What's new in the system — updates and improvements.
An elongated groove with rounded semicircular ends (the “capsule” shape, also known as a “stadium”) is a common element in projects: for profile handles, ventilation slots, and recesses for fittings.
Now this shape is recognized automatically when a project is imported. The system calculates by itself:
Previously the shape was processed as an arbitrary set of arcs, which complicated display and calculation. Both common construction variants are supported: when each rounded end consists of a pair of quarter arcs, and when the end is defined by a single half arc.
The capsule cutout is displayed correctly in the editor, priced correctly, and goes to the machine as a ready program — with no manual touch-up after import.
The platform's protection against automated scanners and bots now distinguishes real users from robots more precisely.
Bots and scanners meanwhile remain under strict control — the protection has not weakened, it has become more targeted.
Real clients work without false blocks, and if a restriction does happen — it is immediately clear what happened and when access will return.
The editor now has a “Cut remaining” button: if some parts remain unplaced after manual edits, the system recalculates the cutting layout only for them.
Scenarios that led to a part-count mismatch error after remainder cutting have been closed: an outdated remainder-cutting result can no longer overwrite a fresh manual save of the layout.
Manual layout editing and automation complement each other: the technologist adjusts what is needed, and the system carefully places the rest — with no risk of losing or duplicating a part.
For parts machined on both sides, the image on the label was sometimes printed mirrored relative to the actual part — the operator could confuse the sides.
The label now always shows the original geometry of the part — exactly as it looks in the order. The machine program data is fully preserved: the change affects label printing only.
The label matches the part one to one — less risk of mixing up the sides during edge banding and drilling of double-sided parts.
The “Edit Cutting Layout” button on the order card no longer leads to an external third-party service — it now opens the platform’s own cutting layout editor.
The full order workflow — from placement to cutting layout edits — is now contained within a single system.
Previously, labels were printed only for parts, while unused areas of the sheet remained unmarked. Now everything that comes off the machine gets labelled.
Fragments that are too small are filtered out automatically and get no labels.
If a cutting layout was created or adjusted manually, its offcuts previously did not make it into the labels of the exported machine programs — they had to be marked by hand. Now manual offcuts are recognised just like automatic ones, and their labels go to the machine export together with the rest.
The offcut stock is filled with correctly labelled material, and waste does not get mixed up with usable offcuts — regardless of whether the sheet was cut automatically or manually.
A new mode has arrived: “run a part on a machine you don't own”.
You define a set of virtual machines — single-sided and double-sided, with different combinations of top and bottom cutters (15 preset configurations). The same part is run through the standard production pipeline on each of them. The output is an archive with per-machine folders, ready-to-use programs and links to an interactive preview.
This lets you see, before buying the equipment, how the part will fit on a specific machine and compare which cutter setup handles your products best. Virtual machines exist only for the duration of the run and do not clutter the equipment list.
The account has a dedicated page for this: the machine configuration is described in a clear form — cutters (diameter, type, maximum depth), drilling groups with available sides and depths, saws, double-sided capability. The initial configuration is filled in automatically based on the actual holes and grooves of the selected part, the settings are saved, and after the run a link to the result is issued.
In August the mode became a working scenario: a platform customer without their own machinery receives sawing and CNC programs generated on virtual equipment. The set of cutters and drills is taken from the tools the customer configured in their personal account. The main machine program formats are supported: G-code, TPA, SCM Xilog, MPR, Biesse, KDT, SCX.
The platform prepares production programs even for those who cut and drill off-site — and gives those choosing a machine an honest preview before the deal.
A series of improvements to the platform’s email subsystem.
Companies with individual branding send emails to customers from their own mail account, without any mention of the platform’s technical domain. Emails are not flagged as suspicious by mail services and reliably reach the recipient.
Email deliverability is monitored automatically: the platform tracks mail services’ reports on delivery and spoofing, making it possible to spot problems with mail delivery to customers in time.
All automatic emails carry a translated note “Do not reply to this email” — in the subject and in the body. Previously, customers replied to automated mailings and their replies went to an unmonitored mailbox; now it is clear where to write to get an answer.
The email channel has become reliable: branded emails get through, deliverability is monitored, and customer replies are not lost.
A series of improvements to everyday work in the client account.
The filter now has “Search” and “Reset filter” buttons; the reset also clears the search fields — you can return to the full list in one click.
Key information — totals, maps, comments — is available right from the order card, and routine actions are now several clicks shorter.
Every part in the list and in the editor now has a 3D view: the cube button opens an exact 3D model of the part with all performed operations — drillings, grooves, cutouts, contour milling, cuts, postforming and applied edge banding.
The model is built from the actual contour of the part, not from a rectangle. Open through grooves and cuts really slice through the workpiece and the edge banding — exactly as it will be in production.
Double-thickness worktops are displayed correctly with batten joining, and the part list now shows the thickness.
A part can be examined and checked before production the way it previously could only be after: every operation is visible in 3D, with dimensions and parameters.