Top Predator RCM Alternatives

Since 1999, OmegaCube has been transforming business operations through innovative technology solutions. The company's flagship product, OmegaCube ERP, is a specialized enterprise resource management (ERP) system tailored specifically for the manufacturing and distribution sectors. This software effectively addresses the requirements of industries such as aerospace, automotive, metal fabrication, electronics, and medical devices. Designed to streamline workflows, it significantly enhances companies' operational efficiency. Furthermore, with our proprietary development studio, users can easily customize the software, develop their applications, and embed specific business rules with minimal coding effort. This flexibility allows employees to access the ERP system from any web browser or mobile device, regardless of their location. Additionally, the software can be deployed either on-premise or in the cloud, catering to diverse business needs. OmegaCube also provides the essential implementation expertise required for successful integration. Our reliable implementation strategy has empowered organizations of all sizes to achieve their strategic business objectives, fostering a culture of innovation and growth.

Evocon is a cloud-based solution designed for monitoring production, assisting manufacturing firms in enhancing their operational efficiency. By automating and digitizing the process of gathering data from production machines, Evocon ensures that this information is seamlessly transferred to the cloud, allowing manufacturers to access it in real-time, whether they are on-site or working remotely. Furthermore, the platform visualizes this data in a user-friendly manner, making it actionable for users. This capability enables manufacturers to monitor downtime, minimize costs, and optimize their production equipment usage effectively. Additionally, it provides a foundation for informed decision-making, highlighting where to allocate resources and identifying which areas require the most focus for improvement. Through enhanced transparency, Evocon empowers organizations to chart a course based on their data insights. With over a decade of expertise in production monitoring, Evocon has been adopted in more than 50 countries and spans 14 diverse industries, all while offering support in 18 languages to cater to a global audience. This extensive reach underscores the platform's adaptability and effectiveness in various manufacturing environments.

Visual Planning serves as an effective tool for scheduling and managing resources, boasting an intuitive interface that makes it easy to navigate. Countless organizations leverage Visual Planning to enhance collaboration by seamlessly sharing their schedules and working together more effectively.

Since 1994, Predator Software has been at the forefront of automating manufacturing processes globally. Their pioneering software applications have garnered multiple awards, showcasing their innovative approach. As a prominent player in Industry 4.0, lean manufacturing, and industrial networking, Predator Software offers a comprehensive suite of solutions. Their SFC technology encompasses a range of capabilities, including CNC networking, overall equipment effectiveness (OEE) monitoring, data collection, machine simulation and verification, tool management, and gage crib management. Additionally, they provide traveler management, CNC post-processing, flexible manufacturing systems, and robotic cell control software, demonstrating their commitment to enhancing operational efficiency and productivity in manufacturing environments. With a focus on continuous improvement, Predator Software is poised to drive the future of manufacturing technology.

MV2 serves as a highly efficient and powerful Manufacturing Execution System (MES) designed to optimize the utilization of current resources and processes without the expense of additional automation or workforce expansion. This MES seamlessly integrates with PLC-level systems and existing Microsoft F&O ERP, enabling real-time monitoring and management of personnel and machinery throughout the manufacturing facility. It acts as a software platform that links, observes, and synchronizes the intricate systems, data exchanges, and personnel on the shop floor. The primary function of an MES is to manage and streamline the execution of manufacturing tasks, thereby enhancing overall production efficiency within the factory. By utilizing MES, shop floor employees can concentrate on their tasks rather than being distracted by excessive reading or data entry, which ultimately leads to a more efficient work environment. Furthermore, the integration of MV2 MES fosters a more connected and responsive manufacturing ecosystem, allowing for better decision-making and resource allocation.

