qForging is a 3D CAD app for sketching a profile and developing it into a solid. It targets precise modelling on Apple devices rather than freehand sculpting.
A CAD model is useful when its dimensions and relationships can be understood and revised, not only when it looks convincing on screen. qForging presents a sketch-to-solid workflow for Apple devices, with numeric control alongside touch-oriented input. It may interest a person who wants to construct a mechanical shape from explicit values rather than sculpt freely. A small part with known dimensions is a better first evaluation than a complicated model whose correctness is difficult to inspect.
Based on official store information. We have not tested this app hands-on.
What it does
The listing describes extrusion, revolve, sweep, loft, threaded holes, fillets and section views. Import and export include STEP, Parasolid, STL and other formats.
The described starting point is a two-dimensional sketch: lines, circles, arcs and other profiles can form regions, which are then developed into solids. Extrusion, revolve, sweep and loft serve different geometric purposes. Choose the operation that expresses the intended part rather than treating every method as an interchangeable route to a similar picture. Keeping the construction understandable helps with a later revision.
The listing includes fillets, chamfers, shells, patterns, threaded features and construction planes. Each additional feature creates another condition to check. A rounded edge may look right while having the wrong radius; a hole can be in the correct area while using an unintended size or orientation. Use the numerical controls and inspection views to make those choices explicit.
The developer also describes a cursor that can be moved like a trackpad, snapping to geometric references, with direct Pencil input where supported. That is a particular approach to precision on a small screen. We have not tested whether it feels comfortable or how reliably selections behave. A prospective user should check the actual interaction with the device and input method they intend to use.
Before you install
A listed format does not guarantee every imported feature will remain parametrically editable. Check dimensions, units and a representative export before fabrication.
Import and export are an important handoff, not a guarantee that every construction survives unchanged. The listing names several solid, mesh and drawing formats and says imported solids can be rebuilt as editable operations where possible. The qualification matters: do not assume that every imported feature becomes a fully parametric equivalent of its source.
For fabrication or another consequential use, verify dimensions, units, orientation and the actual exported file in the receiving tool. A view that resembles the original is not a complete geometry check. We have not assessed the modelling kernel, robustness of complex operations or format fidelity. Keep the editable source and a recoverable version before making a major operation or conversion.
A useful modelling record includes the reason for important dimensions and any assumptions about fit. Keep those separate from cosmetic display choices such as shading. Section views and multiple projections can support inspection, but they do not themselves establish that a part is manufacturable or appropriate for a load. Where those questions matter, use the relevant qualified engineering process. This first look describes advertised CAD capabilities and a careful evaluation path; it does not validate a design, tolerances, material choice or the results of any particular exported model.
Price and access
The linked US download costs $19.99. Confirm current regional pricing and compatibility.
The linked US listing asks $19.99. Confirm the current regional price and compatibility for the exact device. Any downstream software, fabrication service or equipment is separate from the app purchase. A supported file format can make a workflow possible without establishing that it meets every requirement of that next stage. Identify the operation and output actually needed before choosing a tool primarily for the length of its feature list.
Our take
The appeal is combining touch-oriented control with numerical modelling. We have not tested geometric robustness or round-trip compatibility.
The distinctive proposal is precise modelling through a combination of gestures, snapping and explicit values. It could suit somebody who wants to make and revise a small solid while away from a conventional desktop setup, provided the interaction and output checks are clear.
We have not tested qForging. Start with a representative part containing a hole, a rounded edge and a known dimension. Change one value and inspect what follows, then open the export downstream. That reveals more about a practical fit than rotating an attractive sample. The purpose is an understandable model that remains useful beyond its preview, not simply proof that a shape can be drawn.
The developer also describes drawing outputs and section views. Use those to inspect the intended geometry from more than one perspective, while keeping the original modelling assumptions available. A drawing and a mesh export may serve different receivers, so establish the required handoff before choosing a format. Neither a clean outline nor a smooth shaded preview proves that a particular manufacturing process will interpret every feature as intended.
Sources
App icon from the official store listing.
