Warehouse Costing: Cleansheet Analysis – PowerPoint PPTX Template

The "Warehouse Costing: Cleansheet Analysis" presentation provides a structured methodology to accurately assess warehousing costs. It addresses the critical need for organizations to understand their true operational expenses, which is essential for effective warehouse transformation initiatives. The Cleansheet Analysis consists of 3 key steps: ascertaining critical parameters, performing bottom-up calculations, and determining ideal throughput metrics. This framework equips senior leadership with the insights necessary to identify cost inefficiencies and prioritize improvement areas, ultimately driving significant savings in warehousing operations.

•  Senior executives in logistics and supply chain management
•  Warehouse operations managers seeking to optimize costs
•  Financial analysts focused on operational expenditure
•  Consultants advising on warehouse transformation strategies

Best-fit moments to use this deck:
•  During strategic planning sessions for warehouse operations
•  When assessing current warehousing costs versus industry benchmarks
•  In preparation for implementing warehouse automation technologies
•  For conducting facility inspections to identify improvement areas

•  Define the components of a Cleansheet Analysis for warehousing
•  Identify critical parameters affecting warehousing costs
•  Develop a bottom-up calculation model for warehousing operations
•  Determine ideal throughput metrics for efficient warehouse management
•  Evaluate the financial impact of automation in warehousing
•  Prioritize improvement initiatives based on cost analysis findings

•  Overview (page 3)
•  Warehouse Costing (page 5)
•  Cleansheet Analysis (page 8)
•  Deriving Savings (page 13)
•  Templates (page 18)

•  Warehouse Costing Overview - An introduction to the significance of understanding warehousing costs and the common approaches used, including benchmarking and Cleansheet Analysis.
•  Cleansheet Analysis Steps - A detailed breakdown of the 3 main steps: ascertaining critical parameters, performing bottom-up calculations, and determining ideal throughput metrics.
•  Cost Drivers - Identification of key cost drivers in warehousing operations, including labor, equipment, and facility management.
•  Benchmarking vs. Cleansheet Analysis - Comparison of these 2 methodologies, highlighting the advantages of Cleansheet Analysis for precise cost estimation.
•  Automation Opportunities - Exploration of how automation technologies can enhance efficiency and reduce costs in warehousing operations.
•  Savings Potential - Discussion on the potential savings identified through Cleansheet Analysis and the importance of facility inspections.

•  Cleansheet Analysis template for assessing warehousing costs
•  Bottom-up calculation model for warehouse processes
•  Ideal throughput metrics framework for operational efficiency
•  Cost benchmarking comparison chart
•  Facility inspection checklist for identifying improvement areas
•  Automation technology assessment guide

•  Overview of Cleansheet Analysis methodology and its importance
•  Detailed steps for performing a bottom-up cost analysis
•  Visual representation of cost drivers in warehousing
•  Comparative analysis of benchmarking versus Cleansheet Analysis
•  Case studies illustrating successful cost reduction through automation

Cleansheet Analysis Introduction (60 minutes)
•  Overview of the Cleansheet Analysis methodology
•  Discussion on the importance of understanding warehousing costs
•  Review of common cost drivers in warehousing

Hands-On Cleansheet Analysis (90 minutes)
•  Breakout sessions to assess critical parameters in participants' warehouses
•  Development of a bottom-up calculation model for a specific warehouse process
•  Group presentations of findings and insights

Automation in Warehousing (60 minutes)
•  Overview of automation technologies available for warehousing
•  Discussion on the financial implications of implementing automation
•  Case studies of successful automation initiatives in warehousing

•  Tailor the Cleansheet Analysis template to reflect specific warehouse configurations and operational metrics.
•  Adjust the bottom-up calculation model based on unique facility processes and labor structures.
•  Incorporate organization-specific benchmarks for comparison in the cost analysis.

•  The role of third-party logistics (3PL) in warehousing cost management
•  Strategies for effective contract negotiations with 3PL vendors
•  The impact of market trends on warehousing operations and costs
•  Best practices for continuous improvement in warehouse management

What is Cleansheet Analysis and how does it estimate warehouse costs?

