Best Manufacturing Execution Systems in New Zealand - Page 6

OptiProERP, an industry-leading ERP solution, is ideal for manufacturing and distribution. OptiProERP integrates with SAP Business One, a market-leading platform for small and medium-sized businesses. Customers get an end-to-end solution for business management, including financials and accounting, as well as CRM and industry-specific functionality. This solution fully leverages over 20 years of industry experience that has been dedicated to serving distributors and manufacturers. OptiProERP can be used as an eWorkplace Manufacturing solution. eWorkplace Manufacturing, SAP's strategic industry partner in manufacturing and distribution, is also its first OEM partner under the global Partner Edge Program. eWorkplace Manufacturing has been serving manufacturers and distributors for more than 20 years using OptiProERP, BatchMaster and other ERP solutions. It has over 3,000 global customers.

In today's landscape, businesses must adopt advanced manufacturing IT to enhance their production efficiency. Felten's PILOT:MES, a Manufacturing Execution System (MES), seamlessly combines optimization, quality, and energy management within a cutting-edge platform, enabling production to achieve unparalleled flexibility while ensuring that business processes are fully integrated. The pharmaceutical sector, in particular, faces mounting competitive and profit pressures, exacerbated by ongoing reforms in the healthcare system, which necessitate a concentrated effort to reduce costs in production. In Germany, over seventy-five percent of consumers prioritize a polished appearance, highlighting the importance of quality in the market. However, this emphasis on aesthetics coincides with intense competition that demands rapid adaptation and a steady stream of innovative product ideas. As a result, the production industry is compelled to maintain a high level of flexibility while also streamlining processes to be more cost-effective, which is essential for sustained success. Ultimately, the ability to balance these demands will be crucial for companies aiming to thrive in such a dynamic environment.

Our enthusiasm for gathering the appropriate type of data drives us forward. We aim to equip ethical manufacturers globally with the necessary tools to gather, analyze, and reveal critical insights that enhance their competitiveness. Scout Systems was conceived from the necessity to collect data from one of the most elusive areas in any manufacturing setup—operator behavior. In October 2014, we started crafting the initial conceptual designs for what would become the modern Tracker prototypes, addressing the manufacturing sector's requirement for a single unit capable of interpreting nearly any type of signal. This innovation empowered the collection of operator-related actions through a diverse array of sensor options. Furthermore, we recognized that the demand extended beyond just hardware for signal acquisition; there was also a significant need for a cloud-based application that would enable management to effectively navigate the resultant data. As a response, Scout Systems created a comprehensive suite of web-based applications to seamlessly integrate with the hardware, ensuring that manufacturers have the tools they need at their fingertips. This holistic approach solidifies our commitment to not only meet but exceed the industry's evolving data needs.

Explore the dynamic Shift Log, where Shiftconnector® efficiently oversees and organizes all vital information necessary during shift transitions. Supervisors benefit from the clear presentation of this information, and live reports can be accessed anytime for enhanced oversight. Direct communication with shift teams streamlines management processes, making it easier to coordinate efforts. Furthermore, the data collected within Shiftconnector® is ripe for analysis, revealing opportunities for optimization and identifying potential errors that can enhance business operations. The Shiftconnector® GO application bridges the gap between field workers and board operators by facilitating routine tasks and compliance management through the Shiftconnector platform. This versatile app is compatible with iOS, Android, and Windows devices, empowering workers to communicate their activities in real time from various plant locations. As they conduct daily inspections related to environmental safety and compliance, this tool provides a crucial edge, ensuring that all necessary tasks are logged efficiently regardless of their physical location within the plant. This integration not only enhances individual accountability but also fosters a culture of continuous improvement across the organization.

