• Definition
• Classes of Biological Safety Cabinets
  • Biological Safety Cabinet Class 1
  • Biological Safety Cabinets Class 2
  • Biological Safety Cabinets Class 3
• Biological Safety Cabinet Uses
• Biosafety Cabinet Price in India

Biological safety cabinet or microbiological safety cabinets are enclosed compartments with lights, research equipment, and facilities that are used to contain and study substances that may be potentially pathogenic, in order to protect the user and the environment.

Biological Safety Cabinet Diagram showing the air inlets and outlets, position of the HEPA filters, air circulation pathway and the workspace. 

Definition

The biological safety cabinet filters incoming and outgoing air from the cabinet, which is ventilated. The ventilated cabinet is where the worker places the substance they are working with and continues to process it, preferably wearing additional protective equipment, such as masks, gloves, safety goggles and PPE kits.

1. HEPA Filters: The filters are fitted with HEPA (High-Efficiency Particulate Air) filters, which remove incoming air contaminants.
2. Filtration Efficiency: HEPA filters can theoretically remove at least 99.97% of dust, pollen, mold, bacteria, and airborne particles ≥ 0.3 microns (µm) (USEPA).
3. Alternative Names: Also known as a laminar flow cabinet or tissue culture hood.
4. Safe Handling Practices: All procedures should be performed in a way that minimizes aerosol generation and prevents spills.
5. Aerosol-Generating Procedures: 

These include:

• Centrifugation
• Vortex
• Sonication
• Opening containers of infectious materials (with internal pressure different from ambient pressure).

6. Containment Measures: Such procedures should be performed inside the biological safety cabinet or additional safety measures should be implemented to mitigate risks.

Classes of Biological Safety Cabinets

Biological Safety Cabinet Class 1

The Class I biological safety cabinet has a simple and fundamental design. It provides protection for the operator and the environment by drawing inward airflow that captures aerosols generated during microbiological work. This air then passes through a filtration system, typically consisting of a pre-filter and a HEPA filter, which removes airborne particles and contaminants before being exhausted.

• User & Environment Protection: Class I cabinets protect the operator but not the sample.
• Cross-Contamination Risk: Exposure to airborne contaminants may affect experimental accuracy.
• Limited Applications: Restricted use due to contamination risks.
• Obsolescence: Largely replaced by Class II cabinets for better protection.

Biological Safety Cabinets Class 2

The Class II Biosafety Cabinet is primarily used for handling pathogenic biological samples or applications requiring a sterile work environment. It is designed with three key protective features:

1. Inflow air – Protects the operator by preventing exposure to hazardous materials.
2. ULPA/HEPA-filtered downflow – Maintains an ISO Class 3 clean work surface, preventing cross-contamination and ensuring sample integrity.
3. ULPA/HEPA-filtered exhaust – Safeguards the environment by filtering outgoing air before release.

These features make Class II cabinets essential in microbiology, pharmaceuticals, and biomedical research. This is the most commonly used biosafety cabinet in schools, colleges and research institutions. To set up a biosafety level 2 cabinet in your organization, go over here. 

Biological Safety Cabinets Class 3

Class III biological safety cabinets offer the highest level of containment, surpassing Class I and II cabinets. However, they are much costlier. 

• Construction: Made of welded metal, gas-tight, with glove ports for handling materials.
• Negative pressure: Maintains negative pressure to enhance containment safety.
• HEPA filtration: Exhaust air is HEPA-filtered and incinerated for additional safety.
• Material transfer: Uses a pass-through unit for safe transfer of materials.
• Air exhaust: Air is typically exhausted back into the lab or through a dedicated duct system to the external environment.
• Toxic chemical compatibility: Suitable for use with toxic chemicals in addition to microbiological work when connected to dedicated exhaust systems.

Biological safety cabinet class 3

Biological Safety Cabinet Uses

Biological safety cabinets (BSCs) are essential in laboratories handling hazardous microorganisms, viruses, and toxic chemicals. They ensure containment and safe processing of materials across different biosafety levels (BSLs).

Biosafety Levels (BSL) Pyramid

• BSL-1 & BSL-2: Suitable for handling non-pathogenic and less hazardous bacteria. BSL-2 is preferred when working with non-pathogenic bacteria due to a slightly higher level of containment.
• BSL-3: Designed for highly pathogenic and dangerous organisms (e.g., Corona, Ebola). Provides a higher level of containment to prevent the spread of infectious agents.
• Chemical Applications: BSL-3 cabinets are used for handling toxic chemicals, ensuring both biological and chemical safety.
• Bacterial Handling: Bacteria are typically streaked or processed on Petri plates in BSL-2 or BSL-3 cabinets, depending on their pathogenicity.
• Viral Applications: Viruses are primarily handled in tissue culture environments, where tissue culture hoods are preferred for safe processing.
• Plant Tissue Culture: Plant tissue culture work is conducted in BSL-2 cabinets to maintain sterile conditions and prevent contamination of samples and germplasm. 

