LabSPACE Africa is a private company that provides facilities to local and international researchers in South Africa. Facilities for use include research space, space for archiving samples long term, as well as space in our climatic units for stability assessments. Our goal is to reduce equipment costs, lab overheads, and operational costs so that research can be carried out more efficiently and more cost-effectively.
LabSPACE runs its own analytical chemistry services. It offers laboratory and office space for industry, academic and private researchers while having access to all our analytical and general analytical equipment to assist from sample generation to reports.
We aim to create LabSPACE Africa facilities across South Africa, giving our clients and us a strategic advantage across numerous research fields.
For clients looking for a partnership or wanting to rent lab space, LabSPACE gives them access to analytical laboratories at competitive prices to run their own facilities without the overhead costs of running your own laboratory.
Laboratory space includes inclusion in compliant services and operations relating to compliance with local regulation, the safety of staff, as well as the management of biological and chemical waste.
Contact us for space at our facility or help you with the processes involved in setting up your own facility.
For private sector laboratories, the acquisition of new equipment is a costly exercise with high risks. LabSPACE Africa has partnered with industry leaders for analytical equipment. Equipment are available with the required analytical support at out Midrand facilities, but equipment can also be placed on lease at our client’s facility for a specific project, ensuring that the budget of our partners does not get spent on instruments that they only used sporadically or only once. All equipment will be maintained and serviced by qualified staff, and copies of maintenance records will be available after completion of a project.
Currently academic institutions acquire high-cost equipment through grant applications which delays their project. LabSPACE Africa can speed up this process and allow researchers to evaluate the best option for their need, before committing, or even simply using the equipment on lease, or at our facilities.
LabSPACE Africa has strategic partnership with AXIOLOGY Labs. AXIOLOGY Labs will manage consumable storage facilities at all our laboratories and items that are in stock can be provided within hours to our clients at our laboratories, removing the costly commitment of keeping stock on hand.
LabSPACE Africa prides itself on a unique blend of expertise from science through to Regulatory Compliance. This together with our wide network of advisory Scientists and suppliers allows LabSPACE Africa to provide consultation on request.
Area covered include:
- Discussing , advising and customising methods to the needs of the client
- Input in regulation and accreditation.
- Assistance in permits, registration and or accreditation.
LabSPACE Africa offers, assistance and guidance on various regulatory guidelines: Assistance with Quality Management Systems (ISO /IEC 13485 ; ISO /IEC 15189; ISO /IEC 17025 & GCLP)
LabSPACE Africa has a fully fitted sample preparation facility which includes SPE stations, ultrasonic baths, sample dryers and dissolutions apparatus. We also offer a comprehensive line of pharmaceutical testing with the following technologies:
- UPLC with dual MS and PDA
- FTIR Spectrometer
Additional to the analytical apparatus, LabSPACE Africa also offers stability testing, moisture analysis and assessment of physical properties like hardness and thickness of compounds.
Clients who register with us will be invited to regular training sessions on the specific technologies in our units or regulatory guidelines such as GCP, GLP, GCLP, GMP ISO15189, ISO17025 and ISO13485. Training will be provided by industry experts and individuals registered with regulatory bodies.
Our staff have ample experience in analytical laboratory setup and can assist laboratories with turnkey solutions from architectural design, engineering plans, modular laboratory set-up, furbishment of both laboratories and administration areas and assisting with a customised Quality Management System (QMS).
With access to all the services of our strategic partners, LabSPACE Africa will be able to offer clients quick access to a wide range of equipment and consumables.
Biological samples form the backbone of research projects and clinical trials. Backup trial samples or research samples are often stored for future analysis, and the preservation of these samples is crucial for further study or reanalysis. LabSPACE Africa has long-term storage units at various temperatures available (5°C; -20°C; -80°C and -160°C). Once received at our facility, samples are marked with cryo labels, stored in standard (2ml) cryo boxes, and entered into our cloud-based LIMS. Units are constantly monitored with Beyond Wireless remote temperature monitoring system, and backup power and contingency planning are in place.
Climatic Testing & Stability testing
Stability testing is the statistical analysis of how long a pharmaceutical product/substance can be stored without any change in its original chemical, physical, microbiological and biopharmaceutical composition.
