IKA Laboratory Reactor LR-2.ST the High Performer

The IKA Laboratory Reactor LR-2.ST the High Performer is engineered for demanding lab applications requiring precise control and high-performance mixing. Ideal for research and development, this modular system allows for flexibility in adapting to various reaction requirements. Designed with durability and efficiency in mind, the LR-2.ST is suited for scale-up processes and complex experimental setups.

Key Features:

• Brand: IKA
• Model: LR-2.ST
• Application: Ideal for R&D, scale-up, and complex lab reactions
• Design: Modular system for flexibility and performance
• Performance: High mixing power for demanding lab tasks

Scope of supply: Stand system, EUROSTAR 200 control P4 laboratory stirrer with higher torque, Safety stop, Reactor cover

The IKA Laboratory Reactor LR-2.ST is a powerful solution for laboratories aiming for reliability, flexibility, and advanced reaction capabilities.

Frequently Asked Questions:

What is the IKA Laboratory Reactor LR-2.ST the High Performer used for?
The IKA Laboratory Reactor LR-2.ST the High Performer is a laboratory mixer used for R&D, scale-up, and complex lab reactions. Its documented configuration includes design: Modular system for flexibility and performance, and model: LR-2.ST. It is identified by manufacturer part number 20013291, LabFriend SKU 6.281 006. It should not be selected for applications outside the manufacturer's stated limits or where an unlisted compatibility is required.

Is the IKA Laboratory Reactor LR-2.ST the High Performer suitable for R&D, scale-up, and complex lab reactions?
Yes. The IKA Laboratory Reactor LR-2.ST the High Performer is suitable for R&D, scale-up, and complex lab reactions. Its suitability is determined by design: Modular system for flexibility and performance, model: LR-2.ST, and performance: High mixing power for demanding lab tasks. It should not be selected for applications outside the manufacturer's stated limits or where an unlisted compatibility is required. 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 Laboratory Reactor LR-2.ST the High Performer?
The most important specifications of the IKA Laboratory Reactor LR-2.ST the High Performer include design: Modular system for flexibility and performance, model: LR-2.ST, and performance: High mixing power for demanding lab tasks. The listed item is manufacturer part number 20013291, LabFriend SKU 6.281 006. It should not be selected for applications outside the manufacturer's stated limits or where an unlisted compatibility is required. Specifications not stated in the product description should be confirmed before purchase rather than assumed from a related model.

What is the IKA Laboratory Reactor LR-2.ST the High Performer compatible with, and what is required for use?
The supplied description for the IKA Laboratory Reactor LR-2.ST the High Performer does not confirm a complete compatibility or accessory list. Confirm the stated dimensions, material, operating range, interface and any accessories or consumables not explicitly included. Do not assume compatibility with another model solely because the products appear similar; verify the exact IKA model and manufacturer part number 20013291, LabFriend SKU 6.281 006 before purchase.

What is the difference between the IKA Laboratory Reactor LR-2.ST the High Performer and the IKA Laboratory Reactor LR-2.ST the Compact Power 460 x 1240 x 430 mm 500 – 2000 ml, 115 V?
The IKA Laboratory Reactor LR-2.ST the High Performer differs from the IKA Laboratory Reactor LR-2.ST the Compact Power 460 x 1240 x 430 mm 500 – 2000 ml, 115 V in the documented model (LR-2.ST versus LR-2.ST the Compact Power). Both are IKA products in the same general mixer 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.