Automate Scientific Pressurized Perfusion System ValveLink8.2

Automate Scientific Pressurized Perfusion System 

Description:
The Automate Scientific Pressurized Perfusion System is a comprehensive setup designed for precise fluid control in various laboratory applications. This system includes the Automate Scientific Valvelink 8.2 Controller, a 4-gang valve pressure controller, 4-channel perfusion pencil, PTFE inert valves, and syringes for reservoir storage. It is ideal for use in electrophysiology, perfusion studies, and other high-precision experiments that require fluid delivery control.

Included Items:

1. Automate Scientific Valvelink 8.2 Controller (Model: 01-18 Valvelink 8.2)
2. Automate Scientific 4-Gang Valve Pressure Control
3. Automate Scientific 4-Channel Perfusion Pencil
4. Four Hole 4 Luer Lock Fitting PTFE Inert Valves
5. Reservoir Syringes (60 mL and 35 mL)

Specifications:

• Controller Model: Valvelink 8.2 (Model: 01-18)
• Pressure Control System: 4-gang valve configuration
• Perfusion Pencil: 4 channels for multi-line perfusion
• Fittings: Four-hole 4 Luer Lock PTFE inert valves
• Syringe Sizes: 60 mL and 35 mL

Automate Scientific Valvelink 8.2 Controller
Condition: Used and Fully Functional

Description:
The Automate Scientific Valvelink 8.2 Controller is a high-performance microprocessor-based device designed for precise control of valves in electrophysiology and laboratory perfusion systems. Featuring ValveGuard™ technology, this system prevents damage to valves by detecting faulty valves and providing easy visibility of issues. The controller supports automatic experiments and precise valve switching with low noise and low voltage operation, ensuring minimal interference during sensitive recordings.

Key Features:

• ValveGuard Technology: Detects faulty valves to prevent damage and ensures smooth operation.
• Automatic Experimentation: Run experiments automatically, even unattended, saving time and money.
• Microprocessor-Based: Offers flexibility with multiple valve control modes, including manual, TTL, analog, and USB inputs.
• Low Noise & Low Voltage: Designed for electrophysiology applications, minimizing recording artifacts.
• Fast Valve Switching: Switches 12V DC solenoid valves open and closed in 1 millisecond.
• Spill Sensor: Protects your equipment by stopping all valves in case of a leak detection.
• Automatic Networking: Allows you to connect up to eight ValveLinks for up to 64 channels.
• Programmable Control: Control multiple valves through real-time analog or digital outputs from your computer or data acquisition software.

Specifications:

• Channels: 8 channels per ValveLink, USB network up to 64 channels.
• Digital Inputs: 1 TTL input per valve, or demultiplex up to 16 valves with 4 inputs.
• Manual Control: Front panel buttons for manual valve operation.
• Speed: Valve switching speed of 1 millisecond.
• Valve Power: 12 Watts (1A) per channel, 24 Watts (2A) total for all valves open.
• Software: Free Windows real-time USB control and networking software for up to 64 valves.
• Manual Features: Master channel for single valve control.
• Operating System Compatibility: Compatible with data acquisition software like pCLAMP, Patchmaster, AxoGraph, etc.

PTFE inert Valves for Fast Switching

Required for fast kinetics applications. Excellent chemical and corrosion resistance. Non-stick surface resists particles and chemical deposits. Switches in less than 10 ms, with 20 μl of dead volume from port to port. Threaded female inlet and outlet ports accept Hose Barb, Luer Lock and Nut & Ferrule fittings

Automate Scientific 4-Channel Perfusion Pencil is designed for precise multi-channel fluid delivery in electrophysiology and laboratory research. Compatible with Automate Scientific’s pressurized perfusion systems, it provides accurate and controlled dispensing of fluids. Ideal for applications in cell culture, patch-clamping, and pharmacology studies. Durable and reliable for long-term use.

Specifications:

• Number of Channels: 4
• Fluid Delivery: Precision control of multiple fluids or solutions.
• Compatibility: Works with Automate Scientific pressurized perfusion systems.
• Materials: High-quality, durable components for long-term performance.
• No Micron Removable Tip

Condition of  Details:

• Fully tested and in good working condition.
• Minor signs of previous use but fully operational.

Applications:

• Electrophysiology
• Perfusion studies in biological research
• Fluid delivery in cellular research
• Multi-line perfusion experiments