Biosafety Cabinet Price in India

Biosafety cabinets are essential in laboratories to protect personnel, products, and the environment from hazardous materials. In India, these cabinets are available in various classes, each offering different levels of protection and features. Below is a summary comparing the prices of Class I, Class II, and Class III biosafety cabinets available from Biological Safety Cabinet supplier Labkafe, in India:

Please note that prices can vary from time to time and are subject to change at any moment.  For the most accurate and up-to-date pricing, it’s recommended to contact our lab experts directly.

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The specifications of the Central Board of Secondary Education (CBSE) mandate the establishment of a composite science lab, with the following guidelines:

• Chapter 4 of NEP 2020 emphasizes experiential learning at all stages of science education to ensure holistic, integrated, and engaging learning.
• Chapter 7, Para 7.5 of NEP 2020 highlights the need for well-equipped science laboratories to strengthen science education.
• Para 12.1 of NEP 2020 stresses that effective learning requires an engaging curriculum, continuous formative assessment, and comprehensive student support.

The specifics of the composite science lab include:

• Schools can establish a single Composite Skill Lab of 600 sq ft or two separate labs of 400 sq ft each.
• A single lab caters to classes 6-12, while two labs can divide classes into 6-10 and 11-12.
• New CBSE schools must set up these labs to obtain affiliation.
• Existing CBSE schools have three years to comply with the lab setup requirement.
• Labs must include all essential machinery and tools necessary for teaching relevant skills.

Model of the composite science lab by CBSE. Get your FREE lab plan with our composite science lab package today!

The objectives and outcomes of setting up the composite science lab package are:

• Understand concepts, principles, theories, and laws of the physical world appropriate to cognitive development stages.
• Acquire and apply scientific methods such as observation, questioning, planning investigations, and data analysis.
• Conduct experiments, including quantitative measurements, to support scientific understanding.
• Cultivate scientific temper, including objectivity, critical thinking, and freedom from fear or prejudice.
• Foster natural curiosity, creativity, and an aesthetic appreciation of science.

Download the detailed list of Composite Science Lab Apparatus for FREE.

Each and every component is fulfilled by the Labkafe Composite Science Lab Package.

The Labkafe composite science lab package incorporates all the elements mandated by the CBSE board. To set up your own CBSE composite science lab, download the apparatus list for FREE by filling up the form. For any doubts, feel free to schedule a FREE lab consultation with our lab experts!

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Dry lab practices originated from the need to streamline labor-intensive research. They aim to minimize the number of active cases or samples processed on the wet lab bench, reducing the required man-hours to achieve the desired results.

The debate, however, is whether the dry lab produces better results. Is it as good as wet lab research, and which is more difficult to perform?

Integrated Wet Lab and Dry Lab

The human race conducts scientific research to achieve results that are beneficial for them. With this in mind, researchers might benefit from a more holistic approach that integrates both dry and wet lab practices, often in that particular order. Dry lab techniques have developed to integrate into wet lab protocols. Both complement each other to create streamlined protocols.

Researchers use dry lab techniques to eliminate junk samples. After this wet lab tools are used. Wet lab techniques finally render the required result, indicating what the researcher wants to know.

Why does lab design matter?

Lab design has a crucial role to play in labs that interconnect dry and wet labs. Therefore, it is crucial to plan the lab setup so researchers can move seamlessly from one platform to another. Often, labs integrate dry and wet lab applications in the same floor space or the same lab setup. Dry lab research often takes place in planned areas with desks and chairs in the laboratory. This is separate from the space used to store reagents and conduct experiments. These might cause harm to the computers or machines used for dry lab research.

At Labkafe, our experts create a customized lab plan that suits your research. With this, you can effectively maneuver between dry and wet lab exercises, thereby minimizing any hassle that might arise due to interdisciplinary research practices. Contact our lab experts for a free lab planning consultation to understand how you can create a research space suited uniquely to your needs.

Role of Lab Design in Wet Lab and Dry Lab

Wet labs deal with liquids, biological specimens, and hazardous chemicals. These spaces are separate from the computation and engineering facilities in the dry lab. Supercomputers and next-generation sequencing facilities often require dedicated rooms or floors, similar to electron microscopes and mass spectrometers. However, most data processing occurs on high-performance laptops or desktops located closer to and integrated with wet lab facilities. This arrangement minimizes time lost when switching between tasks.

Lab safety in Lab Setups

Include sufficient eyewash stations, emergency showers, and fume hoods to deal with contingencies. We keep occupational safety standards in mind. Waste management is another critical component of safety. Always plan dedicated waste storage and disposal facilities.

