Cutlist Optimizer vs FlangeTorq

Cutlist Optimizer helps you calculate the most efficient way to cut materials with minimum waste. Whether you work with wood, plywood, MDF, metal sheets, glass, or plastic, this app automatically finds the best cutting layout to save both material and money. Perfect for carpenters, furniture makers, cabinet designers, engineers, and DIY builders who need fast and accurate cutting plans. Instead of manually calculating sheet layouts, simply enter your board size and required pieces, and the app instantly generates the optimized cutting pattern. ================== Key Features Smart Cutlist Optimization Automatically calculates the most efficient layout to reduce material waste. Multiple Material Support Works with plywood, MDF, wood boards, metal sheets, acrylic, glass, and other sheet materials. Custom Sheet Sizes Enter your own sheet or board dimensions. Multiple Piece Sizes Add unlimited pieces with different widths, heights, and quantities. Waste Reduction Calculation See how much material is used and how much waste is generated. Visual Cutting Layout View clear cutting diagrams to follow during production. Edge Trim & Blade Thickness Include cutting blade thickness (kerf) and edge trimming for accurate results. Save & Reuse Projects Store your cutlists for future use. Simple and Fast Interface Designed for quick calculations on the job site or workshop. Whether you’re planning a large project or a quick DIY fix, rely on Cut Master for Wood Working—your intelligent Carpenter Calculator—to cut smart and build better. Privacy Policy : https://forms.gle/fS6SVXiXdPF3TVkN7 Terms of Use : https://www.apple.com/legal/internet-services/itunes/dev/stdeula/

Built for pipefitters, mechanical contractors, and plant maintenance who need ASME PCC-1 flange bolt torque on the iron - not a dashboard you log into. WHAT IT DOES Computes flange bolt torque per the ASME PCC-1 4-pass tightening sequence, with bolt load, bolt stress, and the gasket factor / seating stress that drives the calculation. Pulls flange dimensions from ASME B16.5, tensile stress area from ASME B1.1, and bolt-material proof strength from A193 / A320. INPUTS - Flange size: 1" to 24" - Pressure class: 150, 300, 600, 900, 1500 - Gasket type: Spiral Wound, Ring Joint, Flat Non-Asbestos - Bolt material: B7, B7M, L7, B8 Cl.2 (per A193 / A320) - Lubricant: Dry, Moly, Anti-Seize, PTFE - Target bolt stress: 20-80% of yield (slider) RETURNS - Torque per bolt in ft-lbs and N·m - Bolt load per bolt and total assembly load (lb) - Bolt stress at the selected yield percentage (psi) - Effective nut factor K - ASME PCC-1 4-pass tightening sequence: 30%, 60%, 100%, plus a circular check pass STANDARDS REFERENCED - ASME PCC-1 - gasket factor, seating stress, tightening pattern - ASME B16.5 - flange dimensions and bolt count - ASME B1.1 - tensile stress area - A193 / A320 - B7, B7M, L7, B8 Cl.2 bolt material specs WHY THIS APP, NOT THE FREE ONES - Math is shown - formula and substitution visible for every result. No black box. - Standards cited - ASME PCC-1, B16.5, B1.1. Inspector-defensible. - Works offline - refinery turnarounds, plant outages, field digs. Always available. - No login. No ads. No telemetry. No subscription. PRICING $4.99. Pay once, own it. Lifetime access on iPhone, iPad, and Mac via Family Sharing. NOT A SUBSTITUTE FOR Project-specific bolt-up procedures. Calibrated torque wrench certificates. ASME PCC-1 elastic interaction passes for tight-fit assemblies. Always cross-reference the engineer-stamped tightening sequence on file.