Optically clear Petri Dishes made from Heavy Duty Food Grade Polystyrene plastic. Ethylene oxide sterilization, unvented, with lids，and have smooth surface and optimal transparent body.

Optically clear Petri Dishes made from Heavy Duty Food Grade Polystyrene plastic. Ethylene oxide sterilization, unvented, with lids，and have smooth surface and optimal transparent body.

Optically clear Petri Dishes made from Heavy Duty Food Grade Polystyrene plastic. Ethylene oxide sterilization, unvented, with lids，and have smooth surface and optimal transparent body.

The cell culture dish is made of pure medical grade polystyrene material, which is subject to strict process control and ergonomic design to maximize the safety, efficiency and convenience of cell culture experiment to meet the needs of all users.

The cell culture dish is made of pure medical grade polystyrene material, which is subject to strict process control and ergonomic design to maximize the safety, efficiency and convenience of cell culture experiment to meet the needs of all users.

The cell culture dish is made of pure medical grade polystyrene material, which is subject to strict process control and ergonomic design to maximize the safety, efficiency and convenience of cell culture experiment to meet the needs of all users.

The cell culture dish is made of pure medical grade polystyrene material, which is subject to strict process control and ergonomic design to maximize the safety, efficiency and convenience of cell culture experiment to meet the needs of all users.

The cell culture dish is made of pure medical grade polystyrene material, which is subject to strict process control and ergonomic design to maximize the safety, efficiency and convenience of cell culture experiment to meet the needs of all users.

The cell culture dish is made of pure medical grade polystyrene material, which is subject to strict process control and ergonomic design to maximize the safety, efficiency and convenience of cell culture experiment to meet the needs of all users.

Roller Bottle is a kind of disposable container which can meet the requirements of large-scale production of cells and tissues in both experimental and industrial production. and is widely used in the culture of animal and plant cells, bacteria, viruses and so on.

Roller Bottle is a kind of disposable container which can meet the requirements of large-scale production of cells and tissues in both experimental and industrial production. and is widely used in the culture of animal and plant cells, bacteria, viruses and so on.

Roller Bottle is a kind of disposable container which can meet the requirements of large-scale production of cells and tissues in both experimental and industrial production. and is widely used in the culture of animal and plant cells, bacteria, viruses and so on.

Roller Bottle is a kind of disposable container which can meet the requirements of large-scale production of cells and tissues in both experimental and industrial production. and is widely used in the culture of animal and plant cells, bacteria, viruses and so on.

Roller Bottle is a kind of disposable container which can meet the requirements of large-scale production of cells and tissues in both experimental and industrial production. and is widely used in the culture of animal and plant cells, bacteria, viruses and so on.

Optically clear Petri Dishes made from Heavy Duty Food Grade Polystyrene plastic. Ethylene oxide sterilization, unvented, with lids，and have smooth surface and optimal transparent body.

Optically clear Petri Dishes made from Heavy Duty Food Grade Polystyrene plastic. Ethylene oxide sterilization, unvented, with lids，and have smooth surface and optimal transparent body.

Optically clear Petri Dishes made from Heavy Duty Food Grade Polystyrene plastic. Ethylene oxide sterilization, unvented, with lids，and have smooth surface and optimal transparent body.

It is used to pick colonies during bacterial culture and perform inoculation operations. It is widely used in many disciplines suchas microbial detection, cellular microorganisms, and molecular biology.

It is used to pick colonies during bacterial culture and perform inoculation operations. It is widely used in many disciplines suchas microbial detection, cellular microorganisms, and molecular biology.

It is used to pick colonies during bacterial culture and perform inoculation operations. It is widely used in many disciplines suchas microbial detection, cellular microorganisms, and molecular biology.

It is used to pick colonies during bacterial culture and perform inoculation operations. It is widely used in many disciplines suchas microbial detection, cellular microorganisms, and molecular biology.

It is mainly used forcells collection. Excellent design ensures minimum harm to cells and superior structure can make itcontact to almost all the container surface.

