Equipment
DrukDim develops equipment as an integrated ecosystem rather than a set of unrelated standalone devices. Our public product structure is currently organized around three families:
- Brama for mid-scale pilots, factory-line systems and future large-scale construction workflows
- KuBrick for education, laboratories, demos and small architectural forms
- DrukMix for material preparation, feed and extrusion as part of the full printing system
Which system fits which task
| Task | Recommended class | Typical configuration | Best fit |
|---|---|---|---|
| Education, laboratories, demonstrations | KuBrick | KuBrick + DrukMix S + Ex10 A | Fast commissioning, lower entry barrier, simpler deployment |
| Pilots, reference projects, industrial R&D | Brama D | Brama D + DrukMix L or XL + Ex100 M(A) | Mid-scale work, repeatable process, bridge from demo to applied deployment |
| Serial production of long low-height modules | Brama F | Brama F + DrukMix L or XL + Ex400 M | Factory-line logic, higher throughput, multi-head scenarios |
| Future large-scale onsite workflows | Brama XL | Brama XL + dedicated next-generation platform | Platform in development for continuous large-format deployment |
Product families
Brama
A printer family built around three scales of work:
- Brama D for pilots, reference projects and industrial R&D
- Brama F for long low-height serial modules, panels, fences and factory-line production
- Brama XL as a large-scale platform in development for future continuous onsite workflows
KuBrick
The compact entry platform for:
- universities and colleges
- labs and demonstrations
- experimental small-form printing
- teams that need a lower infrastructure threshold
DrukMix
The material and extrusion layer of the ecosystem:
- material systems from compact to industrial scale
- extrusion modules matched to throughput and duty cycle
- open software integration inside the broader printer workflow
How to read the lineup
The right configuration depends on:
- target throughput
- geometry of the product or object
- material behavior and filler size
- number of print modules
- duty cycle: education, R&D, pilot or production
- required level of automation
Software as part of the system
All DrukDim equipment is designed to work inside an open software stack built around a familiar workflow: Klipper + slicer logic + open DrukMix integration layer. That makes adoption easier for teams already familiar with conventional 3D printing.
Next step
If you already have a target application, site constraint, recipe or throughput requirement, send a request and we will propose a matching configuration.