Products

Microlab Chromfil™ Syringe Filters are syringe-operated filters for the clarification of aqueous solutions (column eluates, tissue culture additives,HPLC samples,etc.).The Classic range is available in all of the major membranes including Nylon, PTFE, PVDF, CA and PES, MCE, GF, Regenerated Cellulose(RC) and PP,  which are supplied in 13mm, 25mm formats in virgin medical polypropylene housings. 

1.Made of polystyrene or Polypropylene.
2.Consist of a measured filter funnel, base, MCE gridded membrane, pad, removable lid and plug.
3.Use for monitoring contaminants in liquids,easy to convert into a petri dish.
4.Both white and black gridded MCE membrane are available.
5.Pore Size:0.22μm,0.45μm,0.8μm

Microlab offer Microbiological Testing Membrane Filter is also named Microbiological limit detection membrane.  
The membrane media are mainly mixed cellulose (MCE), cellulose nitrate (CN) and polyethersulfone (PES)with grid or plate. The different pore sizes were used to enrich designated bacteria for culture, mainly for the total count of mold and yeast.

Microlab offer Integrated Microbiological Filtration System uses a diaphragm pump imported from the UK, eliminating the need for a filtration flask. The liquid is discharged directly through the diaphragm pump, avoiding slow filtration speed caused by poor connection and saving operating space. Our system offered with 3 filtration units and 6 filtration units. And the filtration units can be changed to match 47mm and 56mm Filter monitors.

Microlab offer the modular microbial filtration system is composed of a 316 stainless steel filter manifold, a pump and a collection bottle, and is compatible with all Microlab disposable filter monitors. The filter manifold is available with one unit， three units，six units three types. Using filter monitors for microbial limit testing experiments is simpler, more convenient, more reliable, and greatly reduces the risk of microbial cross-contamination during operation.

Microlab offer MKFIL®️ Filter Monitor is a sterilized, single-use filtration device designed for bioburden testing of liquid samples like water, beverages, reagents and other liquid samples. It simplifies laboratory workflows, improves testing efficiency, and delivers stable and reliable microbiological results.

1. Made of polystyrene.
2.Consist of a measured filter funnel, base, Fixed welded MCE gridded membrane, pad, removable lid and plug.
3.Use for monitoring contaminants in liquids,easy to convert into a petri dish.
4.Both white and black gridded MCE membrane are available.
5.Pore Size:0.22μm,0.45μm,0.8μm. Diameter:56mm.Volume:100ml.
6.Individually packed, gamma sterile.

The Automatic Membrane Dispenser is a specialized instrument for microbial testing experiments.Its core function is to automatically distribute sterile, continuously packaged filter membranes. This System significantly simplifies operational procedures, reduces contamination risks, and substantially enhances experimental efficiency.

Microlab offer Microbiological Testing Membrane Filter is also named Microbiological limit detection membrane.  
The membrane media are mainly Grid mixed cellulose (MCE), Grid cellulose nitrate (CN). The different pore sizes were used to enrich designated bacteria for culture, mainly for the total count of mold and yeast.

1.Consists of 100% Cellulose pad.

2.Various thickness from 0.6-1.0mm .

3.None Sterile and Gamma Sterile are available .

4.Ideal for culturing micro organisms on eitheragar or broth based media .

Syringeless filter vials are integrated single-use lab consumables combining filter membrane, sample reservoir and autosampler vial in one piece to finish sample filtration without separate syringes and realize direct injection for chromatographic analysis.

Microlab 9-425 Autosampler Vials are Standard ND9mm open top screw glass vials, widely used in HPLC and GC analysis. Be compatible with Agilent, Shimadzu and Waters’ Autosampler.

HPLC Columns are based on ultra-pure (purity > 99.999%) spherical and totally porous silica, unique bonding chemistry and proprietary surface modification techniques, producing excellent peak shape, column efficiency and exceptional lot-to-lot reproducibility.  column is the best choice for method development, owing to complete bonding chemistries and stable performance. 

Microlab 8-425 Autosampler Vials are Standard ND8mm open top screw glass vials, widely used in HPLC and GC analysis. Be compatible with Agilent, Shimadzu and Waters’ Autosampler.

Microlab 10-425 Autosampler Vials are Standard ND10mm open top screw glass vials, widely used in HPLC and GC analysis. Be compatible with Agilent, Shimadzu and Waters’ Autosampler.

Microlab 13-425 Autosampler Vials are Standard ND13mm open top screw glass vials, widely used in HPLC and GC analysis. Be compatible with Agilent, Shimadzu and Waters’ Autosampler.

Microlab 15-425 Vials are Standard screw top glass vials, widely suitable for storage of various pharmaceutical intermediates, high value-added chemicals, chemical reagents, biological reagents, cosmetics, essences and oils, etc.

Microlab 11mm Crimp Autosampler Vials are Standard ND11mm Crimp top glass vials, widely used in HPLC and GC analysis. Be compatible with Agilent, Shimadzu and Waters’ Autosampler.

Microlab 11mm Snap Autosampler Vials are Standard ND11mm Snap top glass vials, widely used in HPLC and GC analysis. Be compatible with Agilent, Shimadzu and Waters’ Autosampler.

Microlab supply Storage vials are suitable for the packaging of various pharmaceutical intermediates, high value-added chemicals, chemical reagents, biological reagents, cosmetics, essences and oils, etc. It is suitable for long-term storage and transportation for products, and has excellent sealing performance.

Microlab Scientific paraffin sealing film is a kind of special film product with automatic sealing, moulding and good toughness. It is used in scientific research experiment, biochemical experiment, pesticide residue water quality detection, medical experiment, tissue culture, dairy culture and fermentation, cosmetics sealing, wine storage and fashion collection storage sealing, seedling grafting to prevent bacteria and water, fruit picking to protect wet oxygen and other industries

Stick-mounted sponge design allows you to access hard-to-reach areas without directly handling the sponge.

Swab Stick With Tube is suitable for the collection and transportation of specimen when no medium is required.

100% virgin polypropylene
Fully automated production lines
DNA-free, DNase/RNase-free, Pyrogen/Endotoxin free
Universal fit
Smooth surface to ensure accurate pipetting

Made of high quality, crystal-clear polypropylene, chloroform-resistant, leak-proof.
Widely used in chemical and life science research, suitable for most brands of the centrifuge.
Available with almost all kinds of volume, with conical bottom and self-standing bottom, with white printing area for an easy mark.
Autoclavable at 121℃and freezable to -80

CF68series Capsule Filters are ready-to-use units for critical applications and small volume flows of gases and liquids. All filter units consist of a durable pp housing and are available in various filter media and pore sizes. The housing units are thermal welded and all capsule filters have many connection options. They are manufactured in a clean room environment and are processes in double sealed packaging to avoid any possible contamination. 

Microlab Cartridge filters are simply quality filters, well packed, and offered at a fair and competitive price. Each filter is finished integrity test before selling. The Classic range is available in all of the major membranes including PP, PTFE, PES, MCE, Nylon, GF, PFA, and PVDF which comes in various sizes for filtration big volumes solutions. 

PP Melt Blown Filter Cartridges is Microlab standard series of melt blown filter cartridges. It features fused and intertwined polypropylene fiber without the use of chemicals or glue. The fibers are bonded randomly to form 3-D microporosity in three zones. There are fine fibers for efficient particle removal and coarse fibers for strength of the structure. Changing fiber size and density creates the needed filtration rating. With lower density on the outer surface and tighter pores when moving to the inside, it can remove contaminant effectively, such as suspended substances, particulates and rust, providing efficient filtration and long service life.