Research and development 3D printer LBP-01

medicallaboratoryfor tissue engineering

Product Overview
Labotemp Bio 3D Printer LBP-01 is a Direct Ink Writing (DIW) bioprinter developed for biomedical research, tissue engineering, regenerative medicine and pharmaceutical R&D. It deposits bio-inks, hydrogels and biomaterials with high positional accuracy to fabricate complex constructs, micro-scaffolds and assay-ready samples directly in petri dishes and standard well plates.

Platform and Operation
The system features a modular printhead architecture with automatic calibration, real-time pressure stabilization and touchscreen control. Compatible with CAD and G-code inputs, the LBP-01 supports quick printhead exchange, multi-material workflows and both single-head and dual-head configurations for co-printing or sequential deposition.

Key Benefits

• High-precision bioprinting: mechanical repeatability ±10 μm for accurate scaffold and tissue model fabrication.
• Modular and flexible: multiple printhead and cartridge options enable rapid reconfiguration for different biomaterials and protocols.
• Laboratory integration: compatible with 6/12/24/48/96-well plates and petri dishes for direct printing into assay formats.
• Stable extrusion control: gas fluctuation range ±1 kPa with real-time adjustment for consistent deposition of bio-inks.
• Bioprocess automation-ready: supports automated pipetting workflows and repeatable droplet dispensing (min 10 μL ±5%).

Optional Modules / Expandability

• UV curing module (365/385/395/405 nm) for photopolymerizable bio-inks and hydrogels.
• High-temperature pneumatic nozzle (up to 300°C) for thermoplastic biomaterials.
• Low-temperature pneumatic nozzle (-5°C to room temperature) for temperature-sensitive formulations.
• Coaxial printing module for core–shell constructs (vascular models, advanced scaffolds).
• High- and low-temperature printing platforms (up to 100°C / down to -10°C) for process flexibility.
• Inline mixing module for on-the-fly blending of multiple biomaterials.
• Electrospinning / Near-Field Direct Writing and Melt Electro Writing (MEW) modules for micro/nano fiber scaffolds.
• Rotary-axis printing platform and independent secondary platform for expanded geometries and work areas.

Technical Specifications

• Printing Technology: Direct Ink Writing (DIW) 3D bioprinting
• Machine Dimensions (XYZ): 650 × 520 × 620 mm
• Printing Platform: room-temperature platform compatible with petri dishes and standard well plates
• Platform Calibration: automatic calibration system
• Working Volume (Single Head): ≥ 250 × 150 × 100 mm
• Working Volume (Dual Head): 220 × 150 × 100 mm
• Printhead System: modular printhead design with quick replacement
• Mechanical Repeatability: ±10 μm
• Pressure Control: gas fluctuation range ±1 kPa with real-time pressure adjustment
• Printhead Channels: 1 or 2 channels
• Nozzle Cartridge Options: 10 cc, 30 cc, 55 cc
• Pipetting Function: minimum droplet size 10 μL (±5%)
• Well Plate Compatibility: 6, 12, 24, 48, 96-well plates
• Air Supply: matching silent air compressor
• Working Pressure: ≤ 0.8 MPa
• Noise Level: ≤ 55 dB
• Package Size: 1040 × 1190 × 1460 mm
• Gross Weight: 118 kg