New product release | Aijin Biotech detachable enzyme plate

In scientific research experiments, detail processing is critical, and optimizing details can usually improve experimental efficiency and quality. Aijin Biotech's newly launched detachable enzyme plate has the advantages of flexible disassembly, clear positioning, and single-well contamination prevention. It can be adapted to experiments with different sample sizes and a variety of automated equipment, providing a practical consumable solution for improving experimental efficiency and cost control.

01 Core advantages of detachable microplates

NO.1 Efficiency revolution and flexible disassembly design

#Single independent disassembly

Aijin Bio's detachable enzyme plate is available in two specifications: 8 wells x 12 strips and 12 wells x 8 strips. Both supports single-row strips to be disassembled individually (for example, only 1-2 strips are used for small sample experiments), so there is no need to waste the entire plate consumables.

#efficient experimental process

The incubated slats can be disassembled in advance for priority detection, and the unfinished slats can continue to react, thus shortening the overall experimental time.

#automatic adaptation

The size of the new product complies with SBS standards and is suitable for mainstream microplate readers, plate washers and automated equipment, without the need to purchase additional accessories.

NO.2 The board surface and markings are integrally formed for quick positioning and not easy to fall off.

The surface of the Aijin detachable enzyme label plate uses an integrated molding process to etch letter and numerical marks. The marks are formed simultaneously with the plate body, which can effectively reduce the traditional printed marks falling off when encountering reagents.

NO.3 Independent operation of single holes reduces the risk of cross-contamination

After disassembly, single wells can be operated independently, and the physical isolation design between wells reduces the risk of sample or reagent contamination and improves data accuracy.

NO.4 Cost Control Use on demand to reduce waste

#Reduce consumable costs

Use the corresponding number of holes according to the actual sample volume to meet the needs of different sample volumes without using the entire plate, thereby reducing the waste of reagents.

#The remaining holes are retained and renewed as needed

Unused orifice plate units can be sealed and retained for subsequent experiments, reducing long-term experimental costs with the flexible model of 'take what you use'.

NO.5 Three major qualities support experimental data guaranteed

#HIGH QUALITY MATERIAL

Made of imported medical-grade PS material to ensure uniform permeability between holes.

#cleanproduction ​

Clean production is carried out in a 100,000-level dust-free workshop with small differences between batches.

#No pollution residue

DNase/RNase-free, pyrogen-free.

02 Application scenarios of detachable enzyme plates

NO.1 Elisa detection

The independent operation of a single well can effectively reduce the risk of cross-contamination, and is especially suitable for gradient dilution experiments of ELISA kits.

NO.2 Western Blot

During the sample pretreatment stage before transfer, the strips can be split for differential antibody incubation.

NO.3 Absorbance detection

The uniformity of transmittance between wells helps to improve the detection accuracy of OD value, and is suitable for full-wavelength scanning of microplate readers.

03 Aijin enzyme plate family

Aijin Bio's ELISA plate family has a variety of specifications. The 96-well detachable ELISA plate can be disassembled individually and is suitable for flexible use of small samples. In addition, there are regular 96/384/1536-well non-detachable models, which can be used for basic to high-throughput detection. 5 specifications derive 36 styles, fully meeting the needs of different experiments.