Predator DNC software serves as a comprehensive networking solution designed to integrate a variety of industrial equipment, including CNC machines, robots, coordinate measuring machines (CMMs), programmable logic controllers (PLCs), laser markers, dot peen markers, tool presetters, and test stands into a unified company network. This software facilitates the management of CNC programs, variables, offsets, parameters, PLC registers, and various production file types. Additionally, Predator DNC is compatible with over 50 industrial communication protocols, enabling efficient dripfeeding, downloading, and uploading through multiple interfaces such as parallel, RS-232, RS-422, Ethernet, and wireless Ethernet. Its versatility makes it an essential tool for enhancing productivity in manufacturing environments.

Predator CNC Editor stands out as a highly regarded CNC editing software available today. With its extensive array of features, it significantly enhances the efficiency of CNC operators, programmers, and machine tool operators alike. Despite its advanced capabilities, the software remains user-friendly. This makes Predator CNC Editor an excellent option for both small workshops and large-scale manufacturing facilities. Its versatility and ease of use make it a favored tool in the industry.

The management of tool, fixture, and gage cribs has been revolutionized through the use of barcodes and gage certifications, alongside a real-time check-in and check-out system. Predator Tracker streamlines the organization and monitoring of your tools, fixtures, and gages via electronic means. By implementing Predator Tracker, manufacturing efficiency is significantly enhanced through features such as real-time tracking of check-ins and check-outs, monitoring of consumption rates, establishing reorder levels, managing scrap, and overseeing calibration certifications and rework processes. The system allows for the swift check-in and check-out of various items, including tools, cutters, inserts, gages, and fixtures, simplifying the workflow with automatic selection of crib locations and serial numbers. Additionally, incorporating barcode readers can minimize errors and further streamline the overall process. The data collection capabilities during checkout are highly customizable, providing support for various parameters such as department and location, group, machine job, part type, and even individual personnel. This advanced tracking system not only aids in maintaining an organized inventory but also enhances accountability and traceability throughout the manufacturing process.

Predator MDC serves as an advanced software solution for monitoring machines in real-time. It seamlessly gathers, visualizes, and analyzes live manufacturing data from the shop floor, including metrics such as OEE, idle time, and machine downtime. By offering precise productivity metrics and key performance indicators, Predator MDC enhances manufacturing processes, enabling informed decision-making and operational improvements. This software keeps you updated on your manufacturing efficiency, evaluating machine utilization, worker productivity, and overall production rates. Additionally, Predator MDC facilitates the comparison of continuous improvement outcomes in lean manufacturing initiatives. It transforms real-time data into actionable insights across various metrics and KPIs, focusing on availability, quality, and performance. With just a few clicks, users can easily access detailed KPIs for individual machines as well as aggregated metrics for entire departments spanning multiple facilities, allowing for a comprehensive overview of manufacturing performance. This capability fosters a deeper understanding of operational strengths and areas that may need enhancement.

Custom Plena bots are specifically engineered to perform a three-way match and effectively pinpoint duplicate entries. Moreover, these bots are capable of implementing business rules to allocate general ledger codes, compute taxes, and extract essential information from invoices. Accounts Receivable (AR) robots significantly improve the management of cash postings, scrutinize billing reports, and send reminders for overdue invoices. The automation facilitated by a Plena robot streamlines the payment collection process, making it quicker and more efficient than ever before. A customized bot can be set up to analyze incoming payments multiple times throughout the day, which is especially advantageous for accounts receivable teams managing net terms or overdue invoices. Additionally, AR robots are adept at handling even the most complex billing procedures, ensuring accurate receivables documentation and managing bad debt effectively. Our robots take control of the keyboard, mouse, and screen on any device to perform tasks and make informed decisions by interacting with various applications or files. This capability enables the automation of entire workflows from beginning to end with minimal human intervention. Digital robots execute their tasks in a manner akin to humans but do so without making mistakes and consistently uphold maximum efficiency, thus transforming operational productivity. Ultimately, the future of automation is rooted in the flawless integration of these intelligent bots into the daily functions of businesses, paving the way for unprecedented advancements in productivity and accuracy. This evolution marks a significant leap toward a more automated and efficient business landscape.

