MAG SPIN 70

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MOQ : 1 Piece

MAG SPIN 70 Specification

Connector Type
Standard laboratory fitting

Ingress Protection
IP54

Noise Level
Low noise

Drive Mechanism
Magnetic coupling

Mounting
Vertical/In-line

Service Life
Extended due to contact-free coupling

Sealing Type
Hermetically sealed

Operation Mode
Continuous

Application Compatibility
Corrosive and sterile liquids

Speed Adjustment
Stepless/Variable

Rotation Direction
Bi-directional (if equipped)

Weight
Approx. 1.5 kg

Stirring Shaft Material
Stainless Steel

Max Stirred Volume
70 Litres

MAG SPIN 70 Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About MAG SPIN 70

Commanding robust performance and engineered for versatility, the MAG SPIN 70 Magnetic Coupling Stirrer is a hot-selling solution for laboratories. Procure precision mixing for up to 70 litres of corrosive or sterile liquids, thanks to its potent drive mechanism with hermetically sealed magnetic coupling and bi-directional, stepless speed control. Fabricated from stainless steel and aluminium alloy, this splendid instrument promises low-noise, low-maintenance operation, and an extended service life. Add to Cart today to experience unmatched reliability in closed-system stirring, all supported by industry-standard fittings and advanced ingress protection.

Outstanding Features & Versatile Application Areas

The MAG SPIN 70 Magnetic Coupling Stirrer boasts extra features like variable speed adjustment, bi-directional stirring (if equipped), and a contact-free coupling for extended longevity. Its compatibility with corrosive and sterile liquids makes it an excellent fit for demanding laboratory environments, including pharmaceutical research, chemical processing, and clinical diagnostics. This stirrer excels in closed-vessel operations, safeguarding samples with hermetic sealing and ensuring seamless integration into modern laboratory systems.

Export Markets & Shipping Information

Exported from India, the MAG SPIN 70 Magnetic Coupling Stirrer is available for global clientele. The FOB port is typically Mumbai, catering to broad export markets. Estimate delivery time ranges from 2-4 weeks, depending on order volume and destination. The product is securely packaged in sturdy, industrial-grade cartons to ensure safety during transit. Sale price and shipping quotes are available upon request-contact us for comprehensive export, pricing, and delivery details tailored to your region.

FAQ's of MAG SPIN 70 Magnetic Coupling Stirrer:

Q: How does the magnetic coupling mechanism benefit laboratory processes?

A: The magnetic coupling mechanism offers hermetically sealed, contact-free stirring, preventing shaft seal leakage, reducing contamination risks, and extending the stirrer's operational life-ideal for sterile and corrosive environments.

Q: What types of liquids can be mixed with the MAG SPIN 70 stirrer?

A: This stirrer is compatible with a variety of liquids, including corrosive and sterile solutions, making it suitable for laboratory, pharmaceutical, and chemical mixing in closed vessels.

Q: When is it recommended to use the MAG SPIN 70 over traditional stirrers?

A: The MAG SPIN 70 is preferred when mixing sensitive media in closed systems, where hermetic sealing, low maintenance, and prevention of cross-contamination are essential.

Q: Where is the MAG SPIN 70 typically applied in laboratories?

A: It excels in applications such as chemical synthesis, pharmaceutical formulation, and laboratory testing environments where precision and reliability are crucial.

Q: What is the process for adjusting the speed of the MAG SPIN 70 stirrer?

A: Users can manually set the stirring speed anywhere between 100 and 2000 rpm using the variable/stepless control, allowing for precise adaptation to different mixing requirements.

Q: How does the MAG SPIN 70 ensure low maintenance requirements?

A: The stirrer's contact-free magnetic drive eliminates direct shaft contact, thus reducing mechanical wear, minimizing maintenance, and enhancing service longevity.

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