Pipe Fitting vs Branch Pipe Layout

Pipe Fitting Calculator is the all-in-one solution for pipefitters, welders, and fabricators who need fast and accurate pipe layout calculations in the field or the shop. Designed for iPhone & iPad, this powerful tool delivers pro-level precision with a clean, easy-to-use interface—built specifically for real-world jobsite demands. Offset Calculators – Basic Offset – Fast and reliable offset math – Rolling Offset – Handles advanced rolling angles – Rolling Offset – Handles advanced rolling angles – Parallel Offset – Multi-line equal spread configurations Back-to-Back Fittings – X° + Y° Elbows – Compound angle fitting solutions – 90° + X° Elbows – Odd-angle transitions simplified Data Tools – Elbow Miter Cut Create custom angles from standard 90s – Triangle Solver – Instantly solve triangle dimensions, angles, and area You can easily switch between imperial(inches) or metric(cm) Pipe Fitting Calculator is one stop solution for fast and accurate bending! Terms of Use: https://www.apple.com/legal/internet-services/itunes/dev/stdeula/

The Branch Pipe Layout App is a specialized tool designed for fabricators, piping engineers, and designers involved in developing flat patterns for branch connections in piping systems. It simplifies the process of generating accurate fabrication layouts for intersections between pipes, nozzles, and cones. Key Features and Capabilities: This app helps you create flat pattern layouts for: - Pipe to Pipe Intersections at 90° with equal or unequal diameters, with or without offset. - Pipe or Nozzle to Cone Intersections at 90° or with parallel axes. - Standard Shell or Pipe Layouts with customizable height and diameter inputs. - Pipes or Cylinders Truncated at an Angle (top, bottom, or both sides). - Pipes or Cylinders Truncated with a Radius at the top. The app provides the unfolded (flat) dimensions of the intersecting parts—such as flat plate width and length—and allows layouts to be divided into 12, 24, 36, 48, 96 parts, or a custom number of segments based on user input. Layout Types Included: - Pipe/Shell Layout: Calculates flat layout for cylindrical shells using diameter and height inputs. Supports user-defined part and level divisions. - Pipe/Cylinder Truncated at Top: Flat pattern for cylinders cut at an angle at the top. Inputs: diameter, large side height, and small side height. - Pipe/Cylinder Truncated Top & Bottom: Layout for pipes cut at an angle on both ends. Inputs include diameter, center height, and both top and bottom side angles. - Pipe/Cylinder Truncated with Radius at Top: For pipes cut with a curved top profile. Inputs: diameter, center height, and radius. - Pipe-to-Pipe Intersection (Equal Diameter, 90°): Layout for equal diameter pipes intersecting at a right angle. Input includes diameters and center distance. - Pipe-to-Pipe Intersection (Unequal Diameter, Offset, 90°): For intersections with different pipe diameters and offset centerlines. Inputs: diameters, center distance, and offset. - Pipe/Nozzle to Cone Intersection (90°): Calculates layout for intersections between cones and pipes/nozzles at right angles. Inputs: cone large/small diameters, cone height, pipe diameter, height from base, and center distance. Pipe/Nozzle to Cone with Parallel Axis: For offset connections between cones and nozzles/pipes with parallel axes. Requires similar inputs as above. Additional Recommendations: For optimal accuracy, it is recommended to use the mean diameter when performing layout calculations. Who Can Benefit: This app is an essential tool for professionals involved in the fabrication of piping spools, pressure vessels, pipelines, and other process equipment. It is particularly useful for: - Piping Engineers - Fabrication & Production Engineers - Pipe Fitters and Layout Fitters - Quality & Costing Engineers - Design & AutoCAD Engineers - Estimators and Draftsmen In app purchase included : Life time Privacy policy : https://privacypolicy50.wordpress.com/privacy-policy-subscription/ Terms and condition :https://privacypolicy50.wordpress.com/terms-and-condition/