Cleansheet Analysis estimates true warehousing costs by identifying lowest possible costs for each major element and comparing them with actual expenses. It uses a bottom-up approach that first ascertains critical parameters, then builds activity-level cost calculations, and finally determines ideal throughput metrics across 3 key steps.

What cost drivers should I include in a warehouse cost model?

A warehouse cost model should capture primary cost drivers such as labor (FTEs and productivity), equipment (material handling and automation), and facility management (rent, utilities, maintenance). The Warehouse Costing: Cleansheet Analysis highlights these drivers as central inputs for bottom-up calculations and benchmarking.

How does a bottom-up Cleansheet approach differ from benchmarking for warehousing?

Benchmarking compares overall performance against industry standards (a top-down view), while Cleansheet uses detailed activity-level inputs to estimate the lowest feasible costs for each element. The deck contrasts these methods and prescribes bottom-up calculations and throughput metrics as the Cleansheet alternative.

What kinds of automation technologies are typically evaluated for warehouse cost reduction?

Common automation technologies assessed for cost and throughput impact include automated guided vehicles (AGVs), robotic picking systems, advanced conveyor solutions, and automated storage/retrieval systems (AS/RS). The product materials list these technologies within the automation assessment guide.

What should I look for when choosing a warehouse costing template or toolkit?

Choose a template that supports activity-level bottom-up calculations, includes throughput metric frameworks, offers benchmarking comparison charts, and provides a facility inspection checklist and automation assessment guide. These elements enable precise cost estimation and prioritization of improvement initiatives.

How much time and workshop structure is recommended to run a hands-on Cleansheet session?

A suggested workshop agenda in the deck totals about 210 minutes (3.5 hours) split into 3 modules: a 60-minute Cleansheet introduction, a 90-minute hands-on bottom-up analysis, and a 60-minute automation discussion, designed for cross-functional participants developing models and presenting findings.

I need to build a business case for warehouse automation—what analysis should I perform first?

Begin with a bottom-up Cleansheet Analysis to quantify current labor, equipment, and facility costs, then model automation scenarios to estimate OPEX reductions and throughput changes. Flevy's Warehouse Costing: Cleansheet Analysis includes an automation technology assessment guide and templates to support that evaluation.

How often should I update a warehouse Cleansheet Analysis to keep it relevant?

Update the Cleansheet Analysis regularly, especially when there are significant operational changes, market shifts, or before and after implementing new technologies; the deck explicitly recommends re-running the analysis when operations or technology change.

These are questions addressed within this presentation.

What is Cleansheet Analysis?
Cleansheet Analysis is a comprehensive approach to understanding the true costs of warehousing by identifying the lowest possible costs for each major element and comparing them with actual expenses.

How does Cleansheet Analysis differ from benchmarking?
Cleansheet Analysis provides a bottom-up approach to cost estimation, focusing on specific operational components, while benchmarking typically uses top-down industry standards that may not reflect unique operational realities.

What are the key steps in performing a Cleansheet Analysis?
The key steps include ascertaining critical parameters, performing bottom-up calculations for each major warehouse process, and determining ideal throughput metrics to optimize operations.

How can automation impact warehousing costs?
Automation can significantly reduce labor costs, improve efficiency, and enhance throughput, leading to overall cost savings in warehouse operations.

What types of automation technologies are available for warehouses?
Technologies include automated guided vehicles (AGVs), robotic picking systems, advanced conveyor systems, and automated storage/retrieval systems (AS/RS).

How can I use the Cleansheet Analysis template?
The template can be customized to fit your specific warehouse operations, allowing you to input relevant data and calculate potential cost savings.

What is the expected outcome of conducting a Cleansheet Analysis?
The expected outcome is a clearer understanding of warehousing costs, identification of improvement areas, and a prioritized action plan for cost reduction initiatives.

How often should a Cleansheet Analysis be conducted?
It is advisable to conduct a Cleansheet Analysis regularly, especially when there are significant changes in operations, market conditions, or when implementing new technologies.