It is mainly used forcells collection. Excellent design ensures minimum harm to cells and superior structure can make itcontact to almost all the container surface.

Vacuum filter units are very useful in large volume samples separation and purification. It is made of PS. It is used with vacuum pump. Ideal for filtration of tissue culture media, biological fluids, fixation buffers etc.

Optically clear sterile Petri dishes made from heavy-duty food-grade polystyrene. Features ethylene oxide (EO) sterilization, unvented design, and secure-fitting lids. The ultra-smooth surface and high transparency provide excellent visibility for laboratory, microbiology, and research applications.

Optically clear Petri Dishes made from Heavy Duty Food Grade Polystyrene plastic. Ethylene oxide sterilization, unvented, with lids，and have smooth surface and optimal transparent body.

Conical culture flasks (referred to as shake flasks) are ideal for medium preparation, mixing and storage, mainly for culturing cytoplasms with high oxygen requirements, but also for culturing bacteria, fungi, animal and plant cells in suspension.

Conical culture flasks (referred to as shake flasks) are ideal for medium preparation, mixing and storage, mainly for culturing cytoplasms with high oxygen requirements, but also for culturing bacteria, fungi, animal and plant cells in suspension.

Conical culture flasks (referred to as shake flasks) are ideal for medium preparation, mixing and storage, mainly for culturing cytoplasms with high oxygen requirements, but also for culturing bacteria, fungi, animal and plant cells in suspension.

Conical culture flasks (referred to as shake flasks) are ideal for medium preparation, mixing and storage, mainly for culturing cytoplasms with high oxygen requirements, but also for culturing bacteria, fungi, animal and plant cells in suspension.

Conical culture flasks (referred to as shake flasks) are ideal for medium preparation, mixing and storage, mainly for culturing cytoplasms with high oxygen requirements, but also for culturing bacteria, fungi, animal and plant cells in suspension.

Using pure polystyrene(ps) raw materials in line with USP-Class VI standard, GMP 100,000 clean workshop production. 2 types of lids, sealed lids and vented lids. There is a frosted writing area on the side of the culture bottle neck and a volume scale on the side for easy identifification. Stackable design, easy to stack, not easy to slip. No pyrogen, no endotoxin, no cytotoxicity Irradiation Sterilization, SAL 10-6

Serological pipettes are made of high-purity materials, with clear and accurate scales, which are convenient and quick to read the pipetting volume. They are widely used in cell culture, bacterial culture, clinical, scientifific research and other biological fifields. Compatible with most pipettes on the market. There are 6 types of serological pipettes: 1ml, 2ml, 5ml, 10ml, 25ml, 50ml. The pipette is independently packaged in peel pack, which is convenient for using.  

The cell culture dish is made of pure medical grade polystyrene material, which is subject to strict process control and ergonomic design to maximize the safety, efficiency and convenience of cell culture experiment to meet the needs of all users.

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

The chamfering design of bottle mouth and cap has been strictly tested to ensure no liquid leakage; No DNA / RNA enzyme, no heat source and no endotoxin, meeting USP class VI standard; Recommended Operating temperature: PET:- 70 ℃ ~ 120 ℃, PETG: - 60 ℃~75 ℃b

The cell culture dish is made of pure medical grade polystyrene material, which is subject to strict process control and ergonomic design to maximize the safety, efficiency and convenience of cell culture experiment to meet the needs of all users.

The cell culture dish is made of pure medical grade polystyrene material, which is subject to strict process control and ergonomic design to maximize the safety, efficiency and convenience of cell culture experiment to meet the needs of all users.

