3D Cost vs Survey Coordinate Helper2026

Find out what each 3D print really costs and how much to charge for it. Custos 3D calculates the production cost from filament, energy, failures and maintenance, and suggests a sale price using your markup. No ads, no sign-up. COMPLETE COST BREAKDOWN Enter filament by weight (g) or length (mm), whichever your slicer shows Print time in days, hours and minutes, even for long prints Detailed material, energy, failure and maintenance costs Additional costs such as finishing, packaging and administrative expenses Choose whether your markup also applies to additional costs SALE PRICE Set your markup and instantly see the sale price and profit for each part Try different values and compare the results HISTORY AND PRODUCTS Every calculation is saved with date, filament, printer and notes Edit past calculations without losing the original values Filter by date, filament or value and export to CSV (Excel, Numbers, Google Sheets) Turn calculations into products and build your catalog with cost, price and profit YOUR SETUP Filaments with price per kg, density and diameter Printers with power consumption, active or inactive Reference table with the density of the most common filaments EASY TO USE Step-by-step guide explaining every field and how to get the data from slicers like Bambu Studio, OrcaSlicer and Simplify3D Your data stays on your device Perfect for anyone who sells printed parts, quotes jobs for clients or wants to know what their hobby really costs.

Survey Coordinate Helper is a local offline tool designed for engineering surveying, road construction, stakeout, and field verification. It helps users quickly complete forward coordinate calculation, inverse coordinate calculation, azimuth and distance calculation, station-offset conversion, and point recording, reducing manual field calculations and repeated table lookup. The app requires no login, does not connect to the internet, and does not collect any user data. All survey points, projects, and calculation records are stored only on the device, making it suitable for construction sites, tunnels, roads, municipal surveying, and weak-network or no-network environments. Key features include forward and inverse coordinate calculation, azimuth-distance calculation, route station and offset calculation, point library management, project grouping, error review, common templates, and local export.