About Kreo 2D Takeoff
Kreo 2D Takeoff is a construction estimating software from Kreo Software that automates measurements for bids. It combines AI-powered detection and classification of elements and areas in real time, integration into existing workflows, and the ability to create capable and flexible reports so users can produce bids 10x faster while minimizing errors. Kreo 2D Takeoff improves collaboration among project stakeholders by providing a shared platform for accurate data access and updates. This software is designed to help construction professionals simplify their estimating processes and improve overall project efficiency. Key capabilities: AI detection Workflow integration Flexible reporting Collaboration support Measurement automation Best for: construction professionals that need accurate and efficient estimating tools.
Kreo 2D Takeoff by Kreo Software is a powerful tool designed for architects and construction professionals to efficiently create 2D takeoffs and estimates. With standout features such as a user-friendly interface, accurate measurements, and seamless PDF editing capabilities, it sets itself apart in the Architectural CAD, Takeoff, and PDF Editor categories. The user interface of Kreo 2D Takeoff is intuitive and easy to navigate, making it accessible for users of all skill levels. The design is clean and uncluttered, with clear labels and menu options that enhance the overall user experience. One unique design element is the ability to easily switch between 2D views and measurement tools, allowing for quick and accurate calculations. What distinguishes Kreo 2D Takeoff from its competitors is its advanced functionalities, such as automated quantity takeoff, material tracking, and cost estimation. These features streamline the estimating process and save users valuable time. Another innovative aspect is the ability to annotate and markup PDF drawings directly within the software, eliminating the need for additional tools or software.
Pros & Cons
- Allows for accurate and efficient 2D takeoffs for architectural projects
- Integrates seamlessly with PDF files for easy editing and markups
- Helps to streamline the estimating process and reduce errors
- Provides detailed measurements and quantities for accurate cost estimation
- User-friendly interface makes it easy to use for both experienced and novice users.
- Limited customization options for takeoff templates
- Requires internet connection to access and use
- Steep learning curve for new users
- Lack of collaboration features for team projects
- Limited integration with other software applications
Features
Key features
Additional features
Pricing
Countries & Languages
Interface languages
Billing currencies
No reviews yet
Be the first to drop a review
Alternatives to Kreo 2D Takeoff
McCormick Plumbing Estimating
A cloud-based estimating and takeoff platform for plumbing contractors. Features include digital takeoff from PDF…
PDFelement
PDFelement is a PDF editing software from Wondershare that facilitates the creation, editing, protection, and…
Wide Angle PDF Converter
A Windows-based software for converting PDF documents to various formats like Word, Excel, PowerPoint, and…
Spot something wrong or outdated?
Suggest a correction — a reviewer verifies every change.
About Kreo 2D Takeoff
Kreo 2D Takeoff is a construction estimating software from Kreo Software that automates measurements for bids. It combines AI-powered detection and classification of elements and areas in real time, integration into existing workflows, and the ability to create capable and flexible reports so users can produce bids 10x faster while minimizing errors. Kreo 2D Takeoff improves collaboration among project stakeholders by providing a shared platform for accurate data access and updates. This software is designed to help construction professionals simplify their estimating processes and improve overall project efficiency. Key capabilities: AI detection Workflow integration Flexible reporting Collaboration support Measurement automation Best for: construction professionals that need accurate and efficient estimating tools.
Kreo 2D Takeoff Details
Kreo 2D Takeoff's In-App Market Place
Does Kreo 2D Takeoff have an in-app market place?
Yes
How many Mini-Apps in the marketplace?
6
Mini Apps
1. Kreo 3D BIM Model Viewer: View and interact with 3D BIM models directly within Kreo 2D Takeoff for a more comprehensive understanding of the project.
2. Kreo Cloud Storage: Store and access project files in the cloud for easy collaboration and sharing with team members.
3. Kreo Quantity Surveyor: Automatically generate accurate quantity takeoffs and estimates based on the 2D drawings within Kreo 2D Takeoff.
4. Kreo Markup Tool: Annotate and mark up PDF drawings with comments
measurements
and markups for better communication during the project lifecycle.
Pricing Options
Accepted Payment Currencies
USD ($), GBP (£), EUR (€)
Pros & Cons
- Allows for accurate and efficient 2D takeoffs for architectural projects
- Integrates seamlessly with PDF files for easy editing and markups
- Helps to streamline the estimating process and reduce errors
- Provides detailed measurements and quantities for accurate cost estimation
- User-friendly interface makes it easy to use for both experienced and novice users.
- Limited customization options for takeoff templates
- Requires internet connection to access and use
- Steep learning curve for new users
- Lack of collaboration features for team projects
- Limited integration with other software applications
Kreo 2D Takeoff's Support Options
Email Address
support@kreo.netDocumentation
https://help.kreo.net/en/Community Forums
https://kreo.net/forum/Kreo 2D Takeoff's Alternatives
McCormick Plumbing Estimating
A cloud-based estimating and takeoff platform for plumbing contractors. Features include digital takeoff from PDF…
PDFelement
PDFelement is a PDF editing software from Wondershare that facilitates the creation, editing, protection, and…
Wide Angle PDF Converter
A Windows-based software for converting PDF documents to various formats like Word, Excel, PowerPoint, and…