Transforming Scaffold Estimating with Smart AI Technology

Our innovative tool transforms the way you approach scaffold estimating, offering unparalleled efficiency in 3 steps.

1. Describe Scope of Work

Scope of Work

Provide detailed descriptions of the project requirements and scope.

2. Answer AI-Generated Scope Questions

Answer AI Scaffold Questions

Respond to AI-generated questions to clarify project details.

3. Receive Scaffold Estimate & Calculations

Scaffold Estimate Results

Get accurate estimates and calculations based on your inputs.

Join Scaffold Estimator AI *BETA*

Limited spots available. Unused accounts will be deleted after 7 days.

The Problem with Traditional Scaffold Estimation

Estimating scaffold costs is time-consuming

The traditional process of estimating scaffold costs is a manual and laborious task, often taking 5-10 hours per estimate.

Inaccurate material and labor projections

Relying on manual calculations can lead to inaccurate projections of material and labor costs.

Difficulty factoring in project complexities

Every construction project is unique, with its own set of complexities that can impact scaffold requirements. Traditional methods struggle to account for these nuances.

Bids submitted with risky assumptions

Inaccurate estimates often lead to bids that are based on risky assumptions, putting the project and your business at risk.

There is a faster, more accurate way to estimate scaffold projects...

Introducing Scaffold Estimator AI

The all-in-one platform to create reliable scaffold estimates in minutes and maximize your profitability.

  • Estimate scaffold projects 10X faster
  • 95% more accurate than manual estimating
  • Factor in project documents and details for improved results
  • Impress clients with estimate delivery speed

Simple, transparent pricing. No setup fees. Cancel anytime.

Free during limited beta!

Set up your Scaffold Estimator AI today

Frequently Asked Questions

What makes Scaffold Estimator estimates so accurate?

Scaffold Estimator considers multiple factors such as project complexity, material requirements, labor costs, and site-specific conditions. Our AI processes vast amounts of historical data and industry benchmarks to identify patterns and make intelligent predictions, resulting in highly accurate estimates.

Is my data secure?

Your data is secure with us. We utilize AWS advanced security infrastructure and implement state-of-the-art encryption protocols to ensure the highest level of data protection. While we process your information to generate estimates, we do not store any sensitive data, further enhancing your privacy and security.

Do I need to install any software?

No, you do not need to install any software. Our platform is entirely web-based.

How do I import my existing project data?

Import your existing project data by uploading PDFs, photos, Google Maps screenshots, or spreadsheets. Our system is designed to process various file formats for your convenience.

How long does it take to get an estimate?

Our AI-powered system can generate estimates in minutes, significantly faster than traditional methods. The exact time may vary based on project complexity.

Can ScaffoldEstimator handle complex projects?

Yes, our AI is trained to handle a wide range of scaffold projects, from simple to complex, adapting to various project requirements and specifications.

How does pricing work for ScaffoldEstimator?

We offer flexible pricing options. During our beta phase, the service is free to use. Stay tuned for our official pricing structure post-beta.

Can I customize the estimates based on my companys rates?

Absolutely! You can input your companys specific rates and preferences to get tailored estimates that align with your business model.

What else can ScaffoldEstimator do?

ScaffoldEstimator can do much more than just basic estimating. It can analyze supplier information and let you know which supplier will provide the best scaffold rates. Additionally, it can optimize your equipment inventory, suggest the most efficient scaffold configurations, and even predict potential safety risks based on project specifications.