The FIELD system, known as FANUC Intelligent Edge Link & Drive, is an advanced Industrial IoT platform developed by FANUC, designed to connect production machinery from different eras and brands, extending beyond just FANUC devices. This integrated system enables comprehensive data collection and insightful analysis throughout the manufacturing process, which helps minimize equipment downtime while improving operational efficiency and product quality. As an open platform, FIELD allows manufacturers to seamlessly incorporate devices from a variety of vendors, such as robots, PLCs, and sensors, and to create and implement FIELD Apps tailored to their specific needs. Furthermore, users can also purchase FIELD Apps created by either equipment manufacturers or independent software developers, each providing sophisticated features and innovative solutions to bolster their operational effectiveness. In essence, FIELD acts as a dynamic platform that encourages collaboration and drives innovation within the manufacturing sector, ultimately transforming how industries operate and adapt to new challenges. Its versatility positions it as a key asset for manufacturers looking to enhance productivity and streamline processes.

With over two decades of expertise in designing and implementing Manufacturing Execution Systems (MES), Mapex specializes in capturing and analyzing essential data related to production control, planning, quality, and maintenance in the manufacturing industry. Our mission is to support industrial firms in their journey toward digital transformation by offering a technological platform that not only cuts costs but also enhances the efficiency of production facilities, ensuring they remain competitive in the era of Industry 4.0. The array of Mapex products is organized into functional modules, each capable of functioning independently while also seamlessly integrating with a variety of ERP systems. This comprehensive suite addresses all the control needs of modern plants, effectively transforming them into intelligent, automated factories that meet contemporary demands. By leveraging our solutions, companies can gain valuable insights that drive operational excellence and foster innovation in their manufacturing processes.

At the cutting edge of our strategy are innovative manufacturing techniques that redefine product creation. By incorporating state-of-the-art technologies like computer vision, machine learning, cloud computing, and adaptive robotics, we streamline both product assembly and inspection, leading to marked improvements in flexibility, scalability, resilience, and cost efficiency within the industry. Our dedicated team, well-versed in practical manufacturing challenges, draws upon their extensive experience to tackle even the most complex production issues. Prioritizing factory resilience for both present and future demands, we focus on minimizing production inefficiencies caused by human error and fatigue, thus facilitating a consistent output through our software-driven assembly systems. Moreover, a decreased dependence on human labor not only lowers operational costs but also accelerates time-to-market, enabling you to produce goods nearer to your customer base and supply chains. With our production-ready microfactories, you can achieve an impressive production ramp-up, often reaching speeds that are 50% faster than traditional methods. Our intuitive interface allows for quick and simple adjustments to your production line configuration, eliminating the need for programming and enhancing manufacturing efficiency. Ultimately, we are devoted to equipping manufacturers with the necessary tools to excel in a competitive market landscape, fostering sustained growth and innovation for all our partners. This commitment not only ensures operational success but also positions our clients as leaders in their respective fields.

Predator PDM is an innovative Production Data Management software that eliminates paper processes by efficiently organizing and managing CNC Programs, Robot Programs, PLC Programs, CMM Programs, and safety protocols. Its capabilities extend to facilitating a paperless environment on the shop floor through seamless integration with systems like DNC, CNC Editor, Virtual CNC Editor, MDC, and Tracker. By providing a harmonious blend of flexibility, control, and accountability, Predator PDM simplifies compliance with international standards such as AS9100 and CFR21 Part 11. Quality assurance teams value this software for its effectiveness in maintaining quality priorities and managing changes, significantly reducing the risk of issues during FDA, FAA, and DOD audits. Additionally, manufacturing engineers and CNC programmers benefit daily from enhanced visualization of the manufacturing workflow and improved revision control of documents. With its comprehensive features, Predator PDM not only streamlines operations but also fosters a culture of quality and continuous improvement across the organization.

