CNC Simulation‑Handbook vs LatheCalcPro

TurnAxis‑CNC Lathe Simulation TurnAxis is an industrial training software powered by a full‑featured G‑code simulation engine that replicates real‑world machine‑tool machining workflows. Designed for programming practice, hands‑on operational training and fault‑diagnosis learning, it serves CNC practitioners and learners. Core Features • G‑code Simulation & Machining The software parses standard ISO/FANUC‑format G‑code and executes common commands including linear interpolation, circular interpolation and rough‑turning cycles. It monitors tool movement in real‑time and triggers automatic halt‑and‑alarm upon potential collisions. This helps users detect programming errors in advance and mitigate the risk of tool crashes in physical machine‑shop operations. • Full‑Function Virtual Machine Control Panel Equipped with a complete simulated operation panel, it supports multiple working modes: Edit, Auto, Handwheel, Reference‑point Return and more. Operations such as axis jogging, spindle start/stop, turret indexing and override adjustment are available, allowing users to get familiar with basic lathe workflows and build hands‑on operational muscle memory. • Workholding, Tool Setup & Tool‑setting Workflow Custom workblanks and various turning‑tool parameters are supported. Users can configure work‑piece coordinate systems and tool offsets. A built‑in trial‑cut tool‑setting utility reproduces the full on‑site workflow of workpiece clamping and tool offset calibration prior to machining. • NC‑program Validation & Tool‑path Preview A built‑in code editor supports manual NC‑code authoring and NC‑file import. It detects code errors and visualizes tool trajectories in real‑time, enabling beginners to practice programming and quickly fix program defects. • Workpiece Measurement & Dimension Compensation Adjustment Upon simulation completion, calipers and micrometers are provided for dimensional inspection. Measured values can be linked to tool offset parameters, helping users learn real‑world fine‑tuning techniques by adjusting tool compensation according to finished‑part dimensions. • Fault‑injection Training & Learning Resources Common machine‑tool faults such as spindle overload and turret jamming can be injected into simulation scenarios. Built‑in reference materials include G/M‑code manuals and classic machining examples for self‑paced code learning and fault‑troubleshooting drills. Integrating programming, machine operation, quality inspection and teaching, this software enables CNC lathe training without physical machine‑tools and lowers the barrier to hands‑on CNC learning. Download and start your virtual CNC lathe training journey. Auto‑Renewable VIP Subscription Terms Subscription Period: 1‑Week Continuous Weekly VIP Pass. Payment: Payment will be charged to your iTunes account upon purchase confirmation. Cancellation: To turn off auto‑renewal, disable automatic renewal manually in your iTunes / Apple ID settings no less than 24 hours before the end of the current billing cycle. Renewal: Your iTunes account will be charged for renewal within 24 hours prior to subscription expiry. Upon successful payment, your subscription will be extended for another billing cycle. User Terms: http://xnkj.xiaonietx.top/account/com.iosshukong.cnplay/iosoutside/7WbAK5INV8fiDt5kf8NmNP4O1FkdpmMLYjdVvBB.html Privacy Policy: http://xnkj.xiaonietx.top/account/com.iosshukong.cnplay/iosoutside/gasYGhtwNpsnoBN1KzGURr4K4NuJKJPYL5Q61.html

LatheCalc Pro brings everyday lathe calculations to your phone, helping machinists, CNC programmers and manufacturing technicians spend less time looking up values and converting units. Main features • Tangency coordinates calculated from geometry templates. • Common dimensions and parameters for metric and Unified threads. • ISO 286 hole and shaft tolerances and fits. • Cutting speed, spindle speed and diameter conversion. • Taper geometry and chamfer dimensions and coordinates. • Feed per revolution, feed per minute and spindle speed conversion. • Theoretical Ra roughness estimated from tool nose radius and feed per revolution, with results transferable to feed conversion. A large numeric keypad, metric and imperial units, calculation history and favorites help with repeat calculations. Results support machining decisions. Actual surface roughness also depends on material, tool condition, vibration and cutting conditions. Check results against your drawing, process requirements and machine manual before machining.