Customized special container solution for an ultra-clean mobile shipping container laboratory. The ultra-clean mobile shipping container laboratory necessitates stringent environmental standards, demanding exceptional airtightness and stability. Our specialized steel container meets these prerequisites, showcasing outstanding sealing capabilities and ensuring consistent performance across diverse environments.
All joints of the entire special container are fully welded to ensure the airtightness of the container. The painted surface of the cabinet is painted by C4 standards. The cabinet has good corrosion resistance if there is no external damage.
This customized mobile shipping container lab is a fully operational specialized equipment container. All internal decorative wall panels and flooring are crafted from fireproof and antibacterial materials. In order to fulfill the functional necessities of a sterile environment within the entire container, meticulous circuit pre-installation and air conditioning have been implemented. This setup guarantees clean air circulation while maintaining optimal temperature comfort.
Moreover, the ultra-clean container laboratory features an observation area on its side. This space exhibits the outcomes of planting experimental materials and canned products post-fermentation. It enhances the interactive dimension of the experiment, providing a more visual and comprehensible insight into the experimental process.
| Frame Structure | Weather-resistant steel |
| External Dimensions | 6058 mm * 2438 mm * 2591 mm (L*W*H) |
| Internal Dimensions | 5670 mm * 2140 mm * 2300 mm (L*W*H) |
| Skylight Window A | Brushed stainless steel window with dimensions 900 mm * 2170 mm(Tempered glass with louver) |
| Skylight Window B | Brushed stainless steel window with dimension 1900 mm* 1000 mm(Tempered glass with louver) |
| Door | Brushed stainless steel door with dimensions 1740 mm * 2170 mm |
| Electricity | Light Switch, Socket, distribution box, breaker, and wire |
When samples can’t wait for a brick-and-mortar facility, scientists turn to shipping container house labs. These rugged mobile units slash setup time while delivering lab-grade precision anywhere, from outbreak zones to mining camps. Here’s how ZN-Meox tailors each type for real-world science:
1. Mobile Labs on Wheels
2. Semi-Permanent ISO Labs
Drop-in precision that adapts.
Need a deployable BSL-2 lab for a 12-month project? Our ISO-container labs bolt onto existing sites with:
3. Room Containers: Solo Science Hubs
One container, full workflow.
Self-contained units for specialized tasks like:
→ COVID-19 PCR testing (pre-wired for -80°C freezers)
→ Petrochemical sample prep (explosion-proof lighting)
→ Seed genetics labs (positive-pressure climate zones)
ZN-Meox upgrade: Add side-opening access panels for cleanroom gowning vestibules.
4. Module Room Labs
Nested workspaces, zero wasted space.
Create compartmentalized environments inside a 40 ft shipping container house:
5. Mega-Labs: Module Buildings
“Our mobile PCR lab in a ZN-Meox container processed 2,400 COVID tests/day during the Shenzhen outbreak—without a single thermal shutdown.”
—Dr. Liang, Guangdong
When customers ask about the cost of a shipping container laboratory, the most accurate answer is that the final price depends heavily on the structural configuration, safety level, and the internal systems required for the intended testing work. At ZN-meox, most projects begin with a container for sale 20ft because this size provides the ideal balance between mobility and workspace efficiency. A 20ft base unit gives us stable proportions to work with, and we refine every detail from the frame structure to the internal workflow to meet laboratory-grade expectations without overcomplicating the design.
Rather than focusing on fixed pricing, ZN-meox emphasizes the specifications that shape the cost. Our shipping container laboratories use a weather-resistant steel frame structure to ensure the unit maintains rigidity and corrosion resistance in demanding outdoor environments. The overall footprint is based on standard 20ft dimensions—6058 mm × 2438 mm × 2591 mm (L×W×H)—while the internal clear space of 5670 mm × 2140 mm × 2300 mm allows for efficient placement of benches, instruments, and storage without compromising movement or airflow.
To support natural lighting and ventilation during operations, ZN-meox equips containerized labs with two skylight window options. Skylight Window A uses brushed stainless steel with 900 mm × 2170 mm tempered glass and an integrated louver system. Skylight Window B, slightly different in form, offers 1900 mm × 1000 mm tempered glass for improved visibility and air circulation. Both are engineered to maintain environmental stability while providing field teams with a brighter, more comfortable working environment. The main stainless steel door (1740 mm × 2170 mm) is similarly reinforced for durability and smooth access.