VisualCron is a multifunctional application tailored for automating tasks, integrating systems, and scheduling operations specifically within Windows environments. A key highlight of this tool is its ability to empower users to design tasks without any coding knowledge, thereby broadening its accessibility. The straightforward interface promotes ease of task creation through user-friendly drag-and-drop options, making it navigable even for novices. With an extensive selection of over 100 customizable tasks, VisualCron caters to diverse technologies and varying user requirements. The development process is significantly shaped by user feedback, showcasing a strong dedication to fulfilling customer expectations. Furthermore, VisualCron features extensive logging options, including audit, task, job, and output logs, which aid in efficient troubleshooting. Its strong flow and error management capabilities permit users to adapt to different errors and outputs in real-time. For those looking to achieve more advanced integration, VisualCron offers a programming interface for seamless API interaction. Crucially, the tool is designed with cost-effectiveness in mind, making it not only affordable to purchase and maintain but also promising a swift return on investment for its users. In conclusion, VisualCron stands out by merging simplicity with powerful functionalities, positioning itself as a top-tier choice for automation enthusiasts. Its adaptability and user-centric design further reinforce its appeal in the automation landscape.

Sanmina has introduced a sophisticated failure analysis suite that dramatically reduces time to market by enhancing the speed of fault isolation and diagnosis for complex PCBAs by threefold. The Sanmina 4.0 initiative harnesses the principles of Industry 4.0, lean practices, and advanced global IT frameworks to deliver remarkable value to its clients, emphasizing critical components such as accelerated market entry, flexible demand management, and the simplification of intricate global supply chain operations, all while maintaining an emphasis on cost efficiency, quality assurance, and compliance with regulatory standards. This forward-thinking strategy integrates interoperability, machine-to-machine communication, automation, IIoT, and cloud computing, which supports the creation and management of a global network consisting of 75 state-of-the-art manufacturing facilities. Within these plants, Sanmina develops and oversees fully automated production lines that are not only highly reliable and economical but also have the capacity to manufacture hundreds of millions of medical and automotive products annually. Furthermore, the organization utilizes various task automation cells that improve quality and cost efficiency, many of which are equipped with vision systems that facilitate the real-time updating of electronic quality records, ensuring ongoing enhancement and regulatory compliance. Through these innovative practices, Sanmina not only streamlines its operations but also reinforces its position as a frontrunner in the competitive manufacturing landscape, continually striving for excellence in every aspect of its business.

Q.Shop, which was formerly known as Quince Shop Floor Data Collector, is a specialized software solution tailored for the manufacturing industry, particularly for those involved in repair and overhaul operations. The processes associated with repair and overhaul can often be demanding and intricate. Q.Shop serves as a comprehensive data collection platform that consolidates shop floor inspection protocols, process manuals, work instructions, and machinery data into one cohesive system. This integration enhances traceability and fosters improved collaboration among technicians, supervisors, and managers alike. Additionally, Q.Shop provides a scheduling feature that organizes both jobs and employee shifts. By streamlining operational efficiency, it ensures that machine use and staff assignments are optimized. Operators are allocated to tasks based on their qualifications, expertise, and the certifications they hold. Furthermore, Q.Shop boosts overall productivity by delivering a scheduling solution that best fits the existing workforce, equipment availability, inventory levels, and sales demands, enabling businesses to operate more effectively. Ultimately, this software not only simplifies daily operations but also supports strategic decision-making in resource management.

Our data acquisition system for manufacturing provides a versatile and budget-friendly option that emphasizes ease of use, integrates smoothly with ERP platforms, and interfaces seamlessly with both modern and older machines, while also ensuring exceptional customer support. By connecting the shop floor to management in real-time, it guarantees that accurate and live production data is readily available throughout your facility. This system enables quick and proactive responses to alerts related to downtime, process parameters, cycle speeds, and other irregularities. Users can foresee potential production bottlenecks, promptly adapt to changes in production schedules, and effectively handle tool changes or delayed orders through our user-friendly drag-and-drop scheduling interface. Moreover, the tailored business intelligence reports and dashboards equip users to make informed decisions, improving production efficiency, streamlining processes, sustaining product quality, and strategically managing Capital Expenditure priorities. Furthermore, with these advanced features, manufacturers can not only meet industry requirements but also elevate their overall operational effectiveness and adapt to future challenges.

