MPS-2 MULTICHANNEL PERFUSION SYSTEM CONTROLLER

MPS-2 Multichannel Perfusion System Controller (Used, Tested, Fully Operational)

You are purchasing a used MPS-2 Multichannel Perfusion System Controller. This unit has been thoroughly tested and is in excellent working condition, guaranteed to be fully operational and ready for use.

✅ Condition: Used, fully operational, and in good working order.
✅ Guarantee: Fully functional and ready for use.

Description:

The MPS-2 Multichannel Perfusion System Controller is a programmable 8-channel perfusion system designed specifically for single-channel and whole-cell patch perfusion applications. Offering an ideal balance of performance and value, the MPS-2 utilizes high-quality solenoid valves that are typically found in much more expensive systems. Unlike generic perfusion systems that attempt to accommodate all possible applications, the MPS-2 is optimized for single-channel and whole-cell patch perfusion, making it a reliable and specialized solution for your research.

The system can be controlled either manually through membrane switches on the front panel or programmatically via a PC. Two manual control modes are available: one allows independent control of each channel, while the other mode lets users assign a master channel to keep the system flowing when all other channels are off. The MPS-2 is compatible with TTL control for integration with external instruments or data acquisition systems.

With the inclusion of user-friendly timing software, the programmed perfusion sequence can be initiated either by the computer, an external trigger (such as a patch clamp amplifier), or manually by the user. The system's innovative design is enhanced by color-coded polyurethane ribbon-style tubing, which ensures organization and contamination-free solution delivery, unlike traditional PVC-based tubing.

One of the key features of the MPS-2 is its unique perfusion μ-manifold, which offers extremely low flow resistance and dead volume (<100 nL), making it the most efficient perfusion manifold available. The μ-manifold is also an economical disposable item, reducing the risk of cross-contamination from previous experiments.

Key Features:

• 8-Channel Control: Offers independent control of up to 8 perfusion channels, making it ideal for complex experimental setups.
• Programmable or Manual Control: Controlled via front panel switches or through PC software for flexibility in operation.
• Low Dead Volume: Features a <100 nL dead volume μ-manifold, ensuring minimal sample loss and reducing contamination risks.
• Color-Coded Tubing: Utilizes polyurethane ribbon-style tubing, which is both organized and free from plasticizers found in PVC tubing, ensuring a contamination-free environment.
• TTL Control: Supports TTL input for synchronization with external equipment such as patch clamp amplifiers or data acquisition systems.
• User-Friendly Software: Includes graphic timing software to program and control perfusion sequences.
• Efficient Flow Design: The μ-manifold reduces flow resistance and dead volume, enabling fast flow rates without requiring pressurized systems.
• Modular Design: The system is expandable and adaptable to fit various experimental needs.
• Economical: Designed as an affordable solution without compromising performance.

Specifications:

• Channels: 8 programmable channels
• Control Modes: Manual (via front panel membrane switches) or programmable via PC
• Dead Volume: <100 nL (at junction)
• Flow Rates: Maximum 1 µL/s for 100 µm ID tips, 16 µL/s for 250 µm ID tips
• Tubing: Polyurethane ribbon-style tubing (color-coded for easy identification)
• Power Supply: Compatible with 110-130 VAC or 200-250 VAC, single-phase, 50/60 Hz
• Operating Temperature: 10-40°C (50-104°F)
• PC Compatibility: Windows XP, 7, 8, 10 & 11
• Micro-Manifold: Injection-molded, low-flow resistance and minimal dead volume design
• Max Flow Rate: 8 and 500 µL/min at 50 cm for 100 µm and 250 µm ID tips, respectively
• Output Tubing: Polyimide-coated quartz, 50 mm long

Applications:

• Single Channel Perfusion: Perfect for experiments that require precise control over a single ion channel.
• Whole Cell Patch Perfusion: Designed specifically for patch clamp experiments and whole-cell recording applications.
• Drug Delivery: Suitable for drug testing and solution exchange under the microscope in patch clamp setups.
• Ion Channel Research: Ideal for controlled ion channel and membrane potential studies.

Included:

• MPS-2 Multichannel Perfusion System Controller
• User Manual for setup and operation
• Power Supply Cable

Why Choose the MPS-2 Multichannel Perfusion System Controller:

• Optimized for Patch Clamp: Unlike general perfusion systems, the MPS-2 is specifically designed for single-channel and whole-cell patch perfusion applications.
• Precision: With a μ-manifold providing low flow resistance and dead volume, the MPS-2 ensures high-performance perfusion with minimal contamination risk.
• Expandable: The 8-channel setup can be expanded or adapted to fit the specific needs of your research.
• Contamination-Free: The use of color-coded polyurethane ribbon tubing ensures clean solution delivery, eliminating the plasticizers often found in PVC tubing.
• Affordable: Offers a high-quality, cost-effective solution for perfusion applications.

The MPS-2 Multichannel Perfusion System Controller offers precise, controlled, and reliable perfusion for single-channel and whole-cell patch experiments, making it an essential tool for electrophysiology, cell biology, and drug delivery research. Its combination of advanced features, user-friendly design, and affordable price make it a standout choice for labs requiring a high-performing perfusion system.