•  Cleansheet Analysis - A method for estimating true warehousing costs by identifying the lowest possible costs for each major element.
•  Bottom-up Calculation - A detailed analysis of costs at the activity level within warehousing operations.
•  Throughput Metrics - Measurements that determine the efficiency of warehouse operations in terms of output.
•  3PL - Third-party logistics providers that manage logistics and warehousing functions for businesses.
•  Automation - The use of technology to perform tasks with minimal human intervention, enhancing efficiency in warehousing.
•  Cost Drivers - Factors that significantly influence the costs associated with warehousing operations.
•  Benchmarking - A method of comparing operational performance against industry standards or competitors.
•  Operational Expenditure (OPEX) - Ongoing costs for running a product, business, or system.
•  Capital Expenditure (CAPEX) - Funds used by an organization to acquire or upgrade physical assets such as property, industrial buildings, or equipment.
•  SKU - Stock Keeping Unit, a unique identifier for each distinct product and service that can be purchased.
•  FTE - Full-Time Equivalent, a unit that indicates the workload of an employed person.
•  Facility Inspection - A thorough review of a warehouse's operations and processes to identify areas for improvement.

The Cleansheet Analysis is a structured methodology for identifying cost efficiencies in warehouse operations. Its primary objective is to compare actual costs with the lowest possible costs in warehouse management. The framework consists of 3 steps: 1. "Ascertain Critical Parameters" identifies volume drivers, including SKUs, orders, and key assumptions related to packaging and handling times. 2. "Perform Bottom-up Calculations" creates detailed models for significant processes like receiving, storage, picking, packing, and shipping, allowing for a comprehensive cost breakdown. 3. "Determine Ideal Throughput Metrics" establishes benchmarks for optimal performance, including operating costs, full-time equivalents (FTEs), space requirements, and capital expenditures (CAPEX). By comparing these metrics against actual performance, organizations can identify gaps and implement targeted improvement strategies.

The Cleansheet Analysis initial phase assesses critical parameters in warehouse operations to enhance efficiency. Key aspects include workforce accountability and workload management, which identify labor management inefficiencies. Actual warehouse activity levels reveal operational bottlenecks and resource allocation insights. Volumes, representing the total goods processed, directly affect storage and handling requirements. Volume drivers, such as SKU counts, order patterns, and order lines, influence operational complexity and cost structures. Additionally, assumptions regarding packaging requirements, equipment needs, and handling times for items ensure a comprehensive evaluation of the warehouse's operational framework. This structured methodology aids organizations in optimizing warehousing processes and addressing inefficiencies.

This PPT slide template outlines the role of automation in warehouse operations amid rising labor shortages and increasing e-commerce demand. Two primary categories of automation technologies are highlighted: "Devices Assisting the Movement of Goods" and "Devices to Improve the Handling of Goods." Key innovations include automated guided vehicles (AGVs) for autonomous transport, retrofitted forklifts, swarm robots, advanced conveyors, automated storage/retrieval systems (AS/RS), and robotic shuttles. The second category features automated picking systems with robotic arms, AGV integration with fixed devices for optimal retrieval, advanced conveyor systems for barcode reading, autonomous palletizers, and drones for inventory management. These technologies enhance operational efficiency and reduce costs in warehouse settings.

This PPT slide template presents 2 primary methods for analyzing warehouse costs: Benchmarking and Cleansheet Analysis. Benchmarking is a top-down method that evaluates costs against industry standards, but has limitations, such as scarce lower-level benchmarks and inadequate consideration of unique product characteristics. Factors like diverse product offerings and supply chain obligations complicate this process. In contrast, Cleansheet Analysis is a detailed, bottom-up approach that provides a numerical framework for assessing specific costs associated with warehouse operations, including facility layout, workforce, and equipment. This method focuses on 3 critical cost drivers, enabling organizations to identify excessive costs and optimization opportunities.

The final step in the Cleansheet Analysis focuses on determining ideal throughput metrics for warehousing operations. It involves compiling processing times for various warehouse activities, which are converted into costs using a factor cost base that includes location-specific average labor rates and full-time equivalents (FTEs). Key components such as space and equipment are critical for assessing operating costs. Processing times are influenced by factors like movement within storage aisles and specific aisle widths, impacting operational efficiency. The analysis includes calculations for Operational Expenditure and Capital Expenditure, determining financial requirements for material-handling equipment and aisle arrangements. This methodology aids in cost management and enhances overall efficiency in warehouse operations.