About ConXport Pohl Commutator
We engaged inmanufacturing and supplying excellent qualityPohlCommutator. It is well engineered andfabricated at our state-of-the-art facility using top-notch quality raw materialsand latest innovative techniques. We can also provide customized input/outputcables along with these commutators at cost-effective rates. Our complete rangeof thisPohl Commutatoris duly checked on well-defined quality parameters bya dedicated team of experts.
Features:
Low noisegeneration
Made forprolonged usage
Available indistinct configurations
Ergonomic Design for Effortless MixingFeaturing a thoughtfully crafted knob and grip handle, the ConXport Pohl Commutator enables users to rotate the device smoothly and comfortably. Its rectangular body and rotary mechanism are optimized for stability, ensuring a secure hold during manual operation. This well-balanced design makes it simple to mix or agitate even in extended laboratory sessions.
Reliable Performance in Laboratory SettingsEquipped with precisely machined contact points and nickel-plated surfaces, the commutator supports consistent and accurate commutation for analytical tasks. Its chemical and corrosion resistance allow safe use with most common laboratory reagents under ambient conditions. This makes it particularly valuable for analytical chemistry and related fields.
Low Maintenance, High DurabilityConstructed with premium materials and a nickel-plated finish, the ConXport Pohl Commutator requires minimal upkeep. Easy to clean and rust-resistant, it maintains its performance over time, even with frequent exposure to chemicals and solutions, making it a cost-effective investment for laboratories.
FAQs of ConXport Pohl Commutator:
Q: How is the ConXport Pohl Commutator used in a laboratory setting?
A: The ConXport Pohl Commutator is manually operated by turning its ergonomic knob, which mixes or agitates liquids and reaction mixtures contained in laboratory glassware or test tubes. It is well-suited for applications in analytical chemistry or when manual agitation is needed.
Q: What benefits does the nickel plating provide for this commutator?
A: Nickel plating enhances the devices resistance to rust and corrosion, allowing it to perform reliably even when exposed to various laboratory reagents and moisture, thereby prolonging the tools operational lifespan.
Q: When should I choose this manual commutator over an automated mixer?
A: This commutator is ideal when precise, controlled manual mixing is required, or in laboratories where electrical outlets are not readily available. Its hand-driven design provides flexibility and operation in environments where automation is unnecessary or impractical.
Q: Where can this commutator be used most effectively?
A: The device is best used in chemical laboratories, specifically in analytical chemistry applications that demand reliable manual mixing or commutation of liquid samples under ambient laboratory conditions.
Q: What is the process for cleaning and maintaining the commutator?
A: Routine cleaning involves wiping the nickel-plated and plastic components with a mild detergent and rinsing with water. Its design ensures minimal maintenance is needed, and all materials are selected for compatibility with common laboratory cleaning methods.
Q: How accurate is the mixing achieved with this device?
A: Mixing accuracy is determined by the users technique, as the commutator is manually operated. Its ergonomic handle and precisely machined parts facilitate consistent results when used with steady, even rotation.
Q: What are the primary advantages of using this commutator in laboratories?
A: The main advantages include its high durability, chemical resistance, ease of operation, and minimal maintenance. Its rust-resistant construction and manual functionality make it a reliable choice for frequent laboratory use.