Carlson Takeoff
Carlson Takeoff is a comprehensive construction estimation software providing site supervisors and estimators with integrated tools for CAD design, accurate dirt-work volumes, and automated machine control file preparation.
Deswik
Deswik provides integrated mine planning software that helps you optimize your entire mining value chain through data-driven design, scheduling, and operational management tools for all mining sectors.
Quick Comparison
| Feature | Carlson Takeoff | Deswik |
|---|---|---|
| Website | carlsonsw.com | deswik.com |
| Pricing Model | One_time | Custom |
| Starting Price | $99/month | Custom Pricing |
| FREE Trial | ✓ 30 days free trial | ✘ No free trial |
| Free Plan | ✘ No free plan | ✘ No free plan |
| Product Demo | ✓ Request demo here | ✓ Request demo here |
| Deployment | ||
| Integrations | ||
| Target Users | ||
| Target Industries | ||
| Customer Count | 0 | 0 |
| Founded Year | 1983 | 2008 |
| Headquarters | Maysville, USA | Brisbane, Australia |
Overview
Carlson Takeoff
Carlson Takeoff gives you a specialized toolkit designed specifically for construction estimators and site supervisors. You can transition from raw paper plans or digital PDFs to finished 3D models and precise material quantities without jumping between different programs. It combines powerful CAD capabilities with automated routines to calculate cut and fill volumes, identify topsoil stripping areas, and account for subgrade depths across your entire project site.
You can use the software to prepare your project for the field by creating surface models and linework for GPS machine control systems. It helps you catch design errors before the first shovel hits the ground by visualizing the site in 3D. Whether you are working on a small residential pad or a massive highway project, you can generate professional reports that clearly break down costs and quantities for your bids.
Deswik
Deswik is a comprehensive mine planning platform designed to handle the complex requirements of modern mining operations. You can manage everything from initial geological mapping and pit design to long-term production scheduling and equipment allocation within a single integrated environment. By removing the silos between different planning stages, you ensure that your engineering designs are always aligned with your operational constraints and financial goals.
The software caters to large-scale mining companies and consultancy firms working across open-pit and underground operations. You can use its powerful 3D modeling engine to visualize deposits and run multiple 'what-if' scenarios to find the most profitable extraction path. Whether you are managing coal, metal, or industrial mineral sites, the platform provides the specialized tools you need to maximize resource recovery and minimize waste.
Overview
Carlson Takeoff Features
- PDF to CAD Conversion Convert static PDF plans into intelligent vector data so you can start your takeoff process in minutes rather than hours.
- Digitizing & Tracing Trace paper blueprints or digital images with automated contour following to capture site elevations and boundaries accurately.
- Material Quantities Calculate exact volumes for dirt, stone, asphalt, and concrete while accounting for shrinkage and swell factors automatically.
- Subgrade Modeling Define complex subgrade surfaces for roads and building pads to ensure your excavation totals include every necessary inch.
- Machine Control Export Create and export 3D surface files directly to Topcon, Trimble, and Leica systems to keep your field equipment running accurately.
- Trenching & Pipe Takeoff Calculate excavation volumes for utility lines and manholes based on pipe size, bedding requirements, and trench sloping.
- 3D Site Viewing Inspect your finished model in a 3D environment to spot design flaws or missing data before sending plans to the field.
- Automated Reporting Generate detailed Excel or PDF reports that break down your volumes by area, layer, or material type for precise bidding.
Deswik Features
- Integrated 3D Design. Create complex mine designs and geological models using a high-performance CAD engine built specifically for large-scale mining data.
- Automated Scheduling. Generate production schedules automatically based on your specific resource constraints, equipment capacities, and required blending targets.
- Landform & Haulage. Model your haulage routes in 3D to calculate cycle times and fuel consumption accurately for your entire fleet.
- Underground Design. Layout tunnels, stopes, and decline paths quickly with specialized tools that follow your geotechnical and ventilation requirements.
- Open Pit Optimization. Determine the most economic pit shells and phase designs using advanced algorithms that account for fluctuating commodity prices.
- Operations Management. Bridge the gap between planning and execution by tracking daily progress against your long-term strategic mining goals.
Pricing Comparison
Carlson Takeoff Pricing
- Includes built-in AutoCAD engine
- Full 3D site modeling
- PDF and paper digitizing
- Material quantity reports
- Machine control file export
- Perpetual license ownership
- Runs on AutoCAD or IntelliCAD
- Includes Construction module
- Includes CADnet module
- Includes Trench module
- Includes GeoTech module
- Advanced boring and soil analysis
Deswik Pricing
Pros & Cons
Carlson Takeoff
Pros
- Perpetual licensing avoids the cost of monthly subscriptions
- Excellent compatibility with various GPS machine control brands
- Powerful PDF cleanup tools save significant drafting time
- Highly accurate volume calculations for complex subgrades
- Responsive technical support from knowledgeable industry experts
Cons
- Steep learning curve for users new to CAD
- Interface feels dated compared to modern web apps
- Initial purchase price is a significant upfront investment
Deswik
Pros
- Superior integration between design and scheduling modules
- Handles massive datasets without significant performance lag
- Highly customizable scripting for complex site requirements
- Excellent technical support from industry-experienced engineers
Cons
- Steep learning curve for new technical users
- High initial investment cost for smaller operations
- Requires powerful hardware to run complex simulations