CELL CULTURE SUPPLIES
SDLABIO Cell Culture consumables are indispensable basic tools in life science experiments and are widely used in fields such as cell biology, molecular biology, drug screening, tissue engineering, and vaccine development.
Products for Cell Culture
Spec. 35 / 60 / 100 / 150mm
Style: grip ring/non-grip ring
Spec. T25 / T75 / T175 / T225
Style: sealed / breathed; TC/non TC
Style: PC/PET film
Style: U/V bottom; white/black/transparent
Style: white/black/transparent; medium/high bonding strength
Style: PP/PS
Style: PET/PETG
Style: with/without baffle
Style: plastic/aluminum
Style: Please consult in detail
Style: MCE/PTFE/PVDF/Nylon/PES film
Spec. 1/2/5/10/25/50/100ml
Style: paper / plastic packaging
Style: conical /round bottom /self-stand
Style: bag/individual box
Style: removable
Style: external rotation/internal rotation
Style: Please consult in detail
Style: Please consult in detail
Style: various colors
- Porous specifications: meet the needs from small-scale experiments to high-throughput screening.
- Highly transparent material: polystyrene (PS) material, suitable for microscopic observation.
- Excellent surface treatment: TC treatment improves the attachment rate of adherent cells.
- No pyrogen, no endotoxin, no DNase/RNase: ensure the purity of the experiment.
- Good sealing and permeability: prevent contamination while maintaining gas exchange.
- Compatible with automation: suitable for a variety of automatic pipetting platforms and detectors.
- Optically transparent bottle body, convenient for observing cell status under microscope.
- TC-treated surface promotes adhesion and proliferation of adherent cells.
- Special oblique neck design, convenient for operation and pouring.
- Breathable cover can ensure CO₂ exchange and adapt to CO₂ incubator environment.
- Stackable design saves culture space.
- Material: Highly transparent polystyrene (PS), convenient for microscopic observation.
- Surface treatment: Tissue culture treated (TC-treated)/untreated (non-treated).
- Culture method: Adherent culture/Suspension culture.
- Specifications: 35mm, 60mm, 100mm, 150mm.
- Independent packaging, irradiation sterilization, to ensure sterile use.
- The lid is precisely matched, breathable and not easy to be contaminated.
- Stackable design to save cultivation space.
- High light transmittance, low autofluorescence background, suitable for imaging.
- Membrane surface treatment (TC treatment) enhances cell adhesion.
- Precise pore size control ensures experimental repeatability.
- Adapts to standard well plates, easy to operate.
- Can be used for chemical gradient or cell signaling pathway research.
- Triangular design: The wide bottom provides a larger liquid contact area, promoting better mixing and oxygen exchange.
- Efficient oxygen dissolution: Suitable for microbial and cell culture, can effectively increase the oxygen absorption rate.
- Durable material: Common materials are glass and high-quality polypropylene (PP), which are resistant to high temperatures and chemical corrosion and adaptable to a variety of experimental environments.
- With vents: Prevents culture from overflowing while ensuring air circulation in the bottle, suitable for long-term culture.
- High-precision pore size: Precisely designed pore size ensures effective removal of cell clumps and impurities, while retaining intact single cells.
- Durable material: Made of high-strength nylon, resistant to high pressure and chemical corrosion.
- Multiple pore size options: Adapt to different types of cell separation needs, such as 40μm, 70μm, 100μm, etc.
- Strong compatibility: Compatible with a variety of commonly used test tubes and culture dishes for easy experimental operation.
- Precision molding, small differences between wells, high experimental repeatability.
- Polystyrene (PS) highly transparent medical grade plastic, convenient for optical detection and imaging.
- Provide white (chemiluminescence) and black (fluorescence) plates for signal optimization.
- Adapt to mainstream microplate readers, plate washers, and automatic sample loading platforms.
- Stackable design saves experimental space.
- High adsorption treatment, single detachable design.
- High-quality PP/PC material, resistant to high temperature and high pressure (autoclave sterilizable at 121°C).
- The tube wall is uniform and transparent, making it easy to observe bacterial growth.
- The round bottom design is suitable for gas-liquid mixing during high-speed rotation.
- Good sealing performance to prevent leakage or contamination of the culture medium.
- Optional scale and writable label area make experimental operation more efficient.
- Highly transparent bottle, easy to observe the color and state of the liquid.
- Square bottle design, saves storage space and has good stability.
- Can withstand low temperature freezing (-40°C) or high temperature and high pressure (121°C, limited to PC material).
