FP Nano Printer​

With its high resolution, processing efficiency, and cost-effectiveness, the FP NanoPrinter enables the first industrial-scale implementation of multi-material nanomanufacturing.
It holds transformative potential across a wide range of sectors, including nanotechnology, biotechnology, healthcare, renewable energy, and electronics.

FP Nano Printer

FP Nano Printer

Ultrafast · Ultra-Precise · Multi-Material 3D Nanoprinting Platform

With its high resolution, processing efficiency, and cost-effectiveness, the FP NanoPrinter enables the first industrial-scale implementation of multi-material nanomanufacturing.
It holds transformative potential across a wide range of sectors, including nanotechnology, biotechnology, healthcare, renewable energy, and electronics.

Core Capabilities

Multi-Material Compatibility

Supports over 20 materials, including metals, alloys, semiconductors, polymers, and biomaterials.

High-Speed, High-Throughput

Processes hundreds of thousands of voxels per planar exposure, with fabrication speeds reaching up to 100 mm³/hr.

Ultra-High Resolution

XY: 140 nm / Z: 175 nm; feature sizes down to 30 nm achievable after shrinkage.

Typical Application Cases

The FP NanoPrinter is a groundbreaking tool at the forefront of numerous fields, with applications including:

Drug Delivery Devices

Ultrafine porous structures enable precise cell support and controlled drug release.

Biomimetic Structures

Multi-material printing enables complex biomimetic forms, replicating the diverse micro/nano-scale geometries found in nature.

Wei Na

Micro/Nanofluidic Devices

Rapid prototyping of microfluidic channels and chips accelerates biological and chemical experimentation.

Metamaterial Structures

Print reconfigurable metamaterial lattices to achieve tunable optical and acoustic properties.

Wei Na Bot

Micro/Nanorobots

Multi-material printing enables the creation of micro/nanorobots with integrated motion and functional capabilities.

Diffractive Optical Elements (DOEs)

Submicron-resolution printing of Diffractive Optical Elements (DOEs) enables efficient wavefront shaping for advanced photonic applications.

Software Control

AstraWrite™ offers an intuitive and comprehensive user interface for real-time monitoring and control of the printing process.
After converting custom-designed CAD files into DMD patterns, AstraWrite manages the loading of these patterns onto the FP NanoPrinter to fabricate specific 2D or 3D structures. It also allows users to control and directly interface with subsystems within the FP NanoPrinter, including the DMD, XYZ stage, and laser system.

In-Situ Process Monitoring

Direct Subsystem Interface & Control

3D Stitching of Large Structures

Automated 3D Printing Fabrication

Technical Specifications

The FP NanoPrinter offers exceptional resolution and fabrication efficiency. Below are its key performance specifications and application areas.

  • High-resolution rapid 3D prototyping

  • Wafer-scale batch manufacturing support

  • Printing volume up to 100 mm³/h

  • Compatible with a wide range of functional materials, including metals and biomaterials

  • Print preview and automatic parameter configuration

  • High-precision motion stage with nanometer-level positioning accuracy

规格对比表
Parameter Value / Description
Printing TechnologyFemtosecond Light Sheet + Two-Photon Polymerization (FP-TPL)
Minimum Linewidth (XY / Z)30 nm / 50 nm (post-shrinkage); 400 / 600 nm (pre-shrinkage)
ResolutionDiffraction-limited: 340 nm / 500 nm
Printing Speed0.1 – 100 mm³/hr (typical: 100 mm³/hr)
Build Volume250 × 250 × 10 mm
Compatible Materials20+ types, including metals, alloys, polymers, and biomaterials
Control SoftwareAstraWrite™; supports .bmp / .stl / .nano formats
Laser Requirements800 nm femtosecond laser; >5 mJ@1kHz; <35 fs; Class 4
Power / Environment23±1ºC; Humidity <50%; 220V >35A; Vibration-isolated and airflow-controlled environment

Frequently Asked Questions

What printing materials are supported by the FP NanoPrinter?

It supports over 20 types of materials, including metals, alloys, polymers, and biomaterials, making it ideal for printing complex structures.

 

How fast is the printing speed?

The printing speed ranges from 0.1 to 100 mm³/hr, with a typical value of 100 mm³/hr.

 

Does it support custom design files?

Yes, it supports importing designs from CAD files, with printing managed through the AstraWrite control software.

 

Does it support high resolution?

Yes, it offers high resolution up to 340 nm / 500 nm, making it suitable for precision-demanding applications.