Electrical safety and reliability also influence the overall cost. Each ZN-meox unit is pre-installed with a full electrical configuration—including a distribution box, breaker, wiring system, sockets, and lighting controls—to ensure compliance with laboratory equipment requirements and regional electrical standards.
Because every project varies, the “cost” is shaped by these structural fundamentals, the type of testing being performed, and the level of biosafety required. Starting from a container for sale 20ft simply provides a strong, versatile foundation. From there, ZN-meox tailors every containerized laboratory to deliver dependable performance, safe operation, and long-term field reliability—without locking customers into rigid pricing templates.
The 20ft container has long been recognized as the gold standard in global logistics, and its rise to dominance is no coincidence. Its compact size, structural durability, and universal compatibility make the container for sale 20ft one of the most widely purchased and deployed units across shipping, construction, portable storage, and even specialized sectors like the containerized laboratory market. At just the right balance of capacity and mobility, the 20ft container became the global benchmark because it meets the needs of nearly every industry without compromising cost efficiency or transport flexibility. Its standardized dimensions allow seamless handling by cranes, trailers, vessels, and rail systems worldwide, forming the backbone of international trade for decades.
Beyond shipping, the 20ft container found widespread adoption because it is exceptionally adaptable. Manufacturers and engineers quickly realized that this container size offered the perfect footprint for custom modifications, making it ideal for mobile offices, field testing stations, emergency shelters, and modern containerized laboratory solutions. The size is small enough to transport to remote sites yet large enough to accommodate professional equipment, ventilation systems, and controlled workspaces. This is why research teams, medical organizations, and environmental agencies often prefer the 20ft format when choosing a mobile testing solution.
Cost efficiency also plays a major role in why the container for sale 20ft became the industry’s gold standard. Compared to larger units, it offers lower upfront cost, reduced shipping fees, and easier permitting in many countries. Businesses can stack, store, relocate, or repurpose these container projects with minimal operational disruption. The structural strength and longevity of a 20ft unit also make it a long-term asset—capable of decades of service with minimal maintenance.
Ultimately, the 20ft container earned its “gold standard” status because it delivers unmatched versatility. Whether used for traditional cargo transport or advanced applications like a fully equipped containerized laboratory, this container continues to set the benchmark for reliability, mobility, and global compatibility.
In fast-paced situations—ranging from disease outbreaks to environmental emergencies or remote field research—the ability to deliver timely, accurate results is crucial. A containerized laboratory delivers that capability with unparalleled speed and flexibility. Unlike traditional brick-and-mortar labs, containerized labs can be deployed quickly to the site where they are needed most. This agility enables organizations to commence testing operations almost immediately after arrival, drastically cutting down the time between sample collection and result delivery.
The mobility inherent in a containerized lab makes it ideal for remote or temporary locations. Whether in rural areas, industrial sites, mining camps, or disaster zones, a container lab can be transported by truck, ship, or rail to hard-to-access areas — and set up with minimal infrastructure requirements. This portability ensures that testing services reach the populations or sites that need them most, without delay.
A containerized laboratory offers a fully controlled environment. With features such as climate-controlled interiors, built-in ventilation, HEPA filtration (for biosafety labs), and modular benching, these labs maintain cleanroom-level conditions. That means sensitive processes like microbiology, PCR testing, chemical analysis, or water/soil diagnostics can be carried out on-site with the same precision and reliability as in a permanent facility. The design reduces risks of sample degradation that often occur when samples travel long distances — leading to more accurate and trustworthy results.
Moreover, containerized labs are cost-efficient compared to building traditional permanent labs. The lower cost of procurement and deployment, combined with reduced logistical overhead, makes them a strategic choice for organizations needing temporary or emergency lab facilities. They can be repurposed, relocated, or decommissioned as needed — providing long-term flexibility.
Finally, when time matters — during an outbreak, an environmental contamination event, or urgent field research — a containerized laboratory ensures that critical decisions can be made swiftly. In these high-pressure scenarios, having a ready-to-go lab on-site can make the difference between timely intervention and costly delays. For rapid on-site testing, nothing matches the speed, adaptability, and reliability of a well-equipped containerized laboratory.