Separate spaces accommodate heavy dry lab equipment, while electricity and water are available for emergencies. To prevent integrated circuits from malfunctioning due to moisture, control humidity levels. Include emergency fire and safety equipment to address risks associated with high-voltage electricity. Additionally, design the furniture to absorb and dissipate static electricity and heat effectively.

Customized lab design solutions

The equipment must not vibrate or resonate with the structures they rest on, as this causes faster wear and tear. Incorporate flexibility in the design to address this. Allow wet labs to be converted into dry labs and vice versa.

This provides unparalleled flexibility when planning and implementing the setup and performing experiments. An interesting example of this flexibility is how 3D printers, once occupying entire rooms, are now available in benchtop versions.

This flexibility requires the advice of experts for effective implementation. At Labkafe, our design experts will guide you through a seamless experience of planning your brand-new integrated lab. This will ensure that both dry and wet labs are placed on the same pedestal. Contact our lab experts for a free lab planning consultation today!

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Science laboratory equipment includes instruments and apparatus used to demonstrate scientific principles, helping students understand theoretical concepts and connect them to real-life phenomena. This equipment also allows for the validation and verification of scientific ideas. Successful experimental results reinforce classroom theories, translating abstract concepts into practical, observable experiences.

In a controlled, hazard-free environment, students observe scientific principles at work under the guidance of instructors. Key fields that utilize laboratory equipment include physics, chemistry, biology, and mathematics. 

Benefits of science laboratory equipment in schools

Translating theory into practice is crucial in all aspects of life. Just as people find evidence more convincing than mere assertions, students need educators to demonstrate scientific concepts for them to truly understand and believe in their lessons.

• When students work together on experiments, they develop teamwork skills that benefit them later in life. Practical experimentation also builds the dexterity needed to handle precise equipment and perform detailed research. This skill becomes critical in advanced study and research roles.
• School laboratories offer students their first experience with hands-on research. Validating scientific theories in this environment fosters respect and enthusiasm for the subject. This encouragement leads students to pursue research careers and, eventually, become scientists.
• Thus, investing in quality scientific equipment is essential for schools aiming to nurture future scientists. This investment also helps raise their reputation by producing notable alumni.
• Research and experimentation also instill curiosity and excitement for science. While theoretical lessons can become monotonous, hands-on lab classes provide a stimulating break, motivating students to learn. 
• Critical thinking and creativity are further developed in lab sessions, laying a foundation for independent thought that is essential in later scientific endeavors. School lab experiments may lack the rigor of professional research but are invaluable in building these skills.
• Memorization and retention of core concepts are essential for exam success and future application. Practical lessons aid visualization, helping students retain scientific principles for a lifetime.

Labkafe has been a leading provider in the school laboratory equipment industry, supplying top-quality lab apparatus that equips schools to foster successful, innovative students.

Science laboratory equipment required for schools

High-quality, up-to-date laboratory equipment is essential for effective school research and demonstration experiments. Without modern apparatus, students risk encountering faulty results or physical hazards. They also miss the chance to build the dexterity and skills needed for advanced labs later in their academic careers.

For students to meet national standards and feel confident in their abilities, Indian schools must invest in durable, advanced lab equipment. This investment encourages competitive skill development.

Here are essential laboratory items:

• Microscope: This tool focuses light on specimens and uses lenses to magnify objects such as bacteria, tissue sections, and minute plant structures.
• Test Tubes: Manufacturers make these tubes from heat-resistant glass, allowing them to withstand direct flames and enabling users to prepare and heat various chemicals.
• Beakers: Crafted from durable borosilicate glass, Griffin and Berzelius beakers store and heat larger liquid quantities.
• Bunsen Burner: A primary heat source provides a quick, adjustable flame of both oxidizing and non-oxidizing types, although users can also employ water baths.

The quality and durability of lab equipment are crucial, as reliable construction ensures both safety and longevity. Labkafe’s school lab packages offer high-quality lab apparatus tailored to meet educational needs. Connect with Labkafe’s lab experts for guidance on selecting the right equipment for your institution.

Essential precautions for school laboratories

Laboratories provide an exciting learning environment for students, but they must conduct experiments under proper supervision and implement safety measures.

• Lab authorities should establish clear rules detailing how and when students perform experiments. They must closely supervise these activities to ensure adherence and maintain discipline.
• Students should avoid frivolous activities, as well as eating or drinking in the lab.
• Students should handle chemicals carefully, following specific protocols for mixing and heating.
• Students must wear safety goggles, lab coats, and closed shoes, while they must restrict loose clothing, open hair, and sandals.
• Creating a trusting environment is essential, encouraging students to report any incidents without fear. 

Teachers play a key role by handling situations patiently, offering clear instructions during stressful or dangerous situations. Discipline should be enforced only for repeated offenses. Teachers’ calm and responsible behavior models how to handle challenges effectively. This approach helps students build both technical and interpersonal skills while learning in the lab.
At Labkafe, we provide a range of readymade lab equipment packages for schools and colleges. This reduces the effort of schools in figuring out which lab equipment is needed while building new school labs or renovating labs. Contact our lab experts for a free lab planning consultation.

