6 printing technologies available, including microvalve, extrusion, melt extrusion, volumetric dispensing, melt electrowriting, and electrospinning. Multiple technologies help you construct the complicated 3D structure with multiple materials.

Modular Design

5 individual printer head with more than 10 types of accessory, including process supervision system, process observationunit, substrate height calibration unit, light curing kit, etc.

User-friendly Software

SHAPER software is user-friendly, intuitiveto use, and provides a full set of design tools and process planning management tools. Accomplish all the settings for printings by just THREE steps.

Able to receive all updates/upgrades/bugfixes/patches for SHAPER online

Integrated Class II Biosafety Enclosure (R-GEN 200 Only)

Build-in anti-vibration systems

Build-in ultraviolet germicidal lamp

Configurable mechanical fixation of display panel

Type A2 and NSF/ANSI 49

CE conformity

Support

Hotline support for R-GEN series instruments and software (e-mail, phone, remote support)

Service team in China Mainland with rapid and efficient response.

Tech Specs

Size and weight

770 × 720 × 760mm / 160 kg (R-GEN 100)

1366 × 963 ×2202 mm / 600 kg (R-GEN 200)

Build volume: 130 × 90 × 65 mm (Maximal build height depends on the instrument configuration)

Minimal dispensing volume: 5 nL

Software: SHAPER

Workzone temperature: 4~80℃

Pneumatic Strand Dispenser

Print scaffolds or continuous strands of medium to high viscous materials.

Materials

Hydrogels, pastes, particle suspensions(ceramic or metallic), resins, silicones and many more.

Viscosity range: 50-200.000 mPa*s.

Pneumatic Melt Dispenser

Build 3D structures from thermoplastics with melting point up to 250°C.Print continuous strands of medium to high viscous materials.Thermoplastic melt electrowriting in conjunction with Electrospinning and -Writing Kit (ESK).

Materials

Thermoplastics, composite pellets or powders, resins, pastes, hydrogels with viscosities up to 200,000 mPa*s.

Pneumatic Drop Dispenser

Jetting cell-laden droplets with controlled volume (down to 10 nL).

Deposition of strands of low to medium viscosity materials (up to 1000 mPa*s).

Materials

Cell-laden hydrogel precursors (specific nozzle design to maximize cell viability post-printing). Culture media, bioactives, pharmaceutical compounds, and liquids.

Volumetric Strand Dispenser

Controlled deposition of materials withcomplex, unpredictable viscosity behavior.Precise volumetric dispensing with 5 nL accuracy. Solution and hydrogel electrospinning in conjunction with Electrospinning and -Writing Kit (ESK).

Materials

Non-homogeneous fluids, hydrogels, pastes, or particle solutions with viscosities up to 5000 mPa*s

Process Observation Unit

Additional unit for real-time monitoring of bioprinting processes.

Substrate Height Calibration 

Unit

System for substrate height detection for precise 3D construction on varying substrates.

Light Curing Kit

Select up to 2 distinct wavelengths for ideal photo initiator activation.

Cell Agitator

Prevents cell sedimentation and assures cell and particle homogeneity during printing process.

Manually 

3D printing

Step 1: Designer

Use our powerful tools to easily design your 2D or 3D constructs, or import them from another source, define and select multiple printing technologies, and set parameters for the use of various biomaterials, in a single view.

Step 2: Composer

Improve your printing process definition, compose your print project by positioning your constructs precisely where needed on the print workzone, and define the printing material dispensing order.

Step 3: Sequencer

Quickly visualize and define the planned sequence of your print project, by defining the order, time frequency and parameters of each printing step, simplifying and reducing the time to design your experiment.