For more than twenty-five years, ProfitFab has focused on improving control and profitability across diverse manufacturing sectors such as Job Shops, Sheet Metal Shops, and OEM/Make-to-Order industries on a global scale. The company provides the most extensive and intuitive portal for Enterprise Resource Planning, which supports the efficient management of day-to-day operations and customer interactions, covering processes from quotations to invoicing. Designed specifically to enhance management workflows, ProfitFab's ERP software enables businesses to quickly achieve complete visibility over their daily activities. It includes features for automated scheduling and management of Jobs, Inventory, Parts, Employees, and Customers, all through a fully integrated ERP solution. Clients have received notifications via email regarding how to update their software, ensuring they take advantage of the latest enhancements. If you have any questions, please do not hesitate to contact our office. Additionally, the next major update is currently being tested in select manufacturing environments, reflecting our ongoing dedication to innovation. This proactive approach guarantees that users maintain a leading edge in productivity and operational efficiency. As we continue to evolve, we remain committed to supporting our clients with the tools they need to succeed.

This procedure involves budgeting and preparing quotations, creating samples, organizing materials, monitoring production progress, and overseeing shipping logistics. With the implementation of RFID technology, it allows for the gathering of real-time data from the production floor, which aids in efficient monitoring of production activities, as well as overseeing employee attendance and payroll management. There are no limitations based on location, making a remote office feasible where essential data can be accessed from anywhere. This adaptability enables seamless sharing and synchronization of information with business collaborators, and the data remains accessible across various compatible devices. It proves particularly advantageous for the development of complex samples and supports thorough management throughout the entire template process. By enhancing production efficiency using existing resources, it helps guarantee timely deliveries without delays. Furthermore, maintaining strict oversight of inventory levels prevents the unnecessary duplication of material purchases, which ultimately cuts costs and minimizes the requirement for large storage spaces, leading to a more efficient operational model. This strategic approach significantly boosts operational efficacy while also elevating overall profitability, creating a win-win scenario for the business.

The cmExe platform transforms the landscape of production tracking and optimization within the building materials industry by integrating supply chain management, fabrication, logistics, and installation into a cohesive, intuitive web-based system. This groundbreaking solution effectively tackles common issues faced in the construction sector, particularly the disjointed technological workflows that impede communication between design, fabrication, logistics, and installation teams. By relying on outdated methods such as paper and spreadsheets for tracking production and client reporting, many companies find their processes to be tedious and inefficient. Additionally, these conventional approaches impede the traceability of materials and resources while lacking the immediate contextual data essential for making well-informed decisions about project details. cmExe eliminates these challenges by digitizing the entire workflow from production to installation, employing QR Code or RFID technology to enhance visualization on a Building Information Modeling (BIM) model that can be easily accessed via any web browser. This innovative approach promotes seamless collaboration and real-time information sharing among all stakeholders involved in the project, ensuring that crucial data is available on smart devices whenever needed. Consequently, cmExe not only boosts efficiency and transparency throughout the construction workflow but also cultivates a more interconnected and agile project environment, paving the way for future advancements in the industry. As a result, companies adopting cmExe can expect to see significant improvements in their project outcomes and overall productivity.