The I2M Platform, which stands for Intelligence to Manufacturing, is a sophisticated Smart Manufacturing software designed for the effective control, management, and optimization of industrial facilities. Created by the Brazilian tech firm DataBot Software Intelligence S/A, it leverages nearly three decades of expertise in industrial software development, offering a structured and comprehensive framework for deriving actionable insights from process data to generate significant business value. As part of the cutting-edge generation of Manufacturing Operation Management, the I2M Platform seamlessly combines Advanced Analytics with Artificial Intelligence and Machine Learning, an Industrial IoT Layer, Cyber Security measures, Manufacturing Execution Systems (MES), Process Historians, as well as KPI and OEE Management, all while ensuring production traceability and tracking. This platform not only facilitates data acquisition but also establishes a continuous real-time feedback loop through a series of algorithms that fuels its predictive capabilities, thereby enhancing operational efficiency. Moreover, its all-encompassing nature positions it as a pivotal tool for industries aiming to thrive in an increasingly data-driven landscape.

The Internet of Things (IoT) technology firm harnesses data derived from the physical environment to reduce risks and enhance operational excellence. By integrating a Manufacturing Execution System, businesses can elevate visibility in both discrete and process manufacturing through a cloud-native, on-premise deployable Industry 4.0 solution that incorporates IIoT elements. With WorkFlow Studio(TM), users can effortlessly design workflows and processes without writing any code, while Facility Studio allows for the visual creation of these processes in a no-code environment, enabling the monitoring of assets, inventory, teams, and their interactions. Users can analyze the execution of these processes and workflows against plans to identify and quantify any deviations effectively. The connection between the shop floor and top management is facilitated through easily interpretable KPIs that operate autonomously. Additionally, ASSET-Rx provides tools for designing, planning, and monitoring operations in real-time, ensuring efficiency by autonomously collecting crucial data from global operations and delivering valuable operational insights. This comprehensive approach not only streamlines processes but also empowers organizations to make informed decisions based on real-time information.

The manufacturing software tool revolutionizes data collection by converting it into real-time analytics, enabling floor personnel to access critical information that drives immediate action. Plant Floor Intelligence, Reveal's solution for Industry 4.0, enhances factory operations by integrating artificial intelligence with human insight, ultimately leading to reduced losses and increased profits. Powered by Reveal's AI, this software acts as a decision-making engine, continuously monitoring the entire manufacturing process around the clock and promptly notifying the appropriate individuals to intervene before potential losses arise. The PFI system is a comprehensive solution that includes the Reveal product, which is deployed and pre-configured for seamless integration, alongside rapid adoption services and standardized operating procedures that empower factory employees to become proactive problem solvers. This innovative approach not only optimizes processes but also fosters a culture of continuous improvement on the shop floor.

Enhance lean manufacturing practices for Food & Beverage and Consumer Packaged Goods manufacturers by leveraging insights and intelligence derived from the Industrial Internet of Things (IIoT). Proficy Manufacturing Execution Systems (Proficy MES) offers a comprehensive suite of solutions designed to revolutionize your F&B and CPG manufacturing operations through the integration of data, IIoT technologies, machine learning capabilities, and predictive analytics. By effectively merging the digital landscape with the tangible aspects of manufacturing, Proficy MES facilitates comprehensive performance management tailored for the modern connected enterprise. This integration allows for better alignment of resources, energy usage, and operational efficiency, leading to reduced inventory levels, the identification of costly production inefficiencies, minimized energy and utility waste, and deeper insights into throughput and essential processes. Furthermore, the reviews on Gartner Peer Insights provide unfiltered, independent feedback from our customers, reflecting their real-world experiences with our Manufacturing Execution System (MES) product and highlighting its impact on their operations. These testimonials showcase the transformative benefits that Proficy MES delivers, underscoring its value in optimizing manufacturing efficiency.

Dynamic Flow Systems enhances process monitoring and employs predictive analytics to eliminate bottlenecks. By strategically assigning personnel, they ensure operational adaptability. Users can submit digital audits and continuous improvement suggestions across various platforms. Task management is streamlined through the use of digital workflow tools. Quality data is collected with digital checklists, enabling the effective categorization of defects and the analysis of trends to promote performance enhancements. They also implement structured root cause corrective action by assigning and monitoring A3 problem-solving tasks. Real-time data and metrics are obtained through digitized performance boards. Operations can be managed efficiently with the cutting-edge Dynamic Flow Systems (DFS) Portal, which provides clients with a means to boost their operational intelligence via data-informed lean toolkits. Their comprehensive range of digital lean tools offers significant value, while advanced analytics identify sources of variability, and the workflow solutions support systematic problem resolution. In addition, the integration of these tools fosters a culture of continuous improvement within organizations.

