Standalone cut optimisers like Opticutter are great at one job: nesting parts you already worked out. Wallwrightunits starts a step earlier — you design the media wall in 3D and it produces the parts, the optimised cuts, the framing, the costed bill of materials and the build order, from one model.
Use a standalone optimiser (e.g. Opticutter) when you already have a parts list and just need to nest it — it’s the more configurable specialist optimiser. Use Wallwrightunits when you want the whole media wall designed, costed and made build-ready — the cut optimisation is built in, so you never leave the tool.
| Wallwrightunits | Standalone cut optimiser | |
|---|---|---|
| Designs the media wall in 3D | Yes — live 3D configurator | No — you design elsewhere |
| Works out the parts to cut | Yes — from your 3D model | No — you enter every part by hand |
| Cut & sheet optimisation | Yes — built in (sheet nesting + stud packing) | Yes — this is its whole job |
| C16 timber framing | Yes — generated automatically | No |
| Costed bill of materials | Yes — live, itemised, VAT | No (waste/area only) |
| Build-ready drawings & build order | Yes — numbered sequence + 3D player | No |
| Standalone optimiser depth | Media-wall focused | Deeper — grain, edge-banding, CSV, any material |
| Best when you… | want a whole media wall designed, costed & buildable | already have a parts list to optimise |
A standalone optimiser starts where your work is nearly done — you still designed the wall, worked out every part and typed the list in. Wallwrightunits starts at the design: the same 3D model produces the parts, the framing, the cuts and the price. Nothing is re-entered, so nothing drifts.
The waste-optimised cutting you’d go to a separate optimiser for is built in — a real rectangle-nesting packer for sheets and first-fit packing for 2.4 m studs, run automatically on the parts your design generates. You get the nested diagrams without ever exporting a parts list.
An optimiser tells you how to cut and how much you waste. It can’t tell you what the wall costs — it never saw the design. Wallwrightunits prices every sheet, stud, slat and fixing live as you design, so the cut plan comes attached to a real, itemised total.
Optimised cuts are the start of a build, not the end. Wallwrightunits turns the same geometry into a numbered build sequence and an interactive 3D assembly player — so the cut list, the frame and the on-site order all come from one source.
A dedicated optimiser is the more configurable specialist here — we won’t pretend otherwise.
It includes one. Wallwrightunits designs a media wall in 3D and automatically optimises the cuts (sheet nesting and stud packing) as part of generating the bill of materials — so you get optimised cutting without exporting a parts list to a separate tool.
A standalone optimiser only optimises cuts you feed it — you design the wall and enter every part by hand elsewhere. Wallwrightunits designs the wall, works out the parts, optimises the cuts, generates the C16 framing, costs the bill of materials and produces the build order — all from one 3D model.
If you already have a finished parts list and just need pure cutting-stock optimisation across any material (with grain direction, edge banding, CSV import and multiple unit systems), a dedicated optimiser like Opticutter is the more configurable specialist. Wallwrightunits is for designing and costing a whole media wall, not optimising an existing list.
It is free to use during launch — design a media wall in 3D and get a build-ready cutting list and bill of materials. Paid plans add more designs and full build detail when they go live.
Design your media wall in 3D and get the optimised cutting list, the costed bill of materials and the build order — free, in minutes.
or see a full sample takeoff first →