The chamfering design of bottle mouth and cap has been strictly tested to ensure no liquid leakage; No DNA / RNA enzyme, no heat source and no endotoxin, meeting USP class VI standard; Recommended Operating temperature: PET:- 70 ℃ ~ 120 ℃, PETG: - 60 ℃~75 ℃b

The chamfering design of bottle mouth and cap has been strictly tested to ensure no liquid leakage; No DNA / RNA enzyme, no heat source and no endotoxin, meeting USP class VI standard; Recommended Operating temperature: PET:- 70 ℃ ~ 120 ℃, PETG: - 60 ℃~75 ℃b

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

Using pure polystyrene(ps) raw materials in line with USP-Class VI standard, GMP 100,000 clean workshop production. 2 types of lids, sealed lids and vented lids. There is a frosted writing area on the side of the culture bottle neck and a volume scale on the side for easy identifification. Stackable design, easy to stack, not easy to slip. No pyrogen, no endotoxin, no cytotoxicity Irradiation Sterilization, SAL 10-6

Using pure polystyrene(ps) raw materials in line with USP-Class VI standard, GMP 100,000 clean workshop production. 2 types of lids, sealed lids and vented lids. There is a frosted writing area on the side of the culture bottle neck and a volume scale on the side for easy identifification. Stackable design, easy to stack, not easy to slip. No pyrogen, no endotoxin, no cytotoxicity Irradiation Sterilization, SAL 10-6

Serological pipettes are made of high-purity materials, with clear and accurate scales, which are convenient and quick to read the pipetting volume. They are widely used in cell culture, bacterial culture, clinical, scientifific research and other biological fifields. Compatible with most pipettes on the market. There are 6 types of serological pipettes: 1ml, 2ml, 5ml, 10ml, 25ml, 50ml. The pipette is independently packaged in peel pack, which is convenient for using.  

Serological pipettes are made of high-purity materials, with clear and accurate scales, which are convenient and quick to read the pipetting volume. They are widely used in cell culture, bacterial culture, clinical, scientifific research and other biological fifields. Compatible with most pipettes on the market. There are 6 types of serological pipettes: 1ml, 2ml, 5ml, 10ml, 25ml, 50ml. The pipette is independently packaged in peel pack, which is convenient for using.  

Using pure polystyrene(ps) raw materials in line with USP-Class VI standard, GMP 100,000 clean workshop production. 2 types of lids, sealed lids and vented lids. There is a frosted writing area on the side of the culture bottle neck and a volume scale on the side for easy identifification. Stackable design, easy to stack, not easy to slip. No pyrogen, no endotoxin, no cytotoxicity Irradiation Sterilization, SAL 10-6

Using pure polystyrene(ps) raw materials in line with USP-Class VI standard, GMP 100,000 clean workshop production. 2 types of lids, sealed lids and vented lids. There is a frosted writing area on the side of the culture bottle neck and a volume scale on the side for easy identifification. Stackable design, easy to stack, not easy to slip. No pyrogen, no endotoxin, no cytotoxicity Irradiation Sterilization, SAL 10-6

Using pure polystyrene(ps) raw materials in line with USP-Class VI standard, GMP 100,000 clean workshop production. 2 types of lids, sealed lids and vented lids. There is a frosted writing area on the side of the culture bottle neck and a volume scale on the side for easy identifification. Stackable design, easy to stack, not easy to slip. No pyrogen, no endotoxin, no cytotoxicity Irradiation Sterilization, SAL 10-6

Using pure polystyrene(ps) raw materials in line with USP-Class VI standard, GMP 100,000 clean workshop production. 2 types of lids, sealed lids and vented lids. There is a frosted writing area on the side of the culture bottle neck and a volume scale on the side for easy identifification. Stackable design, easy to stack, not easy to slip. No pyrogen, no endotoxin, no cytotoxicity Irradiation Sterilization, SAL 10-6

Using pure polystyrene(ps) raw materials in line with USP-Class VI standard, GMP 100,000 clean workshop production. 2 types of lids, sealed lids and vented lids. There is a frosted writing area on the side of the culture bottle neck and a volume scale on the side for easy identifification. Stackable design, easy to stack, not easy to slip. No pyrogen, no endotoxin, no cytotoxicity Irradiation Sterilization, SAL 10-6

Serological pipettes are made of high-purity materials, with clear and accurate scales, which are convenient and quick to read the pipetting volume. They are widely used in cell culture, bacterial culture, clinical, scientifific research and other biological fifields. Compatible with most pipettes on the market. There are 6 types of serological pipettes: 1ml, 2ml, 5ml, 10ml, 25ml, 50ml. The pipette is independently packaged in peel pack, which is convenient for using.  

