• Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring

Low Screw Cap Microtubes,with silicon O-ring

✅ Airtight Seals: Silicone O-ring ensures -0.085Kpa pressure resistance.
✅ Ultra-Clean: E-Beam sterilized, DNase/RNase/endotoxin-free.
✅ Freezer-Ready: Withstands long-term -86°C cryogenic storage.
✅ Color Coding: 6 vibrant options for sample organization.
$0.00
Volume:
0.5ml
1.5ml
2.0ml
Color:
Transparent
Transparent Red
Transparent Blue
Transparent Yellow
Transparent Green
Solid Red
Green
Blue
Yellow
Purple
Orange
White
Brown
Sterile:
Yes
No
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring
  • Low Screw Cap Microtubes,with silicon O-ring

Description

Product Description

Tailored Solutions for Laboratory Cell Growth

Our company provides advanced cell culture flask and cell culture erlenmeyer flask products specifically engineered to meet the rigorous demands of research laboratories and bioprocess environments. These vessels serve researchers, biotechnologists, and production engineers requiring reliable, contamination-free culture systems. The cell culture flask design supports uniform cell attachment and growth, while the cell culture erlenmeyer flask facilitates optimal agitation and aeration during culture. This suite addresses diverse cultivation requirements spanning small-scale R&D to scalable biomanufacturing workflows.

Precision Engineering and Measurable Technical Features

Both cell culture flask and cell culture erlenmeyer flask are manufactured using high-grade, transparent polymer materials ensuring chemical resistance and optical clarity for precise monitoring. The cell culture flask incorporates sterile vented caps for gas exchange control and standardized dimensions compatible with automated handling systems. The cell culture erlenmeyer flask features ergonomic neck design and volume graduations providing accurate measurement during culture preparation. These products meet industry standards for sterility, biocompatibility, and stability, delivering consistent results in cell propagation processes.

Integration in Biotechnology and Pharmaceutical Systems

In pharmaceutical development, biotechnology research, and cell therapy production, the cell culture flask and cell culture erlenmeyer flask contribute critical roles in cell line expansion and process optimization. Their compatibility with incubators, shakers, and cleanroom protocols facilitates compliance with regulatory guidelines and quality assurance systems. These vessels support workflows requiring strict environmental control and reproducibility, enhancing data reliability and operational efficiency. Utilizing these products improves scalability from pilot studies to cGMP manufacturing, driving innovation in life science applications.


Product Advantages

Optimized Structural Design for Laboratory Integration

The design of both cell culture flask and cell culture erlenmeyer flask emphasizes modular compatibility and robustness. The cell culture flask incorporates flat surfaces and standardized footprint dimensions that accommodate automated imaging and handling equipment commonly used in modern laboratories. The cell culture erlenmeyer flask’s conical body and secure screw cap design facilitate effective mixing and contamination prevention. These design elements enable seamless integration into existing laboratory systems and contribute to streamlined workflows requiring precise cell cultivation conditions.

Enhanced Performance and User-Focused Features

Performance-wise, our cell culture flask ensures uniform cell distribution and minimizes edge effects, critical for reproducible experimental outcomes. The gas-permeable caps maintain sterility while allowing appropriate oxygen and carbon dioxide exchange, supporting cell viability. For users requiring dynamic culture conditions, the cell culture erlenmeyer flask offers excellent mechanical stability during shaking and convenient volume measurement for process control. These features translate into time-saving handling, reduced contamination risk, and improved data consistency for laboratory personnel and production technicians.


Use Scenarios

High-Containment Cell Culture in Pharmaceutical R&D

In pharmaceutical research and development environments focused on cell line optimization and biologics production, the cell culture flask plays a vital role in maintaining sterile conditions during adherent cell expansion. The flask’s compatibility with biosafety cabinets and incubators allows precise environmental control critical for sensitive cell types. Its chemical resistance and transparent material offer advantages for microscopic inspection and sampling without risking contamination, supporting protocols compliant with good laboratory practices (GLP) and facilitating seamless integration with digital data capture systems.

Dynamic Cultivation in Bioprocess Development Facilities

Within bioprocessing development labs, the cell culture erlenmeyer flask supports suspension culture applications requiring controlled agitation. Its conical form and tight-sealing cap ensure homogenous mixing and minimized contamination risk during scale-up trials. The flask’s volumetric markings aid operators in dosing and sampling accuracy, enhancing process monitoring. This product’s compatibility with orbital shaker platforms ensures reliable oxygen transfer rates and consistent culture performance, aligning with standard operating procedures (SOPs) in commercial manufacturing environments focused on cell-based product yield and quality optimization.