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What are modern STEM classrooms?

STEM education is a relatively recent phenomenon in the learning space, and it seeks to challenge and reinvent the current landscape of school education. Essentially, it aims to challenge archaic norms where the teacher assumes a central agency and offers conventional instruction through established learning aids such as theoretical lessons and lectures. 

Science, Technology, Engineering, and Mathematics—the “Big Four” of the world of education—have established themselves as one of the foremost career streams of the 21st century. However, owing to its interdisciplinary nature, it is essential for practitioners of this stream to have hands-on knowledge in addition to problem-solving abilities.

In order to excel beyond standard expectations of STEM education, students who display above-average intellect and merit can often receive augmented skills through STEM learning setups. The shift from rote learning and primary reliance on dry theoretical input towards an interdisciplinary, problem-solving, real-world orientation is essential to STEM learning. It’s a creative and innovative approach that is evident in the increasing adoption of STEM setups in modern classrooms across educational levels. Most importantly, modern STEM classrooms allow students to learn and apply their skills, maximising what they inculcate into their skillset.

In contrast to conventional classrooms, STEM classrooms need adaptable and mobile setups that allow students to collaboratively work on hands-on projects while applying theoretical knowledge. It allows them to learn the skill of working in cross-functional teams, thereby augmenting collaboration and building team spirit. It helps them adapt to teams while understanding the importance of individual contribution. Such collaborative skill sets are in high demand, especially in industry and professional settings. Thus, STEM learning allows schools to help students adopt hard skills as well as soft skills, making them ready to contribute in professional settings.

Importance of lab furniture in modern STEM classrooms

To enhance and support collaboration in STEM classrooms, it is essential to plan and arrange furniture effectively. When students discuss and perform tasks in and around the classroom, it is important for them to move freely, without too many constraints. For this, the furniture needs to be adaptable and flexible. Suppliers often provide the furniture as a block, which designers further segment into sections that students can rearrange freely. This design offers flexible solutions that can adjust according to students’ requirements.

Specialized furniture for STEM

Octagonal desks by Labkafe have applications in collaborative work, where multiple students can sit around the table facing each other. These desks remove spatial and logistical constraints often faced by students in a linear seating setup. Effective lab design can also greatly improve productivity. For example, teachers can set up temporary removable partitions and place or remove them as needed. Thus, they can segment or unite the room based on the task. Designers arrange gas, electricity, and wiring lines around the perimeter to minimize distractions and enhance mobility.

Lab furniture solutions can improve outputs in STEM classrooms because they can be designed and installed depending on the school’s and students’ needs. It can provide handy power outlets on the lab furniture itself, which is necessary as STEM classrooms require advanced electronic and digital devices like TVs and display boards, VR devices, scanners, and 3D printers. Labkafe provides 3D printers for a variety of learning applications. In addition, STEM learning requires additional miscellaneous items that need storage space.

Individual labelled storage bins or cabinets can help organise miscellaneous items so they are easily accessible, and students don’t have to search for items when working on projects. Labkafe offers excellent storage solutions with lab furniture suited for STEM classrooms. These allow users to store and use cumbersome appliances and equipment in a simple and ergonomic manner.

Best lab furniture solutions for optimum productivity

The best lab furniture solution for your classroom will depend on the specific requirements of your classroom projects. Basic building projects can be supported by glass or melamine worktops. However, chemical experiments might require acid-resistant, durable worktops that can withstand harsh substances. 

PVC is a highly resistant worktop and one of the best lab furniture solutions for STEM classrooms. It is used in higher education setups focusing on hydrofluoric acid applications. Labkafe offers a plethora of design and worktop solutions to choose from. We allow you to optimize the setup according to your needs.

Creative collaborative tables are essential for STEM setups. They can be adjusted and moved around, much like a puzzle. This enables you to rearrange setups on the workbench throughout the room. This allows students to bring together cross-functional teams by setting up workbenches in a way that suits them.
Labkafe offers a variety of PVC worktops that can withstand harsh chemicals and repeated cycles of cleaning and disinfection. We also provide a variety of lab furniture necessary for STEM classrooms. Our team of experts can tailor solutions uniquely for your STEM classroom as needed. Contact us today to set up the best lab furniture for your STEM classroom!

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Essential lab safety enforcement in educational environments is crucial to prevent accidents and injuries. Proper conduct, discipline, and supervision promote accountability and are essential lab safety elements. Additionally, encouraging hazard reporting without fear fosters a culture of safety. Attending to equipment and maintaining clear exits ensure a secure atmosphere, enhancing both learning and the well-being of students and staff.

