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45% The businesses in the area pointed out thatStaff mobility managementIt is a major challenge that hinders the fulfillment of contractual obligations.
59% companies expect that by introducing AR (Augmented Reality) wearable technology into the warehouse, theProductivity will be increased by more than 15%The
ResponsibleWarehousing, Transportation & Logistics & Omni-Channel FulfillmentThe following common challenges are common to all operations managers:
How to solve picking errors and improve picking efficiency of warehouse staff?
Which mobile picking solution is best to integrate into my Warehouse Management System (WMS)?
How to reduce the turnover rate of warehouse staff and further enhance operational efficiency?
The level of operation of modern warehouses depends to a large extent onEffectiveness of the use of on-site tools.Businesses that are committed to improving warehouse productivity, efficiency and employee safety are continually cycling through fulfillment processes and integrating automation into their daily operations.
In recent years.Voice Selection SystemA new era is emerging with efficient, hands-free solutions. However, with the increasing importance of the robot picking role, theEnterprises need to realize more interactive "people-centered" system integration.-This type of integration allows systems to work together better and further empowers employees to meet operational challenges in real time, rather than being constrained by fixed processes. This"Man-Machine Collaboration"The upgrading of the Warehouse is the key transition from automation to intelligence.
Next, we will compare common voice picking systems with head-mounted visual displays (in the form ofHongke Vuzix M400 Intelligent Eyeglasses(for example), inEase of use, speed, comfort and operational efficiencyThe advantages and disadvantages of these key aspects.
Both of them aim to simplify order picking by realizing a hands-free workflow, but in the case ofIntegration with the inventory system, information delivery, and functionality options for operators(new staff induction, skills upgrading, map navigation, scanning, etc.), there were significant differences.
| Voice Selection | VS | AR Smart Glasses |
|---|---|---|
| hands-free operation | Worker can do the selection operation with both hands freely. | Worker can do the selection operation with both hands freely. |
| Visual Operations | Ability to concentrate on the task and the surrounding environment. | See-through flat screen display (HUD) that does not interfere with peripheral vision; meets OSHA observer rules |
| Learning Curves | Requires 4-6 hours of voice modeling and training to learn | 90 minutes on average to familiarize yourself with the device; built-in video and augmented reality (AR) navigation arrows dramatically reduce hands-on time |
| error rate | Dependence on Accuracy and Pronunciation of Speech Recognition | Visual confirmation significantly reduces error rates |
| noise interference | Speech recognition is prone to errors in noisy environments. | Visualization in noisy environments and voice recognition support in 95 dB forklift lane noise |
| Comfort | Lightweight and comfortable to wear. | The weight of the headset can be distributed in a balanced manner, and the weight of the battery can be dispersed through the mounting method to avoid fatigue at the end of wearing. |
| Data Presentation | Auditory feedback only | Display item images, arrows, text, and even maps. |
| Data Entry | Supports voice, photo and data input only; requires assistive tools. | Supports voice, photo and video sharing |
| Voice Selection | VS | AR Smart Glasses |
|---|---|---|
| Battery Life | Long duration (8-12+ hours) | Long life (with replaceable battery, lasts more than 8-12 hours) |
| Remote Collaboration | Unable to share views or make calls | Selectors can share a first view with managers in the process |
| Adaptability to harsh environments | Ruggedness and durability | Ruggedized for use in cold environments up to -20°C/ -4°F |
| System Integration | Requires custom software development to perform batch data extraction from the middle server in the ERP (Enterprise Resource Planning) platform | Supports REST/JSON + MQ, can be integrated with Manhattan, Blue Yonder, SAP EWM, Oracle. |
Overall, while voice picking is still a well-established approach (especially for environments where simple operation and auditory commands are all that is required to fulfill a need), the AR smart glasses provide more dynamic system feedback and a richer visual information interface. -- It's not onlySignificantly improves picking accuracy, reduces cognitive load on operators, and significantly improves performance in complex picking scenarios.
AR smart glasses can be used inDirect display of images, text and navigation prompts within the employee's line of sight.This feature makes it particularly valuable for staff training, highly variable tasks and multilingual environments.
As visual technology continues to advance, it is important for theMaximizing Efficiency and AdaptabilityAR smart glasses have become an attractive upgrade alternative to traditional voice systems for warehouses in the United States.
虹科整合 IDS uEye CP 工業相機，全面提升 Micro-LED 巨量轉移、雷射焊接與 HBM 高精度晶片鍵合製程。透過 2000 萬及 1200 萬像素 STARVIS 感測器，實現亞微米級對位、高速貼裝與 24/7 製程穩定性，已獲多家亞洲電子與半導體領導企業採用。
虹科助力 dSPACE 構建基於 GNSS 的駕駛功能 HIL 仿真系統，支援自動駕駛、V2X、智慧座艙等多場景測試。透過 GNSS 模擬器與 ASM 模型，實現精準定位仿真、RF 射頻輸出、高一致性 HIL 驗證，加速自動駕駛演算法開發與測試效率。
面向電動車 BMS 的通信升級方案：虹科 10BASE-T1S 媒體網關支援 CAN/CAN FD ↔ 10BASE-T1S 雙向轉換、PLCA 確定性延遲、單對線多點拓撲與 10 Mbps 帶寬，簡化佈線、提升採樣速率，並透過 Web Server、DIP、C SDK 靈活配置，兼顧成本與可擴展性。