Item No. Volume Color Cap style Sterile No enzyme Packaging Specifications
630000Series caps - Transparent/Transparent Red/Transparent Blue/Transparent Yellow/Transparent Green Short Cap NO YES 500pcs/bag.10bags/case
63000XSeries caps[X=1 ,2,3,4,5,6,7,8] - Solid Red/Green/Blue/Yellow/Purple/Orange/White/Brown Short Cap NO YES 500pcs/bag.10bags/case
630050/51 0.5ml Transparent/Brown - NO YES 500pcs/bag.10bags/case
630150/151 1.5ml Transparent/Brown - NO YES 500pcs/bag.10bags/case
630200/201 2.0ml Transparent/Brown - NO YES 500pcs/bag.10bags/case
630202 2.0ml Transparent,Printing And Writing Area And Scale Area - NO YES 500pcs/bag.10bags/case
633000Series caps - Transparent/Transparent Red/Transparent Blue/Transparent Yellow/Transparent Green Short Cap YES YES 500pcs/bag.10bags/case
63300XSeries caps[X=1 ,2,3,4,5,6,7,8] Solid Red/Green/Blue/Yellow/Purple/Orange/White/Brown Short Cap YES YES 500pcs/bag.10bags/case
633050/51 0.5ml Transparent/Brown - YES YES 500pcs/bag.10bags/case
633150/151 1.5ml Transparent/Brown - YES YES 500pcs/bag.10bags/case
633200/201 2.0ml Transparent/Brown - YES YES 500pcs/bag.10bags/case
633202 2.0ml Transparent,Printing And Writing Area And Scale Area - YES YES 500pcs/bag.10bags/case
636050/51 0.5ml Transparent/Brown ,Tube & cap assembled Short Cap YES YES 50pcs/bag.40bags/case
636150/151 1.5ml Transparent/Brown ,Tube & cap assembled Short Cap YES YES 50pcs/bag.40bags/case
636200/201 2.0ml Transparent/Brown ,Tube & cap assembled Short Cap YES YES 50pcs/bag.40bags/case
637200 2.0ml Transparent, Tube Cover Assembly, Printing And Writing Area And Scale Area Short Cap YES YES 50pcs/bag.40bags/case

Medical grade PP material

·E-Beam Sterile, RNase & DNase Free, Endotoxin Free

·Available in 0.5ml, 1.5ml, 2.0ml for options

·External thread

·-0.085Kpa sealing test

·Packaging :assembled 50pcs/bag,40bags/case

                    Lid & vial pack separately 500pcs/bag, 10bags/case

·Color:white red green blue yellow purple orange

Screw cap style:External thread

Cap Style:

Flat cap

Printing options (only for 2ml )

With or without

Specification:-86°C degree freezer storage

FAQ
Are your Low Screw Cap Microtubes made from medical-grade materials?
Yes, our microtubes are manufactured from medical-grade polypropylene (PP), ensuring durability and chemical resistance. This material complies with industry standards to support sensitive applications like cell culture flask procedures and molecular biology workflows with high reliability.
Can I request color-coding options for easier sample identification?
Absolutely. We offer multiple color options, including transparent and solid colors, to facilitate efficient sample organization. This feature helps streamline handling in processes involving cell culture flask or similar laboratory consumables.
Do you provide sterile microtubes suitable for RNA/DNA sample preservation?
Yes, our microtubes are available in sterile and non-sterile versions, all E-beam sterilized and certified free from DNase, RNase, and endotoxins. They are designed specifically for contamination-free RNA/DNA collection and long-term storage at cryogenic temperatures.
What packaging options are available for bulk laboratory orders?
We supply our microtubes either assembled as tubes and caps in bags of 50 (40 bags per case) or separate lids and vials in bags of 500 (10 bags per case). Our packaging accommodates large-scale needs in molecular biology or routines involving cell culture Erlenmeyer flask workflows.

Professional Certificates

We firmly adheres to the concept of compliance, ensuring every product is reliable and safe to use.

ISO9001

ISO13485

CE Report

DNase and RNase Test Report

Migration of specific elements,phthalates Test Report

Bacterial Endotoxin Test Report

Certificate Of Irradiation

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