Even simple mistakes, like the slippage of glass apparatus, can spread shards into unexpected areas. Rushing during cleanup can lead to skin injuries, and minor contaminants handled carelessly may cause infections. A small piece of broken glass can lead to serious consequences, significantly highlighting the importance of preventive measures. Good quality equipment mitigates accidents, like the ones here from Labkafe.

Why is Essential Lab Safety Critical for Teachers and Students?

Both students and teachers play crucial roles in maintaining safety rules.

Responsibilities of Teachers in maintaining essential lab safety

Teachers should lead by example, therefore encouraging students to follow safety rules by being vigilant about hazards and taking appropriate precautions. They must create a supportive atmosphere where students feel comfortable reporting incidents. This proactive approach helps prevent serious accidents.

Laboratory equipment must undergo regular inspections and maintenance. Teachers and administrators must ensure proper documentation for reference when issues arise. You must install essential safety equipment, such as eyewash stations, safety showers, fire extinguishers, and fire blankets. Conducting mock drills reinforces safety practices and procedures.

If safety equipment malfunctions, teachers must promptly address repairs to prevent accidents. Teachers are the final line of protection for students, making their role in maintaining discipline and safety critical. Coordination is key, especially in crowded labs or when sharing equipment.

In emergencies, all personnel must know the locations of power, gas, and supply cut-off lines. You should establish evacuation plans and conduct regular drills to minimize uncertainty during emergencies. Additionally, you must keep first aid ready at all times. It is useful in situations where immediate respite is unavailable, such as cuts and scrapes, that might deteriorate into full blown infections in the absence of first aid. 

Responsibilities of Students in maintaining essential lab safety

Students must immediately report all accidents, injuries, or equipment breakage to the instructor. Labs should support students who own up to mistakes rather than hide them.

Long hair must be tied back to prevent fire hazards, and laboratory aprons should be worn, securing loose garments to avoid contact with fire or chemicals. Aprons help protect workers from accidental chemical spillage and fire hazards. Additionally, safety manuals and protocols must be followed and contact with chemicals must be avoided to protect the eyes and mouth. Goggles and gloves should be worn when required. Reckless behavior and consuming food or drinks in the lab are prohibited.

Common Essential Lab Safety Mistakes to Avoid

Labs often work with dangerous equipment, high-temperature substances, and toxic chemicals. Safety must be prioritized over cost to prevent harm. This requires commitment to proper use and maintenance of safety equipment, such as goggles and gloves, depending on the hazard.

Complacency can endanger personnel and compromise research integrity. Contaminated substrates can lead to invalid results, and improper disposal of hazardous waste may cause environmental damage. Comprehensive emergency training is essential to protect personnel during contingencies.

Conclusion

Three key takeaways from this discussion on essential lab safety:

• Safety requires financial and disciplinary commitment.
• Investing in safety equipment and training is essential for mitigating hazards.
• Lab safety involves protecting fellow lab mates and the environment, ensuring ethical and responsible research.

Eyewash station (source- heavy.com)

Emergency shower (source- antigua.desertcart.com)

Safety goggles (source-medimart.com)

Labkafe supports the research community by providing essential safety equipment including eyewash stations, safety goggles, and emergency shower stations to handle chemical spills. Reach out to our lab experts today!

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Fields Requiring Composite Skill Lab in Enhancing Learning

1. STEM (Science, Technology, Engineering, and Mathematics)

Why Do They Need It?

The rapid advancements in STEM fields demand that students not only understand theoretical concepts but also engage in practical, hands-on learning. Therefore, Composite Skill Labs equipped with robotics kits, coding software, 3D printers, and electronic tools which provide students with the opportunity to bring their classroom lessons to life are a must.

Benefits

Students can build and program robots, design 3D models, and experiment with circuits, thereby developing critical thinking, problem-solving, and innovative skills.

Composite skill lab (creative visualization)

2. Arts and Design

Why They Need It

The role of a skill lab in enhancing learning is undeniable. Creativity is as important as technical knowledge in today’s world. Arts and Design fields such as graphic design, photography, music production, and filmmaking thrive in environments where students have access to the right tools and technologies.

Benefits

Composite Skill Labs enable students to explore their artistic talents and technical skills simultaneously, working on projects like digital art, filmmaking, and music composition, thus preparing them for careers in creative industries.

3. Vocational Skill Lab in Enhancing Learning

Why They Need It

The importance of vocational training in carpentry, plumbing, electrical wiring, and similar trades cannot be overstated, especially for students aiming for careers in these areas. 

Benefits

Composite Skill Labs provide the perfect setting for hands-on learning in these fields, therefore allowing students to practice and perfect their skills in a safe and controlled environment, which is crucial for their future job readiness.

4. Entrepreneurship

Why They Need It

Entrepreneurship education requires a unique environment where students can brainstorm, prototype, and develop business ideas. 

Benefits

In a Composite Skill Lab, students can access mentorship, market research tools, and collaborative spaces that are essential for nurturing entrepreneurial skills. Hence, activities like developing business plans, creating prototypes, and pitching ideas help in building a strong foundation for future business leaders.

