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Shanghai Ruidu Photoelectric Technology Co.Ltd is founded in 2007 by a powerful team that consists of professors and experienced engineers. The company is located in USST National Science Park in Shanghai, and Our main business scope is to provide products and system integration in automation field and inkjet printing field. Ruidu develops the inkjet printing market together with MicroFab in China. Meanwhile, Ruidu develops custom-made machine and inkjet systems，in the field of Biomedical ,stent coating, drug-loaded sphere ,microdispensing , crystallization protein etc.

Product Description

MicroFab has taken three popular ink-jet based microsphere production methods and combined them into a single bench top research platform. Based on MicroFab’s research into ink-jet manufactured drug loaded microspheres, The SphereJet™ system combines drop-on-demand, pressure assisted drop-on-demand, and continuous ink-jet drop formation. Drop generation rates of up to 50kHz and drop diameters of 20 µm to 100 µm can be achieved. With the SphereJet™ system, researchers can develop new materials and protocols based on the solvent extraction/evaporation method of microsphere manufacturing.

Standard Features

• Drop-on-demand, Pressure Assisted Drop-on-demand, or Continuous Mode drop formation.
• 10” x 10” digital stir plate with RPM readout.
• 1L collection vessel.
• Software controlled Z-axis positioning.
• Low and high pressure (up to 100 psi) pneumatics controls.
• CCD camera for drop and collection observation.
• Enclosed and controlled ventilated work area.
• JetDrive™ III drive electronics with bipolar, sine, and arbitrary waveform modes.
• JetLab® control software.

Applications

• Controlled Drug Delivery
• Microencapsulation
• Protein Delivery
• Tissue Engineering Supplements
• DNA Delivery
• Growth Factor Delivery
• Tracer Encapsulation
• Explosives Encapsulation

Ink-Jet Based Microsphere Characteristics

• Monodispersity
• Controllable Process
• Material Flexibility
• High Drug Loading Efficiency
• Sustained Release
• Pharmacological Efficacy
• Scalable Process