JOZO MJP3-2VS modular slurry preparation and grouting system
Product Offering
Digital Construction Monitoring & Underground Automation
数字化施工监测与地下工程自动化
The CMS 3.0 (Construction Management System 3.0) platform, LIG F2 low-disturbance grouting digital platform, and digital-twin systems connect equipment, pile locations, and key construction parameters. Tunnel-maintenance manipulators and welding robots support automated underground operation and maintenance tasks.
CMS 3.0施工管理系统（Construction Management System 3.0）、LIG F2微扰动注浆数字平台和数字孪生系统用于采集施工设备、桩位与关键参数；隧道维保机械手及焊接机器人可执行地下工程维保、钢环安装和焊接作业。
Supplied by Shanghai JOZO Machine & Electric Equipment Co., Ltd.
Overview
Product overview
Digital systems acquire data from rigs, pump stations, slurry equipment, tooling sensors, and auxiliary equipment, providing searchable pile locations, equipment status, progress, alarms, historical records, and inspection reports. Deployment may include local control, cloud synchronization, remote monitoring, or digital-twin visualization.
Recorded parameters depend on the hardware and construction-method configuration and may include position, depth, drilling or lifting speed, rotation status, pressure, flow, cumulative volume, verticality, ground pressure, and valve or blade status. Underground automation equipment can perform tasks such as steel-ring installation, collaborative welding, and circumferential pile welding.
数字化系统可采集钻机、泵站、制浆设备、钻具传感器和辅助设备数据，形成可查询的桩位、设备状态、施工进度、报警、历史记录和检测报告。系统可采用本地控制、云端同步、远程监控或数字孪生展示。
可记录的参数取决于硬件与工法配置，通常包括位置、深度、钻进或提升速度、旋转状态、压力、流量、累计量、垂直度、地内压力、阀门或叶片状态等。地下工程自动化装备可执行钢环安装、协作焊接和管桩环焊等任务。
Applications
Typical applications
- Jet-grouting and grouting-parameter monitoring
- Pile, equipment, and progress management
- Construction records, reports, and quality traceability
- Remote monitoring and digital-twin visualization
- Mechanized tunnel steel-ring reinforcement and maintenance
- Automated welding of underground components and tubular piles
- 高压旋喷与注浆参数监测
- 桩位、设备与施工进度管理
- 施工记录、报告与质量追溯
- 远程监控与数字孪生展示
- 隧道钢环加固与维保机械化
- 地下构件与管桩焊接自动化
Features
Key product features
- Equipment data: rig programmable logic controllers (PLCs), pump stations, slurry equipment, filter presses, pre-drilling equipment, and tooling sensors
- Data acquisition: wired or wireless collection of pressure, flow, position, depth, speed, verticality, and equipment status
- Data management: equipment records, pile status, data queries, report upload and download, parameter settings, and alarm management
- Data display: project overview, equipment status, historical data playback, live video, and digital-twin views of below-ground construction
- 设备数据：钻机可编程逻辑控制器（PLC）、泵站、制浆设备、压滤设备、引孔设备及钻具传感器
- 数据采集：通过有线或无线方式采集压力、流量、位置、深度、速度、垂直度和设备状态
- 数据管理：设备管理、桩位状态、数据查询、报告上传下载、参数设置与报警管理
- 数据展示：项目总览、设备状态、历史数据回放、实时视频和地下成桩数字孪生
Offering Details
Technical Details & Applications
System Components & Deployment
- CMS / CMS 3.0: data acquisition, construction-parameter records, and equipment-status management for rigs, high-pressure pumps, slurry systems, and tooling sensors.
- LIG F2 controls: process control, parameter visualization, automatic records, data export, and remote monitoring for multi-hole grouting systems.
- Project digital twins: equipment, pile locations, progress, historical data, and video are linked through a unified project interface.
- Deployment: standalone local control, site networks, remote synchronization, and project-level platforms can be combined around connectivity and data-access requirements.
- Data outputs: construction records, equipment logs, alarms, reports, and inspection files can be organized for search, download, and traceability.
Project Applications
The Zhangjinggao south-anchorage digital twin links the main rigs, back-end system, slurry mixing, filter presses, and pre-drilling equipment to project pile locations. It displays equipment position, pile status, depth, lifting speed, slurry pressure, flow, and historical records, providing a unified interface for progress and data management across more than 2,000 piles.
Digital development for the JMP jet-mixing method at Shanghai East Railway Station covered local control, verticality detection, calculation of column diameter and cement content, equipment management, data queries, report management, and digital-twin visualization; the trial stage generated monitored construction records.
The LIG F2 platform used in Singapore supports visualized grouting parameters, automatic records, USB export, and remote monitoring, providing a data basis for traceability and measurement of external tunnel grouting.
Underground Automation Equipment
JOZO's underground automation equipment includes rail-transit maintenance manipulators, collaborative welding robots, and automated circumferential pile-welding equipment. These machines can reduce direct personnel involvement in confined, repetitive, or higher-risk tasks and can work with data recording, remote operation, or standardized construction procedures. Payload, reach, accuracy, safety rating, and application limits are defined by the selected equipment configuration and project conditions.
技术说明与应用案例
系统组成与部署方式
- CMS / CMS 3.0：采集钻机、高压泵、制浆与钻具传感器数据，并管理施工参数记录和设备状态。
- LIG F2控制平台：提供多孔注浆系统的工艺控制、参数可视化、自动记录、数据导出和远程监控。
- 项目数字孪生：将设备、桩位、施工进度、历史数据和视频信息关联到统一的项目界面。
- 部署方式：可采用单机本地控制、现场局域网、远程同步或项目级平台，并根据网络条件和数据管理要求设置访问权限。
- 数据输出：施工记录、设备日志、报警、报表和检测资料可按项目组织为查询、下载和追溯内容。
工程应用案例
张靖皋南锚数字孪生系统将钻机、后台系统、搅浆、压滤和引孔设备与项目桩位关联，可查看设备位置、桩位状态、施工深度、提升速度、浆压、流量和历史记录，为2,000余根桩的进度与数据管理提供统一界面。
上海东站JMP喷射搅拌工法数字化研发包括本地控制、垂直度检测、桩径与水泥掺量计算、设备管理、数据查询、报告管理和数字孪生展示；试桩阶段形成了施工过程监测记录。
新加坡LIG F2支持注浆参数可视化、自动记录、U盘导出和远程监控，可为隧道外注浆的质量追溯和工程计量提供数据基础。
地下工程自动化装备
久卓的地下工程自动化装备包括轨道交通维保机械手、协作焊接机器人和管桩环焊自动化装备。此类设备可减少人员在狭窄、重复或高风险工序中的直接作业，并可配合数据记录、远程操作或标准化施工工艺。负载、工作半径、精度、安全等级和适用范围根据具体设备配置及项目工况确定。
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SYSTEMS
Automated Slurry Preparation, Storage & Supply Systems
自动化制浆、储浆与供浆系统
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INTEGRATED SOLUTIONS
Integrated Jet Grouting, Low-Disturbance Grouting & Ground Improvement Systems
高压旋喷、微扰动注浆与地基改良成套系统
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EQUIPMENT
Drilling & Ground Improvement Rigs
钻进与地基改良钻机
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