5. Skill Labs Enhancing Learning in Health and Wellness

Why They Need It

Understanding health and wellness is vital for students, both personally and professionally. Whether it’s learning about nutrition, fitness, or mental health, practical experience in these areas is invaluable.

Benefits

Composite Skill Labs can be used to teach students how to prepare healthy meals, design fitness programs, and practice mindfulness. Therefore, labs also offer training in first aid, which is a crucial life skill.

6. Environmental Science and Sustainability

Why They Need It

As the world grapples with environmental challenges, educating students about sustainability is more important than ever. 

Benefits

The Composite Skill Lab is enhancing learning by equipping students with the tools to conduct experiments and projects related to ecology, renewable energy, and conservation, therefore making them aware of tools needed in environmental science research. In summary, this hands-on approach encourages students to become proactive in finding solutions to environmental problems.

7. Digital Literacy and Media Skill Labs

Why They Need It

In the digital age, media literacy and the ability to navigate the online world are essential skills. Therefore, students must learn how to create and share digital content responsibly and effectively.

Benefits

Composite Skill Labs, focused on digital literacy and media, provides resources for students to produce podcasts, create websites, in addition to engagement in safe online communication. These skills are critical in preparing students for the digital workforce in addition to inculcating responsible online behavior.

School lab constructed by Labkafe

In essence, the introduction of Composite Skill Labs marks a significant step forward in the educational journey of CBSE schools, one that promises to equip students with the skills and knowledge necessary for success in the 21st century.
Contact Labkafe’s team of experts for a free lab consultation for your schools.

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In this blog, let’s discover the complete process of Building Composite Skill Labs in CBSE Schools

What is Composite Skill Lab?

Composite Skill Labs are specialized educational spaces within CBSE-affiliated schools, aimed at providing students with practical, real-world skills. These labs are essential for offering training that is closely aligned with industry requirements. This improves students’ employment prospects and encourages exploration of diverse career pathways.

Common Areas of Focus in Composite Skill Labs:

• STEM (Science, Technology, Engineering, and Mathematics): Labs may include facilities for robotics, coding, 3D printing, and electronics
• Arts and Design: Labs may be equipped for graphic design, photography, music production, and film-making.
• Vocational Skills: Labs may offer training in carpentry, plumbing, electrical wiring, or other practical skills.
• Entrepreneurship: Labs may provide opportunities for students to develop business plans, create prototypes, and learn about entrepreneurship.

By providing students with a well-rounded education that combines theoretical knowledge with practical skills, Composite Skill Labs play a vital role in preparing them for a successful future.

What are Skill Lab Requirements?

• Lab Size: Schools can either set up one Composite Skill Lab of 600 sq ft or two separate labs of 400 sq ft each.
• Target Audience: One lab is designed for classes 6-12, or two separate labs for classes 6-10 and 11-12

• Affiliation Requirement: New CBSE schools must establish these labs to gain affiliation while existing schools have a three-year window to comply with the requirement
• Equipment: Labs must be equipped with all necessary machinery and tools relevant to the skills being taught.

Building Composite Skill Labs in Schools

Building a composite skill lab in a school involves several key steps, from planning and design to implementation and integration. 

1. Assess Educational Needs and Goals

Determine the skills and competencies the lab should support, such as STEM education, creative arts, digital literacy, or collaborative problem-solving. This helps in designing a lab that is both practical and inspiring.

2. Designing the Space

Design a space that can be easily reconfigured for different activities, such as science experiments, robotics, art projects, and group work. Modular furniture and movable partitions can help achieve this flexibility.

Create distinct zones within the lab for different types of activities—wet areas for chemistry, dry areas for electronics and robotics, and creative corners for design and arts.

WhatsApp Labkafe’s team of experts for a free lab consultation

3. Teacher Training

Provide ongoing professional development for teachers to effectively use the lab’s resources and integrate them into their curricula. Training should cover both technical skills and interdisciplinary teaching methods.

4. Ongoing Maintenance: 

Establish a maintenance plan to keep the lab’s equipment and facilities in good condition. Regularly update the tools and technology to stay current with educational trends.

5. Future Expansion

Plan for future expansions or upgrades to the lab as the school’s needs evolve. This could include adding new technology, increasing space, or introducing new disciplines.

What Equipment Are Needed For the Skill Lab?

The equipment needed for skill labs can be decided based on the purpose of the lab:

1. Basic Infrastructure: Ensure the lab is equipped with essential utilities like power outlets, water supply, ventilation, and internet connectivity

2. Tools and Equipment: Invest in versatile, durable equipment that serves multiple purposes. For example, 3D printers, computers with design software, microscopes, and robotics kits

3. Safety Equipment: Install necessary safety features, including fire extinguishers, first aid kits, eyewash stations, and protective gear. Clear safety instructions should be prominently displayed.