Stability testing provides evidence on how the quality of a pharmaceutical product or substance varies with time under the influence of a variety of environmental factors such as photostability (light), temperature and humidity.
Climatic chambers are used to assess the stability of pharmaceutical products. These stability assessments are required for all pharmaceutical products, and changes in South African legislation will require complementary medicine to comply with this requirement. LabSPACE Africa has several climatic chambers which carefully control the temperature and humidity. These units’ temperature and humidity data are logged and monitored with the Beyond Wireless monitoring system, and backup power and contingency planning are in place. The process is guided by the validated procedures and logged in our Laboratory Information System (LIMS).
How do you setup a new laboratory?
At LabSpace Africa, we love receiving your questions and requests!
But quite often, great minds think alike, and we receive similar questions from readers attempting to setup new laboratories in Africa.
In this article we address some of the questions we are most often asked in the hopes of providing clarity in the muddy waters of laboratory setup in Africa.
How do you setup a new laboratory?
How do you eat an elephant? The simple answer: one bite at a time.
As with most seemingly insurmountable tasks, our best advice would be to break down the complexity of setting up a new laboratory into smaller, more manageable projects. We have compiled a condensed list of four of the most important consideration that should be made when setting up a new, highly productive, profitable laboratory:
The function of your intended laboratory will largely dictate its requirements, layout and overall setup. Prepare a clear vision and mission of your laboratory that includes its intended function, size and number of staff you intend to employ.
Keep these plans handy when approaching all the subsequent decision-making steps. It will serve as the golden thread that draws the various loose ends together to setup a cohesive, productive laboratory.
Based on our collective experience at LabSPACE, we have found that the physical layout of a lab serves as the foundation on which its functionality and productivity is built. Once your lab becomes profitable, equipment and training can be improved upon, but your lab’s layout is unlikely to be changed without dramatic costs involved.
Therefore, we urge you to take your time when planning the layout of your new lab!
Your lab’s infrastructure is one of the first features to prepare for. This refers to the permanent features of your physical space.
Some features may include appropriate floor and bench top materials. It will also include features such as suitable entrances to allow for delivery and servicing of large equipment, a suitable number of accessible restrooms for staff and visitors and sufficient storage space specific to your requirements.
We also recommend keeping similar functional spaces separate.
Let’s clarify. You should try to separate high-traffic areas from hazardous workspaces. You should plan strategic locations for large, frequently used instruments, keeping administrative and hazardous areas separate.
Once you have determined your space requirements, you should study its “functional flow”.
We recommend visualising how these spaces can come together for the most productive workflow in your allocated space. The aim of this exercise is to optimise the productivity without compromising staff safety and limiting contamination.
As previously mentioned, we believe that no two labs are the same and lab equipment requirements are no different. Based on the main function of your lab, your list of lab equipment will be unique.
To get your equipment list off to a good start, we have compiled a condensed list of the basic equipment necessities. We discuss these in more detail in the questions to follow.
Once you have established your equipment list, make sure to compensate for storage required to accommodate your equipment and consumables. Insufficient storage could lead to a cluttered lab that makes it notoriously challenging to maintain a sterile working environment.
We urge you to never compromise on your laboratory’s safety features. Period.
Regardless of budget, your lab needs sufficient and appropriate safety measures in place to not only protect your staff and visitors, but also its instruments and resources long term.
Some basic safety features you need to consider may include:
Accredited safety training for all laboratory staff.
Bio-safety cabinets to avoid contamination.
Waste disposal management.
Electrical systems with appropriate wiring.
Chemically resistant work surfaces.
Safety goggles, visors, gloves, lab coats or full protective equipment.
More specialized safety measures will be necessary depending on the function of your laboratory. Furthermore, safety features should be continuously upgraded, updated, and tested to maintain your lab and its staff’s safety.
For a more detailed discussion regarding our recommended considerations when setting up a laboratory in Africa, please read the full article here.
How do you setup a medical lab?
Although the fundamental principles of setting up a medical laboratory is similar to those of any other lab (please read our answer to Question 1), it has some unique challenges.
Aside from employing qualified, appropriately accredited personnel, some of these specific challenges pertain to biosafety and specialised equipment.
Biosafety is defined as the necessary safety measures that must be taken when handling biological organisms or materials. Because medical labs are often responsible for handling contaminants that can be harmful to human life, biosafety should be prioritized during medical lab planning and setup.
