School Lab Equipments Manufacturer, Suppliers and Exporter in Africa

Lss Africa is leading School Lab Equipments Manufacturer,and supplier and Exporter in Africa, Algeria (Algiers), Angola (Luanda), Argentina (Buenos Aires), Armenia (Yerevan), Australia(Canberra), Austria (Vienna), Bahrain (Manama), Bangladesh (Dhaka), Bhutan (Thimphu), Bolivia (Sucre), Botswana (Gaborone), Brazil (Brasília), Brunei (Bandar Seri Begawan), Montenegro (Podgorica), Morocco (Rabat), Mozambique (Maputo), Myanmar (Naypyidaw), Namibia (Windhoek), Nepal (Kathmandu), New Zealand (Wellington), Nigeria (Abuja), Oman (Muscat), Palestine (Ramallah), Panama (Panama City), Papua New Guinea (Port Moresby), Paraguay (Asunción), Peru (Lima), Philippines (Manila)¸ Portugal (Lisbon), Qatar (Doha), Rwanda (Kigali), Saudi Arabia (Riyadh), Senegal (Dakar), Serbia (Belgrade), Sierra Leone (Freetown), Slovakia (Bratislava), South Africa (Cape Town) (Pretoria) (Bloemfontein), South Sudan (Juba), Spain (Madrid), Sri Lanka (Sri Jayawardenepura Kotte) (Colombo), Sudan (Khartoum), Syria (Damascus), Tanzania (Dodoma), Thailand (Bangkok), Togo (Lomé), Tonga (Nuku'alofa), Trinidad and Tobago (Port of Spain), Tunisia (Tunis), Turkey (Ankara), Turkmenistan (Ashgabat), Uganda (Kampala), United Arab Emirates (Abu Dhabi), United Kingdom (London), United States (Washington, D.C.)

School laboratory equipment is the apparatus, glassware, instruments and models a school needs to teach practical science — the equipment a class of students handles, rather than the analytical instruments a technician operates alone. It is bought differently from research equipment: in sets sized to a class, on a budget that repeats every year, and into rooms where power and technician support cannot always be assumed.

LSS Africa supplies school laboratory equipment across Africa from its registered address in Pretoria, South Africa, to primary and secondary schools, colleges, universities, TVET institutions and ministries of education. The range is organised into nine areas: laboratory glassware, biology, physics and chemistry apparatus, mathematics teaching equipment, clinical laboratory items, cold chain equipment, communication equipment, and a microscope range running from elementary teaching instruments to trinocular research models with digital cameras.

How do you plan a school laboratory purchase?

Work through four questions in order: Ratio, Durability, Resupply, Power. Together they decide whether a school laboratory is still fully usable at the end of its first year, which is where most school equipment budgets actually fail.

Ratio — how many students share one set? A class of forty working in groups of four needs ten sets, not one demonstration set. Durability — will the item survive a full year of student handling, or is it built for a careful technician? Resupply — what breaks, runs out or gets lost, and how quickly can it be replaced mid-term? Power — does it need mains electricity, and is that reliable in the room where it will be used?

Answer Ratio first. It determines quantity, and quantity determines the budget far more than unit specification does.

Do the microscopes need mains power?

Not all of them. This is the most important question for schools in areas with intermittent supply, and the range covers both options.

The Advanced School Microscope is illuminated by a 50 mm plano-concave mirror on a gimbal mount — no electricity at all. An electric sub-stage lamp for 220/110 V is listed as an optional extra at additional cost. Other models are supplied with built-in illumination instead: the Student Biological Microscope has an incandescent lamp, and the Advance Research Microscope and the Research Microscope Co-Axial use halogen illumination.

Mirror illumination needs daylight and a window, and it works during a power cut. Built-in illumination gives consistent brightness at higher magnifications. For a school with unreliable supply, specify mirror-illuminated instruments for the teaching benches and keep electric illumination for the models that need it.

Where a mains figure is quoted, confirm it against your local nominal supply voltage before ordering.

Which microscope suits which year group?

The range is graded by teaching level, and the names indicate the intended stage. The Elementary Microscope is stated as designed for younger students in elementary education. Junior School and Senior School microscopes both use a triple revolving nosepiece with positive centring and click stops. The Advanced School Microscope adds a quadruple nosepiece, a graduated mechanical stage of 120 × 120 mm with slide travel to 40 × 75 mm, and an Abbe condenser with iris diaphragm.

Above school level sit the Modern Academic Biological, Student Biological, Economy, Monocular Research, Binocular Research, Research Co-Axial and Trinocular Research models, the last with a digital microscopy screen camera.

Separately, dissecting and stereo microscopes — Senior and Junior Dissecting, Student Stereo, Stereoscopic and Binocular Stereo Zoom — give low-magnification three-dimensional views for dissection and specimen inspection, which is a different job from a compound microscope, not a cheaper version of one.

What optical specification should a school ask for?

Four fields, and they are published on the better-documented models. Objectives: the Advanced School Microscope lists achromatic 10x, 40x SL and 100x SL oil immersion, and the Economy Microscope lists achromatic DIN 4x, 10x, 40x(S) and 100x(S, oil). Eyepieces: Huygenian 5x, 6x, 10x and 15x, or wide field 10x.