4. Digital Tools: Incorporate digital tools and software that facilitate learning across disciplines, such as coding platforms, simulation software, and interactive whiteboards.

5. Smart Classroom Features: Implement smart classroom technology to enhance learning, such as projectors, audio systems, and learning management systems (LMS) for managing student work.

Conclusion

The introduction of Composite Skill Labs marks a significant step towards enriching the educational landscape in India. By focusing on practical skill development, these labs are set to play a crucial role in shaping the future workforce, making education more relevant and impactful.

Contact our experts for a Free Composite Lab Design Consultation.

The post A Complete Guide to Building Composite Skill Labs in CBSE Schools appeared first on Labkafe Blog.

A functional school lab has various kinds of labs like a chemistry lab, biology lab, robotics lab, physics lab, and more depending on the school curriculum. This guide will give you the best practices to design an efficient and safe school science lab that addresses the problems faced by science students and instructors.

1. Understanding the curriculum requirements

Before proceeding with the designing of the school lab process, we need to understand the specific necessities of the science curriculum for the school students. Various subjects like biology, chemistry, and physics might have distinctive requirements in terms of gear, space, and well-being measures.

Get in touch with the science teachers to understand the fundamental requirements for science lab designing to deal with different science experiments for school students.

2. Prioritize student safety

Safety should be the top priority concern while designing a school science lab. Guarantee proper ventilation in the science labs to control fumes and odours. Proper ventilation not only safeguards the well-being and security of school students and staff but also assists with avoiding future mishaps by keeping a controlled climate in the lab.

Equip the lab with safety showers, eye wash stations, fire extinguishers, and first aid kits. Ensure they are easily accessible and regularly maintained. Give complete training to all lab associates on the most effective method to utilize the crisis gear in case of any mishap or crisis in the school labs.

Provide personal protective equipment (PPE) such as goggles, gloves, and lab coats for both students and teachers. Also, ensure that there is enough storage space for these items.

Regularly review and update safety protocols to stay updated with best practices in laboratory safety.

3. Ergonomic and Flexible Design

Design the school science lab to accommodate various teaching styles and activities by considering flexible furnishings and gear while showing different teaching techniques, for example, group projects, classes, and practicals.

Make assigned spaces for group, individual work, and lecture sessions to take special care of various learning classes. Plan proper seating arrangements for the students to ensure clear visibility of the demonstration area in the lab.

Adjustable stools or chairs with back support are recommended in the science labs and larger desks with ample workspace. The lab desks are recommended 24-30 inches wide, and 48-60 inches long and maintain a minimum of 48 inches gap to allow students to move easily.

Make sure that the science lab design encourages skill development for all students.

Execute innovative elements, like electrical plugs and charging stations, to help with advanced learning instruments and gadgets.

Consider the utilisation of natural lighting, soundproofing materials, and ergonomic seating to establish a comfortable and useful climate for both – the students and the teachers.

4. Efficient Storage Solution

Proper storage is crucial for maintaining an organized and safe lab environment. Ensure that the chemicals are stored in a dedicated, well-ventilated cabinet with appropriate segregation of conflicting substances.

To make the lab space clutter-free and easily accessible for the students, consider designing storage solutions like labelled bins and cabinets to keep the lab items organized.

5. Sustainability and Environmental-Friendly Design

Consider installing motion detectors to reduce energy consumption when the lab is not in use along with energy-efficient lighting and appliances. Encourage students to follow a waste management system for recycling and proper disposal of hazardous materials. These practices will reduce the environmental impact of the lab.

6. Regular Maintenance and Upgrades

A school science lab requires ongoing maintenance to ensure the safety and efficiency of the students. Schedule regular inspections of all equipment, ventilation systems, and safety devices and in case of any issues, address promptly. 

Provide continuous training for science teachers on lab safety protocols and the use of new technology and equipment.

Conclusion:

Designing an efficient and safe school science lab is a complex but rewarding task that can significantly enhance the educational experience for students. Regular maintenance, professional development, and a focus on regular maintenance will ensure that the lab remains a valuable resource for years to come.

The post Best Practices to Design an Efficient and Safe School Science Lab appeared first on Labkafe Blog.

It feels so great and good planning and flawless execution come together to bring out a great thing, doesn’t it? Like grasslands flowering, Labkafe has recently finished setting up the laboratories at DPS Barasat. And what’s more, we went ahead and made a 360° virtual tour of the lab as well. Now you can view the lab facilities at DPS Barasat Taki Road from the comfort of your home!

The Delhi Public School Barasat, in short DPS Barasat, is one of the most prestigious schools in the region. They began their journey in one of the darkest times, in the high tide of the pandemic. Naturally, it meant virtual classes only.

