AGYTEK MOM

• APS: Advanced Planning and Scheduling (APS) consists of Master Plan Scheduling (MPS), Master Resources Planning (MRP), Master Demand Scheduling (MDS), Delivery Planning (DP), Production Planning & Scheduling (PPS) and Input-Output Planning (IOP) is a comprehensive solution. This is a type of software used in manufacturing and production environments. APS systems help optimize production schedules by considering various constraints such as machine availability, labor resources, material availability, and order priorities. They aim to improve efficiency, reduce lead times, and minimize production costs.
• OWL: OWL is a comprehensive solution for managing logistics, warehouse operations, and vehicle management within a single platform or integrated ecosystem. Each module plays a crucial role in optimizing processes, enhancing visibility, and improving overall efficiency in logistics and supply chain management:
  • VMS (Vehicle management System): This module is designed to manage and track vendor’s vehicle activities within a facility or organization. It typically includes features such as inbound/outbound registration, check-in/check-out procedures and access control:
  • WMS (Onsite Warehouse System): A specialized module tailored for managing warehouse operations within a specific location or facility. This may include functions such as inventory management, order processing, picking, packing, and shipping.
  • WCS (Warehouse Control System): controls and manages automated material handling equipment within a warehouse or distribution center. It interfaces with devices such as conveyors, sorters, automated storage and retrieval systems (AS/RS), and other machinery to optimize the flow of goods through the warehouse.
  • LES (Logistics Execution System): integrates with various systems and technologies to coordinate the movement of goods from suppliers to customers efficiently.
• QMS: QMS typically stands for Quality Management System. It's a comprehensive framework or set of processes that organizations use to ensure that their products or services consistently meet customer requirements and regulatory standards. Implementing a QMS helps organizations enhance customer satisfaction, reduce waste and defects, improve efficiency, comply with regulatory requirements, and ultimately achieve higher levels of quality and performance across their operations:Quality Planning/Quality Control/Quality issue tracking and improvement
• MES: Manufacturing Execution System (MES) enables businesses to optimize their production operations by providing comprehensive features such as real-time production monitoring, production scheduling, work order management, quality control, inventory tracking, traceability, and data analysis. By implementing MES, companies can achieve higher levels of efficiency, productivity, and quality in their manufacturing processes. Real-time monitoring allows for immediate response to production issues, minimizing downtime and maximizing throughput. Production scheduling ensures optimal utilization of resources and adherence to production timelines. Work order management streamlines task assignments and progress tracking.
• EAM: Equipment Assets Management (EAM) is a systematic approach to overseeing production equipment throughout their entire lifecycle. It involves several key practices to ensure optimal performance, cost-efficiency, and longevity of equipment. EAM consists of equipment monitoring, spare management, equipment inspection & maintenance and repair & calibration management. EAM also can incorporate with additional modules to further enhance equipment performance such as
  • TLMS ( Tooling Lifecycle Management System): is a comprehensive solution for managing the entire lifecycle of tools and equipment used in manufacturing and production environments. This system aims to optimize the utilization, maintenance, and replacement of tools to ensure efficiency, reduce downtime, and manage costs effectively.
  • TPMS ( Tooling Production Monitoring System ): that utilizes vibration and power sensors, along with AI algorithms for predictive analysis and early warnings, is a sophisticated solution designed to enhance the reliability and efficiency of manufacturing processes.
• EMS: Energy Management Solutions (EMS) is a comprehensive solution to help businesses to understand consumed energy. Energy can be in the form of electricity, water, air or gas that consumes to run your business operations. Besides monitoring, this solution can help to optimize its usage to reduce energy waste and to align with businesses’ sustainability goals.
  • Energy Monitoring System (EMS): is help to monitor energy usage and energy demand. It uses PDCA (Plan, Do, Check, Action) to help to achieve energy KPI
  • Energy Optimization System (EOS): comes with Energy-saving analyzer tool enables users to freely organize and conduct scenario-based analyses. Additionally, it has boiler & air compressor optimization module to help to users to effectively optimized these energy usage while maximize its performance.