- Screw-sealed bottle cap to prevent leakage and contamination.
- Combine cell culture and microscopic imaging in one.
- Optical glass bottom, suitable for high-resolution fluorescence/confocal microscopy observation.
- Number of chambers: 1 hole / 2 holes / 4 holes / 8 holes are available.
- Independent chamber structure to avoid cross contamination.
- Compatible with immunofluorescence, immunohistochemistry and other staining processes.
- Flexible and detachable chamber design for subsequent sealing or storage.
High-Quality Plastic: Made of medical-grade HIPS, the surface is smooth and burr-free, ensuring safe handling and experimental accuracy.
Pre-sterilized Aseptic Packaging: Single-use, pre-sterilized, individually packaged to prevent cross-contamination and meet the aseptic operation requirements of microbiology laboratories.
Multiple Sizes Available: Available in common 1µL and 10µL volumes, suitable for colony streaking, inoculation, and sample transfer.
Durable and Flexible: Excellent toughness and moderate hardness prevent damage to agar plates.
Ready-to-Use: Ready to use right out of the bag, requiring no additional sterilization or preparation, streamlining workflow and improving efficiency.
Free Samples Available
We are pleased to offer you FREE samples of cell cultures. Please let us know the types you need, and we will prepare them promptly. Please let us know if you have any other requests, we would be happy to assist you.
ODM and OEM Services
Customized packaging, cartons, labels, product dimensions and product development, mold design and manufacturing, process customization, injection molding production and product verification services.
Quality Control System
ISO 9001 &QUALITY MANAGEMENT SYSTEM CERTIFICATION
Frequently Asked Questions
What is the difference between a cell culture flask and a culture dish? How should I choose?
Cell culture flasks (Flasks) are suitable for large-scale adherent cell culture, with a large culture area and an easy-to-stack structure. Culture dishes (Dishes) are usually used for small and medium-scale culture and microscopic observation, and are suitable for experiments that require high operational flexibility. If transfection or drug screening is performed, [cell culture plates] (such as 96-well plates) can be selected to support high-throughput experiments.
Is it better to use a vented cap or a sealed cap for a culture bottle?
The vented cap contains a hydrophobic membrane that allows free gas exchange while maintaining a sterile state, and is suitable for standard CO₂ incubator environments. The sealed cap is suitable for special conditions such as transportation and low-oxygen culture to prevent contamination and liquid leakage. Most experiments recommend using a vented cap culture bottle with a culture bottle sealing film or sterile operating table.
Can cell culture consumables be reused?
It is not recommended to reuse disposable cell culture consumables, such as culture flasks, culture dishes or well plates. Most of these products are sterile products, and reuse may cause cross contamination, abnormal cell growth and other problems. Nitrile gloves and sterilized pipettes can be used under sterile conditions to ensure the reliability and consistency of cell culture.
What are tissue culture grade (TC-treated) consumables?
“TC-treated” means that the surface has been treated with plasma, which can significantly improve the adhesion of adherent cells to the culture vessel surface. Suitable for adherent cells such as HeLa, 293T, MEF, etc. If you are culturing suspension cells, there is no need to choose a TC-treated product.
How to avoid contamination during cell culture?
Ensure the following measures are in place: Operate in a biosafety cabinet and wear nitrile gloves and sterile lab coats. All consumables are sterilely packaged and keep the packaging intact before use. Use sterile tips and sterile pipettes to transfer liquids. Do not place culture bottle caps on non-sterile surfaces. Clean the incubator regularly and use culture media containing antibiotics (such as penicillin-streptomycin).
How to store unused cell culture consumables?
It is recommended to store them in a dark, dry, room temperature environment, away from organic solvents, strong acids, strong bases and volatile reagents. The shelf life of unopened products is generally 3-5 years, which is subject to the outer packaging label.
Why cell culture in different types of flask?
1. Different cell types.
2. Differences in experimental operation methods.
3. Gas exchange requirements.
4. Different culture scales.
5. Observation and imaging requirements.
Do stirbars work in media storage bottles?
Stirring bars can be used in culture medium storage bottles, but whether it is appropriate should be determined based on specific experimental requirements, bottle material, and stirring bar type. Generally speaking, if the purpose of using a stirring bar is to temporarily mix the culture medium, such as dissolving powdered culture medium, adding serum or supplementing reagents before storage, it can be used in the storage bottle under the premise of proper operation and ensuring sterility.
Still have questions? Please contact us!
