CZEN
CZEN
FYSCON · Engineering & NanoBioTech

TURNING IDEAS
INTO FUNCTIONAL TECHNOLOGIES.

From first concept through engineering and manufacturing to advanced solutions for industry, research and NanoBioTech.

EngineeringManufacturingAutomationNanoBioTech
Technology ↗NanoBioTech ↗

A family-owned company combining engineering expertise, in-house development and a drive to innovate.

FYSCON logo
One mindset · two directions

One engineering mindset.
Two technology directions.

The same ability to turn a problem or idea into a real-world solution — for industry and advanced research.

FYSCON Technology

Bring us the challenge.
We engineer the solution.

From first concept to a finished machine. FYSCON handles custom engineering as one complete process — design, 3D modelling, technical documentation, calculations, manufacturing and final installation.

Engineering process
01Problem / brief
02Solution concept
033D engineering
04Documentation & calculations
05Manufacturing
06Assembly & installation
Current phase
Problem / brief
Engineering onlyYou can take over the documentation for your own manufacturing.
Turnkey solutionOr we manufacture the complete system and commission it.
Process visualizationProblem / brief

We turn the brief into a clear technical framework that defines the direction of the solution.

01 · BRIEF
FYSCON · CUSTOM ENGINEERINGVISUAL BRIEFworking rangeFUNCTIONREQUIREMENTSdirection · performanceCONSTRAINTSspace · precisionSOLUTION CONCEPTFunctional principle and main modulesarchitecture · motion logicMAIN AXISguides and bearingsDRIVEmotor + transmission300 mm180 mm±0.01 mmREPORTTechnical documentationdrawings · tolerances · BOMDIMENSION300 mmPRECISION±0.01 mm
3D CAD BRIEFDocumentation WAITINGManufacturing INACTIVE01 / 06
Cross-industry experienceCNCPrecision ComponentsLaboratory TechnologyMedical TechnologyTheatre TechnologyAerospaceRecyclingFood Industry
FYSCON Technology · Capabilities

Engineering. Manufacturing.
3D Printing.

Engineering, precision manufacturing and 3D printing are connected into one manufacturing workflow — or delivered independently.
01 · Engineering

Engineering

From individual parts to complete technology systems.

↘ 02 · Precision Manufacturing

Manufacturing

Precision CNC and complete realization.

↘ 03 · Additive Manufacturing

3D Printing

FDM / FFF · SLA · SLS.

↘
01 · Engineering

In-house engineering office.

From individual components to complex, multi-year engineering programs.

From idea to production data.

Engineering is our core added value. Every design is developed with real manufacturing, assembly, service and operation in mind.

Concept3D engineeringStructural analysis / FEADocumentationProduction data
100 000+models and drawings in large-scale projects

Engineering, documentation and manufacturing preparation in Autodesk Product Design & Manufacturing Collection.

Structural & strength analysis / FEAFEA in Autodesk Inventor Nastran — stress, deformation and structural strength verification.
Autodesk Product Design & Manufacturing ↗Inventor Nastran ↗
02 · Manufacturing

Precision manufacturing and complete realization.

FYSCON’s manufacturing capabilities cover precision CNC machining and downstream engineering operations. We focus on projects where precision, surface quality, controlled handling and process reliability are critical.

Precision Manufacturing

Manufacturing for applications where meeting drawing dimensions is only the starting point.

Precision components for microscopy and semiconductor manufacturing equipment. Depending on requirements, we also manage controlled handling, surface finishing, inspection and final packaging.

Precision CNCClean handlingSurface qualityInspectionPackaging
Manufacturing equipment
Extensive manufacturing capacity for precision engineering.

We operate a broad range of equipment for precision CNC machining, turning and related manufacturing operations. Our equipment includes DMG MORI and we continuously expand capacity to meet demanding project requirements.

Latest additions
DMG MORI · DMU 40 PRO5-axis machining centre with robotic automation.
5 AXIS ↗
DMG MORI · CTX 350 V6Turning centre with driven tools and counter spindle.
TURNING ↗
Additional manufacturing operations
From machining to commissioning.
CNC MachiningTurningWeldingGrindingSurface FinishingAssemblyInstallation & Commissioning
Metrology & Quality Control
Fully equipped metrology laboratory.

Production inspection and measurement documentation, supported by the 3D coordinate measuring system Mitutoyo MiSTAR 555.

Mitutoyo MiSTAR 555 ↗
03 · 3D Printing

Advanced additive manufacturing.

For prototypes, tooling and functional polymer parts, we select the process based on required detail and final part properties.

FDM / FFF
Fused Deposition Modeling

Functional prototypes and tooling.

SLA · DLP · MSLA
Resin technologies

High-detail precision parts.

SLS
Selective Laser Sintering

Durable functional parts without support structures.

Industrial SLS
Formlabs Fuse 1+ 30W

Complete workflow from printing through depowdering and surface finishing.

01Fuse 1+ 30W
Printing
02Fuse Sift
Cleaning & powder recovery
03Fuse Blast
Surface finishing
Selected SLS materials

We select materials according to the required strength, toughness, stiffness, temperature resistance or flexibility of the final part.

Nylon 12Nylon 12 · Nylon 12 Tough · Nylon 12 GF · Nylon 12 White
Nylon 11Nylon 11 · Nylon 11 CF
ElastomersTPU 90A
Explore Formlabs SLS materials ↗
Engineering, manufacturing or complete delivery.

We join your project at the scope you need.

Discuss a Technology project →
We take the same engineering mindset further in NanoBioTech.

From precision mechanics to controlled formation of micro- and nanofibrous structures.

