This is a lamination device for the development and production of BioDot's immunochromatography reagents, which proudly boasts the title of "World No. 1"! Demonstrations are available.
In the development and production of immunochromatographic method reagents, there is a lamination process where various components, including membranes, are attached to a backing sheet. This process is complicated and the errors in lamination can adversely affect performance. The LM5000 is a dedicated module designed to quickly and reproducibly carry out this lamination process. **Features** ◆ Simple operation → Easy operation by simply aligning the components in the grooves ◆ High reproducibility → Created according to the reagent design, ensuring no positional shifts → Each component is securely held by vacuuming the top and bottom with a vacuum pump ◆ Rapid operation → All components can be laminated at once * Depending on the design of the reagent, it may not be possible to laminate everything at once ◆ Versatility → By exchanging the nesting parts, lamination can be done with various designs Please feel free to contact us first.
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basic information
■ There is no positional deviation when using custom nests made to match the design of the reagents. ■ By simply arranging the components according to the grooves of the nest, lamination can be achieved reproducibly. ■ Each component is securely held in place by upper and lower vacuum systems. ■ By only replacing the nest part, design changes or lamination of other products is possible. ■ Since all components are laminated at once, the process is quick.* ■ There are two types available: one with a backing sheet length of 300mm and another with 500mm. * Depending on the design of the reagents, it may not be possible to laminate everything at once.
Price information
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Price range
P5
Delivery Time
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Applications/Examples of results
In the production of immunochromatographic assay reagents, there is a lamination process where various components, including the membrane, are attached to a backing sheet. The LM5000 is a dedicated module designed to quickly and reproducibly carry out this complex process, which is prone to lamination errors.
Line up（2）
| Model number | overview |
|---|---|
| LM5000 | 【Lamination Size (Length)】150～300mm 【Lamination Size (Width)】35～130mm 【Main Unit Size (W×D×H)】400×310×80mm 【Main Unit Weight】12kg 【Required Power Source】Vacuum Pump (60ℓ/min @ 0.7kg/cm2 or more) 【Options】VP5010 Silent Vacuum Pump, Additional Nesting |
| LM5000X | 【Lamination Size (Length)】250～500mm 【Lamination Size (Width)】35～130mm 【Main Unit Size (W×D×H)】610×310×80mm 【Main Unit Weight】18kg 【Required Power Source】Vacuum Pump (60ℓ/min @ 0.7kg/cm2 or more) 【Options】VP5010 Silent Vacuum Pump, Additional Nesting |
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Company information
Our company, BioDot Japan Co., Ltd., was established in February 2012 as the Japanese subsidiary of BioDot Inc. in the United States, and we have been supplying various diagnostic reagents and production equipment. BioDot Inc. is a venture company founded in 1994 in Irvine, California. The company’s self-developed non-contact micro-dispenser system (patented) has become the de facto standard for the development and production of immunochromatographic reagents and enzyme sensor reagents, widely used around the world. Additionally, the company has continuously commercialized peripheral devices, which have now become essential support equipment in these fields. However, we believe that in order to further advance the increasingly important clinical testing technologies, it is necessary to provide a wide range of raw materials, information, and services from both domestic and international sources, not just BioDot products. Therefore, we transformed into ForDix Co., Ltd. in December 2015. The technology for diagnostic reagents developed through clinical testing is also applied in food testing and environmental testing, supporting our lives beyond the medical field. As a company that supports those who research, develop, and commercialize these areas, we will strive to become a trusted presence.