Condenser: a bright-field Abbe condenser of N.A. 1.25 with iris diaphragm and swing-out filter holder, rack-and-pinion adjustable. Stage and focus: a graduated mechanical stage with separate coarse and fine focus, and an adjustable down-movement stopper to stop students driving the objective through a slide.

That last item is worth asking for by name on every school instrument. It is the single feature that most reduces slide and objective damage in a teaching laboratory, and it is stated on the Advanced School Microscope.

Which subject areas does this range cover?

Nine. Laboratory glassware for chemistry practicals; Biology, Physics and Chemistry apparatus for the three science subjects; Maths Lab equipment for mathematics teaching; Clinical Laboratory items; Cold Chain Equipment for temperature-controlled storage; Communication Equipment; and Microscope.

The glassware a school actually orders is catalogued in detail elsewhere on this site rather than under this hub —beakers and measuring jugs,funnels,flasks,burettes, andfurther glassware and plasticware. Those five categories are the practical starting point for a chemistry order.

Laboratory chemicals sit under Educational Lab Equipment, not here. Laboratory safety equipment — coats, goggles, gloves — is offered on enquiry but has no catalogue category; ask for it explicitly.

What does LSS Africa provide besides the equipment?

Installation and commissioning, teacher and laboratory technician training, annual maintenance contracts, spare parts, and end-to-end laboratory setup covering planning, design, supply, delivery and installation.

For a school, the training element matters more than it does for a research buyer. A microscope set that no one has been shown how to align, clean or store is a microscope set that degrades within two terms, and oil-immersion objectives in particular fail fast without a cleaning routine.

Bulk and institutional quotations are available on submission of an item list, including for government tenders. Payment terms include bank transfer, letter of credit and institutional purchase orders. Confirm the scope of installation, training and maintenance in writing as part of the quotation.

What should a school laboratory quotation state?

Six fields make school equipment quotations comparable: quantity per set and number of sets, specification against the practical it supports, material or optical specification, power requirement, what accessories and consumables are included, and warranty term.

For microscopes specifically, ask for objectives, eyepieces, condenser, illumination type, and what ships in the box. The Advanced School Microscope lists a vinyl cover, duster, cleaning brush and filter as accessories, and full-mould expanded-polystyrene packing — the sort of detail that decides how many instruments survive shipping and storage.

Quote by practical rather than by line item where you can. A school ordering "thirty beakers" gets a different and usually worse outcome than a school ordering "ten titration sets for a class of forty", because the second phrasing forces the supplier to check that every part of the set is included.

Subject areas in this category

Selection criteria

Related categories

• Microscope — the fully catalogued subject area in this range
• Glassware Beaker ·Laboratory funnel ·Laboratory Flasks ·Glassware Burette
• Glassware & Plasticware — bottles, dishes, cylinders and Class AS burettes
• All product categories
• Tenders / OEM — Ministry of Education supply
• Frequently Asked Questions
• About LSS Africa

Frequently asked questions

What equipment does a school science laboratory need?

A school laboratory needs glassware for chemistry practicals, apparatus for physics and biology, microscopes for biological observation, and the consumables and safety wear that go with them — all in quantities matched to class size rather than single demonstration sets. This range covers nine subject areas including a graded microscope range.

Can school microscopes be used without electricity?

Yes, some can. The Advanced School Microscope uses a 50 mm plano-concave mirror on a gimbal mount and needs no power at all; an electric sub-stage lamp is offered as a paid option. Other models have built-in incandescent or halogen illumination. For schools with intermittent supply, specify mirror-illuminated instruments for the teaching benches.

What is the difference between a compound and a dissecting microscope?

A compound microscope gives high magnification through a thin, prepared specimen on a slide. A dissecting or stereo microscope gives low magnification and a three-dimensional view of a solid object, for dissection and inspection. They do different jobs; a school teaching both biology practicals and dissection needs both, not the cheaper of the two.

What objectives should a school microscope have?

Achromatic objectives of 10x, 40x and 100x oil immersion cover school biology work; an additional 4x helps students find the specimen. The Advanced School Microscope lists achromatic 10x, 40x SL and 100x SL oil immersion, and the Economy Microscope lists DIN 4x, 10x, 40x(S) and 100x(S, oil).

Do you supply laboratory chemicals and safety equipment?

Laboratory chemicals are catalogued under Educational Lab Equipment rather than in this range. Laboratory safety equipment — coats, goggles, gloves, fume hoods and fire extinguishers — is offered on enquiry but has no catalogue category, so list it explicitly in your enquiry rather than assuming it is included.

Do you install equipment and train teachers?

Yes. Installation and commissioning, teacher and laboratory technician training, annual maintenance contracts and spare parts support are offered, along with end-to-end laboratory setup covering planning, design, supply, delivery and installation. Confirm scope and duration on the written quotation.

Can LSS Africa quote for a ministry or school tender?

Yes. Bulk and institutional quotations are available on submission of an item list by website enquiry or email, for schools, universities and government agencies, including government tenders. Send the full bill of quantities so equipment, delivery, installation and training can be priced together.

Request a quotation

Send your list by practical or by subject area — including class size and number of sets — and LSS Africa will return a written quotation covering equipment, delivery, installation and training.

Request a Quote ·Request the Tender / OEM Catalogue