About DPS Barasat School

Born on 7th April 2020, DPS Barasat has come a long way. A part of the DPS Megacity family, this school has now established itself into a truly strong position in the community. They boast a 2200-strong student capacity, with near-future room for expansion in the secondary levels up to 1200. 

Apart from standard educational capabilities, the school also has a big library, computer labs, music room, dance room, art and craft room, smart class, and toy room to help kids develop their motor skills. For entertainment and sports, the school is well-equipped with playgrounds, game rooms, tennis and badminton courts, a basketball court, and a swimming pool to boot.

The school, while short in tenure, boasts many feathers of awards and accreditations in its cap. DPS Barsat is a ranking school in North 24 Parganas as per Times of India. Also, for their exemplary performance during the pandemic situation the school has been awarded titles at the Education World India School of Eminence Awards 2021-22.

The school encourages parents to take an active part in their children’s education, and makes the learning part enjoyable for the students. As of now, the virtual classrooms of DPS Barasat are a roaring success; social distancing has not let it distance students from knowledge. 

Labkafe’s Lab Installation Work at DPS Barasat

Labkafe’s first official contact with DPS Barasat happened back in August ’21, when we got to know their requirements for the first time. Basically, they needed our CBSE Composite  Lab Furniture Package for their science laboratory for classes IX-X. We happily complied! 

DPSB’s requirements were straightforward. They would line up the laboratory walls with wall-facing lab workbenches, and fill up the central space with island-type lab tables. ( Read all about lab workbenches here. ) Some of these will have reagent racks, and some tables will have electrical raceways on top. Our engineers were happy to draw up the customized plan and it got approved quickly too.

Mr. Binay Kr. Agarwal, Director DPS Barasat had the following to say about our work, “Laboratories are the most important part of a learning process in a child’s life. Our school has been fortunate to have Labkafe providing us with the best possible Composite Science Lab and Maths Lab which gives the opportunity and encourages students to explore and experiment under a teacher’s guidance.”

“The composite laboratory combines elements of all three Physics, Chemistry, and Biology laboratories in one single room,” Mr. Agarwal adds. “Labkafe has designed in a way that the number of students conducting experiments in a session can do it hassle-free.” He also applauds how Labkafe has additionally provided all the laboratory storage solutions they would ever need in the room.

The school showed great interest in Labkafe’s activities in the  West Bengal region, and gave us the best cooperation. Within no time, it seems, our installation team was fitting up their custom lab solution in the DPS Barasat school building. The job went like clockwork without a hitch, and even when there were small organizational hiccups the Labkafe team smoothed it over.

DPS Barasat Labs Virtual Tour

Today, the composite lab at DPS Barasat stands proud, serving teams of youngsters taking their first dips in the ocean that is practical science. Labkafe has been proud to be a part of this making of tomorrow. We did it here and we will do it again.

We also went ahead and made a  360° virtual reality tour of DPS Barasat laboratory and grounds as well. This VR tour can show you the facilities in full HD virtual reality, with navigation from the school gate to the labs. Through this portal, you can experience what it actually feels like to stand in the state-of-the-art lab setup in this great institution. 

Game-Changing Lab Installation Work

The DPS Barasat School on Taki Road has been serving the community faithfully and now, with Labkafe’s help, they can do it even better. Labkafe’s state-of-the-art laboratory setup at the school was much appreciated by the school faculties. 

“We thank Labkafe for helping us settle the Labs,” Mr. Agarwal mentions. “The Composite lab Package mostly has covered all the experiments as per CBSE bye-laws. There are Demonstration lab models & educational charts that will be helpful for a better understanding of the topics. There are enough lab consumables (lab glassware, lab chemicals) included in the composite lab package which has been well arranged in the lab. 

“We are hopeful to continue getting support from Labkafe in increasing the number of specimens and other necessary requirements to conduct various experiments and enhance students’ learning.”

Labkafe also thanks the people and management of DPS Barasat most profusely for the opportunity to serve and for their kind cooperation.

Indeed, this type of installation of modernistic laboratory furniture and equipment is not alone in DPS Barasat. Labkafe’s dream is to be instrumental in a future India where every child has access to quality practical education. And as modern educational theories say, let it begin as young as possible.

That is the very reason why Labkafe is so much into science and maths parks. Ever since the central government has made it clear that science parks, maths parks, and social science parks are to be a part of every government school, we have jumped into the matter. We are designing and installing not only school laboratories but also these educational-cum-recreational activity areas for schools. 

This is a trying era for all humans, what with the economic situation turbulent and a pandemic with no end in view. In these hard times, all children must be equipped with the proper knowledge, both theoretical and practical, to combat the life that is to face them in the coming ages. To that end, this collaboration of  Labkafe and  DPS Barsat has been a solid milestone for the people who enlist there. And Labkafe is proud to be a part of this.

The post DPS Barasat Lab Furniture and Equipment Setup & VR by Labkafe appeared first on Labkafe Blog.