First Resonance is leading the next industrial revolution with the ION Factory OS. ION is powering companies building electric airplanes, rockets, autonomous vehicles, 3D printing robotics, and more. It is used by manufacturers of all sizes – from fast-growing startups to Fortune 500s – to connect parts, complex supply chains, and advanced machinery. Manufacturers build with ION to solve the world’s biggest problems in climate, transportation, and energy.

The Acumatica xRP platform serves as a robust architectural framework for application development, integrating cutting-edge cloud and mobile technologies. Tayana, recognized as an ISV partner of Acumatica, has utilized the xRP platform to create a specialized extension known as the Acu Process Manufacturing Suite. This extension is tailored with intricate features specifically designed for the needs of Process Manufacturing. By enhancing the Inventory Module of Acumatica, Tayana effectively incorporates the platform’s powerful Accounting, Sales, and Purchase functionalities to cater to process manufacturing requirements. Furthermore, developers can extract their application code seamlessly from technological updates via the Acumatica middle tier. Built for scalability, performance, and adaptability, Acumatica xRP enables businesses to launch their applications in months rather than years, taking advantage of its platform features and pre-existing functionalities. This efficiency not only accelerates deployment but also enhances the overall user experience in managing process manufacturing operations.

To effectively gather, organize, and utilize the extensive data within your organization, implementing a robust Manufacturing Execution System (MES) is essential. Utilizing the ISA-S95 framework, aspenONE® MES provides advanced data management capabilities, operational intelligence through comprehensive visualization and analytical tools, and enhanced production execution, which empowers process manufacturers to swiftly detect and address operational challenges. By integrating these systems, organizations can not only improve efficiency but also gain valuable insights that drive continuous improvement in their manufacturing processes.

Siemens Digital Industries Software has introduced Opcenter Execution Pharma, previously referred to as "SIMATIC IT eBR," which is a specialized MES solution tailored for the pharmaceutical sector, facilitating entirely paperless production and comprehensive electronic batch recording. This innovative platform boasts sophisticated capabilities for designing, refining, and overseeing both manual and automated production activities, achieved through seamless integration with MES, automation, and enterprise resource planning (ERP) systems. By optimizing the utilization of various manufacturing resources—such as equipment, personnel, processes, and products—Opcenter Execution Pharma plays a crucial role in promoting efficient production. It delivers real-time insights into manufacturing execution along with access to process and quality information, thereby aiding in the enhancement of production workflows from the initial order stage to the final product. Ultimately, this solution not only improves operational efficiency but also supports compliance with stringent industry regulations.

The features of a Manufacturing Execution System encompass vertical integration, orchestration of processes, genealogy tracking, and comprehensive production reporting that spans all manufacturing stages, including the reception of materials, production workflows, and outbound logistics. Additionally, the system's integrated quality management facilitates the sampling, analysis, and assessment of quality outcomes, all of which are smoothly connected to manufacturing events. By utilizing Opcenter Execution Process as a manufacturing operations management platform, organizations can achieve seamless connectivity with scheduling, quality assurance, and manufacturing analytics, which provides dynamic dashboards for thorough analysis of production metrics. Moreover, when it comes to new product development and introduction, Opcenter Execution Process assists in refining recipes from broad, generic specifications into detailed "master" instructions that are primed for scheduling and execution of orders, thereby enhancing overall operational efficiency. This comprehensive approach ensures that all elements of the manufacturing process are interconnected and optimized for peak performance.

Aligned Product Wheels™ are used by Phenix scheduling and planning software to optimize inventory changeovers and inventory changes, and align production with business goals such as customer service, cost, and working capital. Schedules are used to determine the order and timing of production of hundreds of products from multiple production lines. Correct production sequences reduce changeover costs. Every out-of-sync product makes it more difficult to changeover and costs time and money. The correct cycle times are balanced between inventory costs and changeover costs. Too short or too long cycles can cause problems with customer service and inventory. Phenix product wheels assign product family lines to product lines and optimize the production sequence for minimal changeover loss.

