Industry Solution

Semiconductor & Precision Metal | AiPS Machining Scheduling

For high-mix low-volume, high-precision environments with bottleneck CNC resources, combines machine capability, tooling/fixtures, routings, setup time, labor and due dates in finite-capacity scheduling.

Semiconductor & Precision Metal | AiPS Machining Scheduling
01 Business Challenge02 Solution Logic03 Core Capabilities04 GT Product Fit05 Value06 Demo
01
BUSINESS CHALLENGE

Why the current approach does not scale

Semiconductor parts and precision metal processing are typically high-mix low-volume, with long routings, capability differences, dedicated tools/fixtures and expensive CNC bottlenecks. Manual planning struggles to balance due dates and utilization.

02
SOLUTION LOGIC

How GT solves it

Model machine capability, routings, tooling/fixtures, shifts, setups, priorities and WIP together. AiPS performs finite-capacity operation scheduling and uses bottleneck heatmaps and plan comparison to select a better schedule.

03
CORE CAPABILITIES

Turn business constraints into system capabilities

01Machine/operation capability matrix
02Tool, fixture and inspection-equipment constraints
03Finite-capacity routing dependencies
04Setup and process-family grouping
05Bottleneck heatmaps, plan comparison and exception rescheduling
04GT PRODUCT FIT

Composable capabilities, not an isolated application

AiPS is the scheduling core; PLM + ERP Lite supplies routing/resource models; DataEx Hub connects MES, machines, tooling and WIP data.

05
BUSINESS VALUE

Outcomes should be measurable by the business

01

Less manual scheduling time

02

Higher bottleneck CNC utilization and OTD

03

Less setup and WIP waiting

04

Fast executable rescheduling after exceptions

DEMO

Optimize bottleneck CNC capacity with multi-operation orders

Load machining orders, routings, machine/tool constraints, inspect the bottleneck heatmap and compare scheduling objectives.

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