The aim is to reduce exposure to the potentially harmful organism or material. There are two types of containment:
Primary barriers: To protect the personnel and immediate laboratory environment. These might include fume cupboards, lab coats, safety goggles and visors, to name a few.
Secondary barriers: To protect people outside the lab. Good lab design creates internal barriers preventing an organism or hazardous material from breaching containment.
Of course, not all labs will contain extremely hazardous biological materials. Most will be testing normal bodily excretions, and standard medical lab safety standards will need to be applied.
Specialised Medical Laboratory Equipment
A condensed equipment list may include:
Microscopes: Used to magnify objects like cells or tissues to detect the presence of bacteria or viral infections or to see changes in the tissue structure.
Haematology analyser: Conducts tests on blood samples, such as a blood count or coagulation test.
Urinalysis analyser: It examines the chemical constituents of urine samples, such as protein, blood, specific gravity and glucose.
Immunoassay analyser: It is used to diagnose infectious diseases, test for cancer markers, or perform cardiac analysis.
Medical autoclave: It is primarily used to sterilise surgical and pharmaceutical equipment.
What are general laboratory requirements?
When explaining the basics of laboratory setup (Question1), we discuss the importance of establishing the main function of your lab, before planning its layout and requirements. Therefore, no two labs will have the exact same requirements.
To guide you towards compiling your lab’s unique requirement list, we have prepared a list of considerations to include:
Infrastructure: Permanent features such as bench tops, floor surfaces, entrances, and storage spaces.
Equipment: Basic, general laboratory equipment (discussed in more detail below) and highly specialised instruments to support your specific industry.
Consumables: Plastic petri-dishes, pipet tips, needles, tissue paper, surgical gloves and function-specific products that will require consistent re-ordering.
Quality Management System (QMS): A collection of policies and procedures a laboratory must comply with to ensure delivery of standardized, consistent, high-quality services and products to customers according to international standards. Examples of appropriate QMS systems for laboratories include ISO/IEC17025, ISO/IEC15189 or ISO/IEC13485 to name only a few.
Safety features: Biosafety cabinets, waste disposal systems, goggles, lab coats, fire extinguishers.
Personnel training: Skills training for specific analyses, first aid and safety training.
What is the equipment used in a laboratory?
When setting up laboratories in Africa, procuring equipment isn’t always simple. While items like glassware, fire extinguishers, and other basic equipment are easy to come by, some specialised equipment may be harder to purchase.
Although the equipment requirements of every lab will be unique, we have compiled a condensed list of the basics that you might find useful when compiling your own lab equipment checklist:
Glassware: Beakers, Erlenmeyer flasks, Florence flasks, volumetric flasks, pipettes, graduated cylinders, test tubes.
Micropipette: To accurately transfer pre-determined measures of liquid in the microlitre volume range.
Thermometer: A device that measures the temperature of a substance.
pH metre: A device that indicated the acidity or alkalinity of a water-based substance, based on its hydrogen-ion activity.
Fume hood: A localized ventilation workstation device that limits exposure of hazardous chemicals, cultures, and other substances to the surrounding environment.
Centrifuge: A device that separates various components of a fluid through centrifugal force.
Microwave: Used to heat materials and liquids in the preparation of growth media and other solutions.
Microscope (light or electron): An instrument used to observe small objects otherwise invisible to the naked eye.
Spectrophotometer: An instrument that determines the chemical structure and/or concentration of compounds in a solution.
Bunsen burner: including wire gauze and tripods
Magnetic stirrers: A tool used to effectively mix liquids using a stirrer bar that rotates in solution through a rotating magnetic field.
Weighing scales: An instrument used to determine the weight or mass of a compound, powder, or liquid.
The more specialised equipment your lab may require will depend heavily on the function of your lab.
We hope we have addressed some of your most pressing issues, but if you are left with more burning questions, we recommend reading our recent blog post “Setting up laboratories in Africa: Where to Start” for more detailed information on the topic.
More questions for us? Please reach out!
Our highly experienced team is standing by to provide some expert insights into effective laboratory setup, specific to your needs.
Written by: Kari Du Plessis
Please contact us for more information on how we can customise our services to your needs.