Sunday, March 15, 2026
Sunday, March 15, 2026
Advanced Planning and Scheduling Platform

iPASP APS

Supply Chain Loop Management Operations Take the Lead
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iPASP APS conducts production scheduling planning from a whole supply chain management perspective. It can consider the production constraints of people, machines, materials, methods, environment, measurement, and energy, under the goals of production efficiency, order delivery, profit, and cost, among others, and perform planning calculations for short-term, medium-term, and long-term production plans. While simultaneously considering the various realities of raw material procurement, inventory, on-site production, and the delivery conditions of suppliers and outsourcers, it calculates the most appropriate production scheduling planning. It provides long- and short-term material demand estimates to facilitate material control and procurement operation management. Additionally, it can be expanded to incorporate demand management and forecasting, dynamic inventory management, and other platforms. The order-taking operation, scheduling operation, capacity analysis, material control operation, and inventory control can all be linked together to provide high-level, comprehensive supply chain management decision information.

Key pain points of enterprises

Scheduling planning

  • As the number of small and diverse products increases, batch size affects production line arrangement adjustments, resulting in difficulties with order delivery.
  • Formase has been opened with the existing schedule. Temporary insertion orders affect subsequent scheduling, and production and sales coordination content has not been aligned.
  • The cyclical production scheduling process is complex
    Mold/machine/workforce manufacturing resource planning factors affect production line arrangement and delivery date.

Material inventory

  • Production management cannot effectively manage the inventory of raw materials, semi-finished products, and finished products, resulting in production management placing orders for more products and increasing inventory costs.
  • Unable to simulate material conditions, high probability of stopping work waiting for materials, affecting scheduling progress.
  • It is challenging to calculate the supply of raw materials and semi-finished products across multiple factories, as the allocation of raw materials between factories is also tricky, leading to issues in material planning, supply, and demand planning.

Progress tracking

      • Requirement to generate a production report to manage real-time information
        Unable to check at any time whether the estimated start and completion date and production capacity of the order are early or delayed.
      • If delayed, production resources need to be adjusted immediately.

 

Demand planning

  • Requirement to generate a production report to manage real-time information
    Unable to check at any time whether the estimated start and completion date and production capacity of the order are early or delayed.
  • If delayed, production resources need to be adjusted immediately.

Bottleneck process

  • After receiving the order, it is challenging to complete and deliver on time, and it is difficult to find and eliminate the bottleneck process effectively.
  • No report shows the key bottleneck process.

Abnormal management

  • Too many quality abnormalities in production, and urgent refeeding of production must be carried out to affect the scheduling.
  • Difficulty in rework scheduling.

Dynamic balance calculation, accurate planning, and scheduling

manufacturing production scheduling as the core. This platform combines the dynamic balance scheduling calculations of ten methodologies to provide the most suitable short-, medium-, and long-term production scheduling planning solutions for the manufacturing industry, addressing small and diverse work orders, complex operational processes, multi-level material lists of finished and semi-finished products, and numerous production restrictions.

Dynamic balance calculation, accurate planning, and scheduling

manufacturing production scheduling as the core. This platform combines the dynamic balance scheduling calculations of ten methodologies to provide the most suitable short-, medium-, and long-term production scheduling planning solutions for the manufacturing industry, addressing small and diverse work orders, complex operational processes, multi-level material lists of finished and semi-finished products, and numerous production restrictions.

Six advantages of iPASP APS

Resilience

Rapidly calibrate the production schedule to respond to changes, such as temporary increases or decreases in demand, equipment failures, the arrival of raw materials, or process changes.

Responsiveness

Provide data tracking and query functions for order requirements, manufacturing orders, work-in-progress, and inventory to enhance information control and response capabilities.

Scheduling

Understand the current situation, plan future production and sales, and perform intelligent scheduling optimization that encompasses demand, inventory, production capacity, transportation, machines, materials, and workforce.

Expansion

The system architecture is flexible and can respond to expansion needs such as business, factory, outsourcing/supplier management, and can extend AI intelligent analysis applications to achieve data closed loop.

Security and control

Detailed functional hierarchical permission control enables users in the supply chain, production management, on-site execution, business, and other fields to synchronize information and get what they need.

Integration

Multiple data integration, Web Services, and API are compatible with various ERP, MES, and custom data formats.

See how APS can help you upgrade your industry~
Different models, the same challenges; APS, the key to industrial upgrading!

Although different industries have different manufacturing models, flexible automated scheduling has become the core of the supply chain in the face of challenges such as geopolitics, exchange rate fluctuations, equipment abnormalities, order changes and shortages. The introduction of APS can quickly adapt, optimize resources, reduce costs, and improve production capacity, accuracy rate and risk management to create a highly efficient and resilient intelligent supply chain.

Scheduling engine

iPASP APS Advanced Supply Chain Scheduling Module

The engine is powerful and comprehensive, capable of meeting the needs of various processes and restrictions. Automatically select special algorithms. For example, combined production, overlapping production, rework splitting, limited start and completion times, minimum line change loss, ZN scheduling rules, and automatic calculation of alternative materials, among others.

Our contact information

  • Product consultation : (02)7728-7958 #102
  • Certification and Certification Course Inquiry : (02)7728-7958 #102
  • Technical service : (02)7728-7958 #606-610
  • Education, Training and Curriculum Inquiry : (02)7728-7958 #102, 106
  • Service mailbox：service@aatactics.com

If you have any needs, welcome to write or call us for consultation.

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