Manage every aspect of your tools with Royals' all-inclusive browser-based modular tool management software. This application features a Royals presenter interface along with a variety of modules that cover inventory management, tool lifespan tracking, cutter grinding, barcoding, and RFID technology. It allows for the direct integration of assembly details, schematics, adapters, modes, and offsets into the real-time gauge display for immediate visibility. The software is equipped with programmed measurement functions for both metric and imperial units, accommodating measurements such as radius, diameter, slopes, and angles. Furthermore, it enables the tracking of component quantities specifically in the cutter grinding sector. You can assign components to designated operators or machines, while keeping precise records of the stock removed, scrap generated, and the time spent during the cutter grinding operations. This comprehensive system not only streamlines processes but also significantly boosts the overall efficiency and accuracy of your tooling activities, making it an invaluable asset for any operation. By utilizing such advanced technology, businesses can ensure optimal performance and resource management throughout their tooling workflows.

A new era has emerged, enabling robots to operate safely in public spaces. Thanks to the latest technological advancements, we are witnessing a time when robots can offer substantial advantages that were once confined to highly regulated settings. Our innovative AI software equips partners to develop autonomous robots that can navigate effectively in a variety of public indoor environments, including retail stores, airports, and medical facilities. This evolution presents exciting opportunities for companies and their employees alike. While automation has often required hefty investments, our BrainOS®-driven robots eliminate such financial burdens, as they do not necessitate specialized infrastructure or extensive training. By assigning repetitive tasks to robots, companies can liberate significant time for their staff to focus on more meaningful work. Additionally, employing robots for demanding tasks greatly improves safety conditions for both employees and patrons. The adoption of these smart machines not only optimizes operational efficiency but also cultivates a more secure and productive workplace atmosphere. As we continue to embrace these advancements, the potential for redefining job roles and enhancing service quality is boundless.

OSARO provides advanced automation solutions specifically designed to tackle the challenges faced by logistics and manufacturing professionals. The software adeptly adapts to changing tasks, significantly boosting productivity while reinforcing supply chain robustness through its machine learning technology. By merging state-of-the-art machine learning for visual recognition with powerful control systems for object manipulation, OSARO guarantees versatile applications and outstanding performance. Moreover, the system features flexible and scalable intelligence that meets the distinct demands of each client. These capabilities not only improve the effectiveness of current robotic systems but also unlock new opportunities for the factories and distribution centers of the future. In addition, OSARO's visual intelligence is crafted to harmonize with individualized customer needs, ensuring peak performance. The software suite further provides a wide array of configuration options, enabling clients to customize features to align with their operational goals and optimize productivity. Ultimately, OSARO's commitment to innovation positions it as a leader in the automation landscape, ready to meet the evolving demands of the industry.

Utilizing RFID or barcode technology can streamline data acquisition within your warehouses and manufacturing processes. This approach provides immediate insights into inventory levels, work in progress, containers, labor metrics, and machine performance. Radley Data Collection supports both Android and Windows platforms, seamlessly integrating various systems, databases, and machinery to reduce errors and minimize manual intervention. Additionally, Radley customizes workflows to align with your specific processes, merging multiple tasks into a single user-friendly workflow, complete with a multilingual interface. These adaptable and scalable Radley solutions are designed to accommodate your evolving requirements, ensuring you remain prepared for future challenges.

Optimize both straightforward and complex business operations by integrating human capabilities with robotic processes, which significantly reduces the burden of routine tasks for knowledge workers and boosts overall organizational productivity. Employ machine learning (ML) and artificial intelligence (AI) to deliver intelligent responses to customer inquiries, while maintaining a personal touch in interactions. Newgen's Robotic Process Automation (RPA) acts as an essential link in achieving holistic process automation. This empowers businesses to manage repetitive and mundane tasks either autonomously or as part of larger, intricate enterprise workflows. Furthermore, Process Insights enables continuous monitoring of the health and efficiency of complex processes by revealing hidden challenges and pinpointing tasks ripe for automation, in addition to forecasting future resource requirements based on historical data. By adopting such advanced technology, organizations stand to not only enhance efficiency but also cultivate a more agile and adaptive work environment that can better respond to changing demands. Ultimately, this strategic approach positions businesses to thrive in an increasingly competitive landscape.

