IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3

The IKA Test Tube Insert VG 3.35 is specifically designed for the VORTEX Genius 3, accommodating up to 8 reagent glasses with a diameter of ø20mm. It ensures stable, secure positioning of test tubes during vigorous vortex mixing, enhancing safety and efficiency in laboratory workflows. Built with precision and durability, this insert is a perfect match for high-performance mixing tasks.

Key Features:

• Brand: IKA
• Model: VG 3.35
• Compatibility: For VORTEX Genius 3
• Capacity: Holds 8 reagent glasses ø20mm
• Material: Durable construction for long-term lab use

The IKA Test Tube Insert VG 3.35 is an essential accessory for laboratories using the VORTEX Genius 3 for consistent and controlled sample mixing.

Frequently Asked Questions:

What is the IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3 used for?
The IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3 is a laboratory tube or tubing product used for the VORTEX Genius 3, accommodating up to 8 reagent glasses with a diameter of ø20mm. Its documented configuration includes capacity: Holds 8 reagent glasses ø20mm, and material: Durable construction for long-term lab use. It is identified by manufacturer part number 3344200, LabFriend SKU 9.729 952. It should not be used outside the stated capacity of Holds 8 reagent glasses ø20mm.

Is the IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3 suitable for the VORTEX Genius 3, accommodating up to 8 reagent glasses with a diameter of ø20mm?
Yes. The IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3 is suitable for the VORTEX Genius 3, accommodating up to 8 reagent glasses with a diameter of ø20mm. Its suitability is determined by capacity: Holds 8 reagent glasses ø20mm, material: Durable construction for long-term lab use, and model: VG 3.35. It should not be used outside the stated capacity of Holds 8 reagent glasses ø20mm. Before selection, confirm that the sample, process, vessel or instrument conditions match the published IKA specification.

What are the most important specifications of the IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3?
The most important specifications of the IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3 include capacity: Holds 8 reagent glasses ø20mm, material: Durable construction for long-term lab use, model: VG 3.35, and compatibility: For VORTEX Genius 3. The listed item is manufacturer part number 3344200, LabFriend SKU 9.729 952. It should not be used outside the stated capacity of Holds 8 reagent glasses ø20mm. Specifications not stated in the product description should be confirmed before purchase rather than assumed from a related model.

Which fittings and operating conditions are compatible with the IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3?
The IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3 has documented compatibility or supply details including compatibility: For VORTEX Genius 3. Confirm outside and inside diameters, wall thickness, fitting size, pressure, temperature and chemical compatibility. Do not assume that an accessory, fitting, consumable or instrument is compatible unless its dimensions, interface and material requirements match the IKA specification.

What is the difference between the IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3 and the IKA Test Tube Insert VG 3.34 (for 8 Reagent Glasses ø16mm) for VORTEX Genius 3?
The IKA Test Tube Insert VG 3.35 (for 8 reagent glasses ø20mm) for VORTEX Genius 3 differs from the IKA Test Tube Insert VG 3.34 (for 8 Reagent Glasses ø16mm) for VORTEX Genius 3 in the documented compatibility (For VORTEX Genius 3 versus Designed for VORTEX Genius 3 vortex mixer), capacity (Holds 8 reagent glasses ø20mm versus For 8 reagent glasses (ø16mm)). Both are IKA products in the same general tube family, but their capacities, ranges or configurations should not be treated as interchangeable. Select the model whose published limits match the application and confirm accessory or connection differences before ordering.