Product development
From concept and mechanical design to prototyping, testing and product launch.
- resin 3D printers and accessories
- user workflow and service thinking
- design decisions grounded in production reality
3D printing · machines · automation
Product and machine development from prototype to real-world hardware.
A focused portfolio covering resin 3D printers, post-processing systems, prototype machines, CNC builds and practical automation. The common thread is full-stack technical execution: mechanics, electronics, production thinking and hands-on testing.
2015 → todaycontinuous product and machine development
MSLA / DLPdesktop and professional resin platforms
CNC & controlmechanics, electronics and custom interfaces
Profile
This portfolio shows a broad but consistent type of work: compact desktop printers, post-processing systems, larger production-oriented platforms and custom-built workshop machinery. The strongest value is the ability to move from concept to functional hardware with a practical understanding of manufacturing, workflow and real use.
Machines & mechanics
Complete machine builds including frames, tables, motion systems, electronics and workshop-made parts.
- CNC routers and plasma tables
- test rigs and internal tooling
- fast iteration through practical prototyping
Automation & software
Control logic, touch interfaces, experimental automation modes and machine-side software.
- Python and C++ control workflows
- sensors, monitoring and integrations
- smart home and internal utility systems
Main projects
Each project keeps the same structure for clarity: title, short context and the correct visual placed below without cropping. Public links are kept where available.
2015
3DWARF and 3DWARF+
The beginning of the resin product line: a compact DLP platform introduced in two variants with different XY precision and a clear focus on high-detail output.
Public reference
2016
3DWARF Precision
A smaller, accuracy-focused version designed for fine-detail printing and a compact footprint. The portfolio notes a 40 × 80 × 150 mm build volume and a standard 0.025 mm layer height.
Video reference
2016
Dwarf3
The third generation moved to LED curing through a 2K display. Compared with earlier machines, it brought a more compact body, lower energy demands and uniform sharpness across the print area.
Public reference
2018
Original Prusa SL1
A transition from smaller development batches toward a broader product ecosystem. The SL1 represents the shift from a single machine to a more complete resin workflow.
2018
Original Prusa CW1
An all-in-one post-processing unit covering resin preheating, washing, drying and curing. It complements the printer by extending the workflow beyond the print itself.
Public reference
2020
Original Prusa SL1S SPEED + CW1S
A more mature resin system with higher throughput and detailed output. The public specification highlights a 127 × 80 × 150 mm print volume, 0.01 mm minimum layer height and USB, Wi-Fi and LAN connectivity.
Public reference
Medical applications
Medical and dental resin workflows
The portfolio also includes experience with application-driven resin systems for medical and dental use, where repeatability, speed and workflow reliability matter as much as raw print quality.
Public reference2024 →
Prusa Pro SLX
A next-generation professional MSLA platform aimed at demanding applications. Public materials describe a 220 × 125 × 400 mm build volume, 30-micron XY resolution and a dedicated washing and curing ecosystem.
Public referenceWhat stands out most
The strength of the portfolio is not just individual products, but repeated execution across the full technical stack: concept, mechanics, electronics, prototyping, production constraints, post-processing and operator workflow.
Full-stack hardware work
mechanics, electronics, software and workshop validation
mechanics, electronics, software and workshop validation
Practical engineering
machines designed with manufacturing and service in mind
machines designed with manufacturing and service in mind
Range of scale
from compact desktop systems to larger professional platforms
from compact desktop systems to larger professional platforms
Fast iteration
the ability to build useful prototypes quickly
the ability to build useful prototypes quickly
Commercial context
The updated source material also points to real market context rather than purely experimental work: approximately 100 units sold across the DWARF generation and roughly 10,000 units across the SL1, CW1, SL1S, CW1S and medical-related platforms.
That gives the portfolio a useful balance between product design, engineering depth and evidence of real deployment.
Other machines and internal development
Beyond the main 3D-printing platforms, the portfolio includes workshop machines built for internal use, prototyping and test workflows.
Internal build
SLS 3D printer
A development-oriented SLS machine built for internal experimentation, materials learning and process testing.
Workshop machine
CNC router
A personally built machine used first for manufacturing covers for DWARF printers and later for producing parts for prototypes. The build includes the frame, table and electronics.
Workshop machine
CNC plasma table
A full machine build including electronics, suction table, touch control display and automatic modes driven through custom control logic.
Test equipment
Adhesion testing rig
A low-cost machine created for accurate adhesion testing. The brief emphasized speed of development and minimal cost, using spare parts together with 3D-printed elements.
Contact
Phone+420 777 399 595
LocationPrague, Czech Republic
AvailabilityProduct development, prototyping and technical collaboration