In today's globalized landscape, the Steel Industry faces unprecedented challenges that are more formidable than ever. With constraints in budgets, a surge of new competitors, rising consumer demands, shorter product life cycles, and evolving customer requirements, businesses are under immense pressure to obtain precise information that allows for effective decision-making and communication throughout their operations. To tackle these adversities and maintain their status as industry leaders, it is essential for steel manufacturers to adopt a Manufacturing Execution System (MES) that converts these obstacles into a competitive edge. The expertise associated with MES spans a range of experience that varies from 8 to 35 years. The mesAPP, developed by USIT, incorporates insights gained through the expertise of consultants and strategic partnerships. Additionally, discrepancies in production schedules, yard management, and customer deliveries, all aligned with market demand, complicate operations further. Companies are also facing extended timelines when it comes to recalling and tracing quality records, which is critical for addressing customer complaints and managing repairs effectively. This situation underscores the necessity for advanced solutions that can streamline processes and enhance operational efficiency.

Laurel MES is a cloud-based platform designed specifically by production engineers to streamline operations in manufacturing facilities, ensuring consistent and accurate batch production. This comprehensive system allows users to drive, assign, manage, and oversee all manufacturing processes from a single dashboard. Covering every stage of the manufacturing lifecycle—from initial production to final packaging—Laurel MES is compatible with various types of Pharma and Chemical Product Manufacturing. By offering integrated solutions that enhance value and minimize errors, Laurel MES effectively serves all production lines within the Pharma and Chemical sectors. The system has been designed to fully replace traditional manual batch records with electronic versions that mirror the appearance of physical manufacturing records, thus facilitating a smoother transition to digital documentation. This innovative approach not only boosts efficiency but also promotes better compliance with industry regulations.

Built on a workflow-driven, composable application architecture that allows organizations to turn on only the operations they need and then implement them. This reduces the time-to market of traditional MES solutions. Symphony's manufacturing operations management software includes: Pre-built library with thousands of processes (shipping/receiving and quality execution), hundreds connectors (ERP. PLC. Sensors. MOM applications). - Low code, drag & drop visual workflow-based application composer; enables rapid deployment with pre-built MES & Operations applications, as well as configuring/deploying new solutions using our low-code library to your site's specific needs. - Enterprise Management - AI Continuous Improvement MOM 360™, powered by a microservices architecture and connected by a high speed service bus, provides robust, reliable, and low latency operations required for manufacturing mission control system systems.

Plataine stands out as a premier provider of optimization solutions that leverage Industrial IoT and AI technology specifically tailored for advanced manufacturing environments. By employing intelligent and interconnected Digital Assistants, Plataine enhances the manufacturing process by streamlining and automating decision-making on the shop floor. Their cutting-edge AI, combined with deep expertise in manufacturing, allows Plataine's cloud solutions to constantly evaluate the current state of operations and anticipate future developments, delivering valuable insights, alerts, and recommendations that empower production teams to make informed decisions promptly and effectively. This capability not only fosters real-time optimization but also significantly supports global manufacturers in their pursuit of digital transformation, ultimately boosting the overall value derived from Plataine's innovative solutions. In a rapidly evolving industrial landscape, Plataine continues to lead the way in enhancing operational efficiency and productivity for its clients.

The SAP Digital Manufacturing Cloud provides a comprehensive manufacturing execution system (MES) that enables the execution of processes, scenario analysis, and system integration using an efficient Industry 4.0 framework. It allows key stakeholders to gain insights into manufacturing performance at both global and plant levels through user-friendly, preconfigured analytics. By consolidating various manufacturing operations management (MOM) and automation systems, it connects multiple solutions and standard-based interfaces for streamlined data acquisition. Furthermore, it promotes ongoing business enhancement by employing advanced algorithms and machine learning to speed up root-cause analysis. As a result, businesses can meet highly individualized market demands, manage significant product variability, and enhance customer satisfaction while also preserving productivity, profitability, and quality standards. This holistic approach ultimately positions organizations to navigate the complexities of modern manufacturing more effectively.

