top of page
Modern Minimalist Simple Technology Banner(5).png

Automated Maintenance & Logistics Optimization for Intricate Electronic Systems

Key Features:

  • LCC: Life Cycle Cost Analysis

  • LORA: Level Of Repair Analysis

  • Spare Parts & Inventory optimization

  • Scheduled Maintenance Optimization

  • PdM, RBI: Preventive & Predictive Maintenance Optimization

  • Performance Analysis

  • RCM and MSG-3 Management


  • Cut Costs: Reduce spreadsheet and maintenance expenses while extending equipment life with data-driven decisions.

  • Integrated Planning: Plan logistics and maintenance during the design phase for seamless implementation.

  • Fast Decisions: Make quick and optimized maintenance plans with rapid analytic calculations.

  • Smart Inventory: Optimize spare parts to minimize costs and ensure efficiency.

  • Reduced Downtime: Minimize maintenance and downtime costs with balanced budget allocation.

  • Strategic Support: Make informed asset design decisions for high availability.

How It Works:

  • apmOptimizer analyzes your equipment's operation, failures, and maintenance needs to create a customized plan that minimizes costs while maximizing uptime. It considers factors like inspections, spare parts, and downtime to find the optimal maintenance strategy, reducing Life Cycle Costs (LCC) by up to 35%. This user-friendly software allows you to import data, define project specifics, and analyze various scenarios to make informed decisions about asset design, overhaul, and maintenance.


Key Features


Holistic Optimization Modules:

  • apmOptimizer integrates powerful modules, including Life Cycle Cost Analysis, Level Of Repair Analysis, and Predictive Maintenance Optimization.

  • Strategic decision-making is made effortless with comprehensive tools for Spare Parts Inventory Optimization and RCM/MSG-3 Management.


Advanced Modeling Capabilities

  • Dive deep into modeling with the ability to handle evident, gradual, and hidden failure modes.

  • Precise analysis of redundancies, failure distributions, and spare parts optimization.

  • Tailor the modeling to fit asset reliability, availability, and production requirements.


Intuitive User Interface

  • Navigate seamlessly through a user-friendly interface with a dedicated Part Number Library.

  • Effortlessly import data from Excel or other BQR modules, enhancing your workflow.

  • Visualize complex scenarios with Fault Tree and Reliability Block Diagram views.

Anchor 1



Unmatched Cost Efficiency

  • Unlock a remarkable 35% reduction in spare part, maintenance, and downtime costs.

  • Strike the perfect balance between CAPEX and OPEX, optimizing your financial strategy.

  • Enjoy asset optimization without the hassle of defining equipment criticality.


Competitive Edge

  • Identify and address key failure and cost drivers proactively.

  • Leverage a Strategic Decision Support System to stay ahead in the industry.

  • Versatile optimization that supports a broad range of reliability analyses.


Informed Decision-Making

  • Gain strategic insights for selecting optimal PdM systems, backed by calculated ROI for sensors and IIoT.

  • Rapid analytic calculations ensure precise, high-quality optimizations.

  • Utilize a Decision Support System for bid preparation, asset design, and operation planning

Anchor 2
Anchor 3
How it works

How apmOptimizer Works


Effortless Data Management

  • Seamlessly import data from BQR’s FMECA or utilize flexible CSV files.

  • Define project specifics, including reliability models, repair policies, and logistics options.

  • Input costs for inspections, maintenance actions, downtime, and resources with ease.


Insightful Reporting

  • Generate comprehensive reports detailing reliability and availability parameters.

  • Receive strategic recommendations with a clear breakdown of Life Cycle Cost.

  • Export reports effortlessly in Excel, HTML, or Word formats for seamless sharing.


Analytical Precision

  • Rigorously validate user data for completeness and consistency.

  • Detailed calculations unveil expected asset behavior and Life Cycle Cost (LCC).

  • Optimize spare parts quantities and logistics policies for minimized LCC and maximum availability.

Case Studies

 Case Studies


Navy fleet optimally plans spare part stocks according to mission profiles

Anchor 4
bottom of page