akaBot serves as a comprehensive solution for robotic process automation (RPA) and hyperautomation, aimed at assisting businesses in optimizing their workflows and facilitating digital transformation. Its powerful platform empowers organizations to automate mundane tasks, improve operational efficiency, and incorporate intelligent automation across multiple business functions. This solution caters to essential sectors including finance, banking, healthcare, and supply chain management, enabling the automation of various operations such as invoice processing, customer service, and human resources. By leveraging akaBot, enterprises can achieve significant time savings, lower expenses, and enhanced precision through the integration of AI agents and RPA features into their everyday activities. Ultimately, akaBot paves the way for organizations to thrive in an increasingly digital landscape.

Predator Touch HMI is an innovative Human Machine Interface that prioritizes touch interaction to supersede traditional shop floor barcode and QR code readers, as well as handheld terminals. Operators and machinists appreciate its intuitive design, while IT departments benefit from the straightforward process of developing and rolling out new applications. This interface is compatible with all versions of Windows, enabling seamless data collection in real-time, DNC operations, and the use of various applications with a contemporary touch interface. It allows for efficient tracking of machine downtimes and reasons for scrap. Predator Touch HMIs can enhance manufacturing processes across several platforms, including test stands, assembly lines, light towers, and MDC, making them a cost-effective alternative to pricier PLC plus HMI touchscreen solutions. Additionally, many Windows tablets, laptops, and PCs are rugged enough to function effectively in challenging manufacturing conditions. Users can also develop tailored CMM/inspection front-end client HMI applications suitable for a wide range of CMM and inspection software, further expanding the usability of Predator Touch HMI in various industrial settings. This adaptability ensures that manufacturers can optimize their operations while maintaining a user-friendly experience.

Robonomics AI enables organizations to enhance their customer engagement, boost revenues, optimize operational workflows, and strengthen cybersecurity through customized Artificial Intelligence solutions integrated into our pioneering platform. This platform provides gig workers, such as AI researchers, IT consultants, and university students, with the tools to develop innovative AI-driven minimum viable products (MVPs) that tackle these challenges on a grand scale. The effective utilization of Artificial Intelligence alongside Robotic Process Automation (RPA) relies on the synergistic incorporation of complementary technologies within a framework known as Digital 2.0. Each technology under the Digital 2.0 umbrella, including Machine Learning (ML), the Internet of Things (IoT), RPA, Process Mining, and Chatbots, has unique strengths capable of solving intricate problems. Nevertheless, the true power of these technologies emerges only when they are integrated effectively, resulting in solutions that surpass the potential of any single technology. In our pursuit of optimal results, we partner with top original equipment manufacturers (OEMs) across various technology domains to provide tailored and impactful solutions that meet our clients' specific requirements. Our dedication to continuous innovation not only keeps us at the forefront of industry advancements but also ensures we can adapt to the rapidly changing digital environment with agility and foresight. Thus, we remain committed to refining our approaches and exploring new avenues to deliver exceptional value to our clients.

The Epicor Advanced Manufacturing Execution System is tailored for plastic molders, manufacturers engaged in repetitive tasks, and those utilizing assembly processes with various machines, aiming to support floor operators in effectively overseeing and enhancing their production operations. This system empowers manufacturers to gain insights into their business through real-time data regarding plant performance and machinery status, enabling the identification of resource allocation inefficiencies and the discovery of additional operational capacity. Additionally, it serves as a tool for tracking machine downtime, scrap production, and material wastage throughout each production cycle. The software facilitates real-time oversight of manufacturing processes, dynamic scheduling, and enhanced operational visibility, allowing users to access detailed production information and track up to 100,000 operational cycles. Maintenance teams benefit from the availability of comprehensive machine condition reports, aiding in the strategizing of preventive maintenance activities, while Advanced MES seamlessly integrates accounting functionalities alongside manufacturing estimation processes. Overall, this system not only refines operational efficiency but also enhances decision-making through its comprehensive analytical capabilities.