Continue to NanoBioTech ↘
FYSCON / NANOBIOTECH

From polymer jet to
k 3D structure.

Visualization of controlled biofabrication — from polymer deposition through formation of a micro- and nanofibrous network to the final 3D structure.

Scroll to follow the transformation00%
scroll-driven animation
01 / JETControlled jet
02 / FIBERSFiber formation
03 / SCAFFOLD3D structure
PrincipleElectrohydrodynamic deposition
StructureStabilized polymer jet
ResultControlled jet
NanoBioTech · Systems & Services

Biofabrication platforms built around your research.

We do not sell one fixed configuration. Each system is engineered around your material, process and research objective.

Your material. Your process. Your research. Our engineering.
01Nanofibers

Electrospinning System

Controlled nanofiber formation.

BiomaterialsNanofibrous scaffolds
02Microfibers

Electrowriting System

Precision microfiber deposition.

Controlled pathsScaffold geometry
03Soft materials

Extrusion & Bioprinting

Polymers, hydrogels and bioinks.

HydrogelsBioinks
04Integrated platform

Multi-Technology Platform

Nano-, micro- and 3D biofabrication.

Integrated workflowModular configuration
Biofabrication systems

Electrospinning System

Controlled nanofiber formation for biomaterials.

TechnologyElectrospinning
StructureNanofibrous network
ApplicationBiomaterials
Additional capabilities

Validation, automation & custom systems.

We extend our engineering capabilities to validation, automation and specialized equipment.

05
PHYSIOLOGICAL SIMULATION

In Vitro Testing & Physiological Simulation

Testing platforms and bioreactor systems for biomaterials and tissue models.

Perfusion & FlowMechanical StimulationElectrical Stimulation
06
CUSTOM ENGINEERING

Custom Engineering & Automation

Development of specialized equipment and laboratory automation.

Laboratory AutomationProcess IntegrationIn-house Manufacturing
FYSCON R&D · In-house Research

From material to future application.

Alongside customer systems, we develop our own materials research and future applications for regenerative medicine.

Commercial systems≠In-house R&D
Discuss research collaboration ↗
01Advanced Materials

Material development for biofabrication.

02Biofabrication Research

Fibrous and 3D structures, new processes.

03Application Development

Future biomedical applications.

EU Projects Supported projects View projects
Evropská unie – Evropský fond pro regionální rozvoj – OP Podnikání a inovace pro konkurenceschopnost; Ministerstvo průmyslu a obchodu
Projekt

FYSCON_Digitální podnik 2024

je spolufinancován Evropskou unií.

Hlavním cílem projektu je modernizovat a digitalizovat výrobní procesy ve společnosti FYSCON s.r.o., zvýšit efektivitu, produktivitu a konkurenceschopnost.

Podpořený projekt

Příprava strategického projektu

Příprava strategického projektu Vývoj pokročilých 3D tištěných podpůrných struktur měkkých tkání aplikovatelný v oblasti regenerativní medicíny a gynekologie je podpořena prostřednictvím poskytnutí voucheru asistence v rámci projektu Smart akcelerátor Zlínského kraje II, reg. č. CZ.02.2.69/0.0/0.0/18_055/0016072, financovaného z prostředků Evropských strukturálních a investičních fondů a Zlínského kraje.

Reg. č. CZ.02.2.69/0.0/0.0/18_055/0016072
Projekt

FYSCON_MULTIFUNKČNÍ KRYT

Společnost realizuje projekt FYSCON_MULTIFUNKČNÍ KRYT, který je spolufinancován Evropskou unií. Projekt řeší spolupráci s výzkumnými pracovníky na univerzitě při vývoji návrhu konstrukčního řešení a prototypu nového produktu mobilního multifunkčního krytu.

Registrační číslo CZ.01.1.02/0.0/0.0/20_358/0025153
Projekt

FYSCON_NEW TECHNOLOGY

Společnost realizuje projekt FYSCON_NEW TECHNOLOGY, který je spolufinancován Evropskou unií. Cílem projektu je pořízení nových technologií pro začínající společnost v oblasti konstrukce, výroby kovových konstrukcí a obrábění.

Registrační číslo CZ.01.2.06/0.0/0.0/19_248/0021061
NanoBioTech · Research Collaboration

Partner institutions

Collaboration with research teams in the Czech Republic, Germany and the United States.

FYSCON / ABOUT

Engineering mindset. Two directions. One company.

A family-owned company combining engineering expertise, in-house development and a drive to innovate.

TechnologyNanoBioTech
FYSCON approachWe build what does not exist yet.
How we workFrom idea to real-world impact.
One engineering process
01
IdeaProblem / vision
02
EngineeringConcept / design
03
PrototypeManufacturing / validation
04
ManufacturingRealization / integration
05
ResultReal-world use
01 / BEGINNING

In-house solution.

The need for our own solution led to the development of our first machine.

02 / ENGINEERING

From project to complete systems.

Individual projects grew into integrated development, engineering and manufacturing.

03 / NANOBIOTECH

Engineering for research.

Our know-how expanded into proprietary technologies for advanced research.

IngenuityEngineering depthCross-disciplinary thinkingUseful innovation
Start a project

Let’s discuss
your project.

Whether you are working on industrial equipment, automation or NanoBioTech research, get in touch.

TechnologyIndustrial engineering, design and manufacturing
↓
NanoBioTechBiofabrication, research equipment and collaboration
↓
Contact information

We are in Zlín.
Get in touch directly.

For general enquiries, engineering and research, use the direct contacts below. We will be glad to discuss your technical brief or research collaboration.

FYSCON s.r.o.Vavrečkova 5262 · Zlín
Open map ↗