Serological pipettes are made of high-purity materials, with clear and accurate scales, which are convenient and quick to read the pipetting volume. They are widely used in cell culture, bacterial culture, clinical, scientifific research and other biological fifields. Compatible with most pipettes on the market. There are 6 types of serological pipettes: 1ml, 2ml, 5ml, 10ml, 25ml, 50ml. The pipette is independently packaged in peel pack, which is convenient for using.  

Serological pipettes are made of high-purity materials, with clear and accurate scales, which are convenient and quick to read the pipetting volume. They are widely used in cell culture, bacterial culture, clinical, scientifific research and other biological fifields. Compatible with most pipettes on the market. There are 6 types of serological pipettes: 1ml, 2ml, 5ml, 10ml, 25ml, 50ml. The pipette is independently packaged in peel pack, which is convenient for using.  

Optically clear Petri Dishes made from Heavy Duty Food Grade Polystyrene plastic. Ethylene oxide sterilization, unvented, with lids，and have smooth surface and optimal transparent body.

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

Cell culture plates are indispensable cell culture consumables for cell culture, cell transfection, immunoflfluorescence, clone formation and other experiments. Cell culture plates are available in 6-well to 96-well formats with TC-treated or untreated surfaces.They are PS materials.  

The chamfering design of bottle mouth and cap has been strictly tested to ensure no liquid leakage; No DNA / RNA enzyme, no heat source and no endotoxin, meeting USP class VI standard; Recommended Operating temperature: PET:- 70 ℃ ~ 120 ℃, PETG: - 60 ℃~75 ℃b

The chamfering design of bottle mouth and cap has been strictly tested to ensure no liquid leakage; No DNA / RNA enzyme, no heat source and no endotoxin, meeting USP class VI standard; Recommended Operating temperature: PET:- 70 ℃ ~ 120 ℃, PETG: - 60 ℃~75 ℃b

The chamfering design of bottle mouth and cap has been strictly tested to ensure no liquid leakage; No DNA / RNA enzyme, no heat source and no endotoxin, meeting USP class VI standard; Recommended Operating temperature: PET:- 70 ℃ ~ 120 ℃, PETG: - 60 ℃~75 ℃b

The chamfering design of bottle mouth and cap has been strictly tested to ensure no liquid leakage; No DNA / RNA enzyme, no heat source and no endotoxin, meeting USP class VI standard; Recommended Operating temperature: PET:- 70 ℃ ~ 120 ℃, PETG: - 60 ℃~75 ℃b

The chamfering design of bottle mouth and cap has been strictly tested to ensure no liquid leakage; No DNA / RNA enzyme, no heat source and no endotoxin, meeting USP class VI standard; Recommended Operating temperature: PET:- 70 ℃ ~ 120 ℃, PETG: - 60 ℃~75 ℃b

cell strainers are manufactured from a strong nylon mesh with evenly spaced mesh pores and gamma resistant. These cell strainers are sterile, rapid, easy-to-use devices for isolating primary cells to consistently obtain a uniform single-cell suspension from tissues.

cell strainers are manufactured from a strong nylon mesh with evenly spaced mesh pores and gamma resistant. These cell strainers are sterile, rapid, easy-to-use devices for isolating primary cells to consistently obtain a uniform single-cell suspension from tissues.

cell strainers are manufactured from a strong nylon mesh with evenly spaced mesh pores and gamma resistant. These cell strainers are sterile, rapid, easy-to-use devices for isolating primary cells to consistently obtain a uniform single-cell suspension from tissues.

It is mainly used forcells collection. Excellent design ensures minimum harm to cells and superior structure can make itcontact to almost all the container surface.

Conical culture flasks (referred to as shake flasks) are ideal for medium preparation, mixing and storage, mainly for culturing cytoplasms with high oxygen requirements, but also for culturing bacteria, fungi, animal and plant cells in suspension.