Transform manufacturing operations and unify business systems by employing a cost-efficient, high-quality, and resource-savvy approach rooted in Industry 4.0 innovations. By utilizing Internet of Things (IoT) solutions, you can enhance operational transparency with near real-time data, boosting both reliability and product traceability. This integration not only streamlines processes but also positions your business for future growth in a competitive landscape.

A Manufacturing Execution System (MES) is a specialized software that links, oversees, and manages the intricate flow of manufacturing data and information systems within a production facility. By streamlining the execution of manufacturing tasks, it significantly boosts production efficiency and output. Positioned as a functional information layer between Enterprise Resource Planning (ERP) systems and process control software, MES provides manufacturers with immediate insights, adaptability, and the ability to enhance operational efficiency. This software integrates real-time production data from various sites, factories, and vendors, while also connecting automation technology with business applications. An effective MES serves as a production-centric tool that effortlessly merges with existing business frameworks, functioning similarly to traditional ERP systems tailored for the manufacturing sector. Consequently, MES leads to improved visibility, better control, and optimized production processes throughout the organization, ultimately contributing to a more agile manufacturing environment.

FactoryTalk® PharmaSuite stands out as the premier MES solution tailored for the Life Sciences sector. It enhances every phase of the recipe life cycle through role-specific optimization, ensuring quicker results for all stakeholders involved. The system’s open-content architecture, combined with an advanced upgrade mechanism, supports robust growth in both batch and discrete manufacturing processes. Additionally, our FactoryTalk PharmaSuite MES offers value-driven applications that assist in navigating regulatory compliance requirements. By utilizing MES, organizations can enhance their operational efficiency, streamline their supply chains, and strive towards their sustainability objectives. PharmaSuite MES not only manages production operations but also reinforces adherence to regulatory standards, boosts operational effectiveness, and optimizes supply chain performance. With a focus on improving production efficiency, accelerating time-to-market, and simplifying compliance processes, this modern MES solution is indispensable for forward-thinking companies. Ultimately, embracing PharmaSuite ensures a competitive edge in an evolving industry landscape.

Innova is a robust software solution designed to gather and organize data, empowering food processors to enhance their operational efficiency and boost productivity levels. It optimizes everything from product delivery to the final stages of output, effectively reducing unexpected downtime and helping processors achieve their ambitious goals. With complete oversight of the production workflow, managers can generate reports and integrate information with external systems to facilitate detailed cost analysis and strategic production planning. This capability equips managers to maximize throughput, minimize waste, and utilize labor and raw materials more effectively, all while ensuring full traceability of the finished products. The Innova Food Processing software offers a spectrum of solutions, from basic device control modules to comprehensive processing systems tailored to meet the unique requirements of food processors. Furthermore, Innova addresses essential manufacturing execution system (MES) functionalities that are critical for modern food processing operations, ensuring that users remain competitive in a rapidly evolving industry. Overall, Innova stands as a vital tool that enables food processors to not only meet but exceed their operational objectives.

The Manufacturing Execution System (MES) serves as a platform designed to enhance manufacturing efficiency and execution by enabling the collection, analysis, and presentation of data from machines or the entire production line in an accessible format. This software is deployed to make the tasks of operators more predictable and to support managers in making informed decisions that lead to quicker and improved production outcomes. By facilitating automatic data retrieval from machines, the MES enables real-time monitoring of the production process and its ongoing progress. The extent of the system's capabilities is contingent upon the specific class of the solution that is put into action. Our MES System effectively tracks the actual operational time of machines while also logging downtime through automated data collection, which empowers managers to better plan production tasks and oversee their execution. Additionally, the system gathers information regarding the quality of produced components, providing instant alerts about any discrepancies. Ultimately, one of the most significant advantages of this system is its ability to markedly diminish the likelihood of resource wastage, which can positively impact overall operational efficiency. Furthermore, by streamlining these processes, the MES fosters a more organized production environment.