业？他们目前的开发和推出活动是什么？
哪些现有和未来的商业模式可以采用仓库机器人？
各个应用领域的用例的优势是什么？
最终用户对仓库自动化的观点和自动化偏好是什么？

工业移动机器人技术：基础设施支撑系统
工业移动机器人技术：感测器和光导系统
仓库自动化的主要趋势
工业移动机器人：新的商业模式
案例研究：RaaS
仓库自动化中的游戏化
成长动力：AGV
成长抑制因素：AGV
成长动力：AMR
成长抑制因素：AMR

AGV/AMR：成长机会分析

成长指标
销量预测
销售预测（按国家/地区）
销售预测，按类别（北美）
销售预测，依类别（美国）
按类别销售预测（加拿大）
设备运作中预测
按国家/地区分類的在运作中设备预测
预测假设和技术
预测分析

AGV/AMR：价值炼与竞争形势

工业移动机器人：配销通路
参与企业
竞争形势：仓库自动化
竞争形势：知名企业
案例研究：亚马逊实现每个履行阶段的自动化
案例研究：亚马逊机器人 (Kiva)、仓库机器人
案例研究：Canvas Technologies 为人和机器人创造安全的共同工作空间

仓库自动化：最终客户观点和用例分析

最终客户观点：仓库设备调查
工业移动机器人：应用领域与用例
工作图：仓库自动化
竞争环境

成长机会宇宙

成长机会一：抓住关键功能领域的需求
成长机会2：领域驱动需求
成长机会 3：新兴商业模式推动采用
仓库自动化：结论与未来展望

下一步

简介目录

Product Code: PF2D-42

Labor Challenges and Asset-light Business Models Drive Adoption of AGVs and AMRs

Labor shortages, inflation, and higher operational costs will force companies to accelerate the pace of advancement and explore various formulas to upgrade technology. The need to increase efficiencies, handle extreme loads, and customize solutions to customer requirements drive the development of autonomous technologies in warehouses across North America, mainly the United States. Autonomous solution development will accelerate as companies begin to right-size equipment/fleets.

Changes in customer purchase preferences stemming from supply chain challenges and inflation have led to new business models, such as Robotics-as-a-Service (RaaS). Customer preferences in shifting to an asset-light operation and alleviating long-term commitment to robot fleets have been crucial to the emergence of new business models.

Logistics, serving, and disinfection are prominent AGV and AMR use cases; however, subsegments within these categories, such as palletizing and sorting, will become the primary future use cases. Hybrid systems allowing customers to use AMRs to perform multiple operations will grow in the future.

This research analyzes market growth trends of autonomous equipment in the US industrial environment, focusing on mobile robots (AGVs and AMRs) for warehousing. It evaluates contributing technologies, market favorability, and government efforts in promoting mobile robots. The report also examines existing infrastructure and upcoming market trends in the coming years.

Key Issues Addressed:

How many mobile robots (AGVs and AMRs) will be in use by 2030?
What are the main application categories?
Who are the top industry participants, and what are their present development and launch activities?
What are existing and upcoming business models enabling the adoption of warehouse bots?
What are the use case strengths for various application areas?
What are the end-user perspectives on automating warehouses and their automation preferences?

Strategic Imperatives

Why Is It Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Industrial Mobile Robot (AGVs and AMRs) Industry
Growth Opportunities Fuel the Growth Pipeline Engine™
Operating Capacity of Autonomous Off-highway Equipment
Scope of Analysis
Top Competitors

Growth Environment

Industrial Mobile Robots: Market Overview
Industrial Mobile Robot Segmentation
Industrial Mobile Robots: Regulatory Framework
Autonomous Industrial Equipment: Global Snapshot
Industrial Mobile Robots: Global vs North America Overview

Market Overview and Trend Analysis

Industrial Mobile Robot Technology: Infrastructure-assisted Systems
Industrial Mobile Robot Technology: Sensor and Optically Guided Systems
Key Trends in Warehouse Automation
Industrial Mobile Robots: New Business Models
Case Study: RaaS
Gamification in Warehouse Automation
Growth Drivers: AGVs
Growth Restraints: AGVs
Growth Drivers: AMRs
Growth Restraints: AMRs

AGVs and AMRs: Growth Opportunity Analysis

Growth Metrics
Unit Sales Forecast
Unit Sales Forecast by Country
Unit Sales Forecast by Category (North America)
Unit Sales Forecast by Category (United States)
Unit Sales Forecast by Category (Canada)
Equipment in Operation Forecast
Equipment in Operation Forecast by Country
Forecast Assumptions and Methodology
Forecast Analysis

AGVs and AMRs: Value Chain and Competitive Landscape

Industrial Mobile Robots: Distribution Channels
Value Chain Participants
Competitive Landscape: Warehouse Automation
Competitive Landscape: Companies to Watch
Case Study: Amazon Automating Every Stage of Fulfillment
Case Study: Amazon Robotics (Kiva): Warehouse Robots
Case Study: Canvas Technologies-Enabling Safe Co-working Space for Humans and Robots