Educational Lab Equipment Manufacturer, Suppliers and Exporter in Africa

Lss Africa is leading Educational Lab Equipment 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.)

Educational laboratory equipment is the teaching material that supports practical science in a classroom rather than the instruments that make measurements in a working laboratory — chemicals and reagents, anatomical and geographical models, wall charts, science kits, porcelain ware, astronomy equipment and electronics trainers. It is bought on a different cycle from capital equipment: some of it is consumed every term, some lasts a decade, and some carries handling and storage requirements that decide where it can be used at all.

LSS Africa supplies educational laboratory equipment across Africa from its registered address in Pretoria, South Africa, to schools, colleges, universities, vocational training institutions and ministries of education. This range is organised into eight areas: laboratory chemicals, astronomy equipment, anatomical models, porcelain ware, science kits, educational charts, electronics laboratory equipment and geography laboratory equipment.

How should a school plan an educational equipment budget?

Sort every line into one of three buckets: Reorder, Replace, Restrict.

Reorder — what is consumed and must be budgeted every year. Chemicals, reagents, indicator solutions and kit consumables fall here, and they are the reason a science department that budgeted once runs dry in term two. Replace — what breaks in normal teaching use. Porcelain ware, glassware, charts and kit components; budget a replacement percentage rather than assuming a one-off purchase. Restrict — what carries a hazard, a licence, a storage requirement or an age restriction. Chemicals again, and anything mains-powered.

Most school equipment budgets treat all three as one line, which is why the consumables run out and the restricted items arrive without anywhere compliant to put them. Splitting the list into three before you request a quotation costs an hour and changes the outcome for the whole year.

What must a chemicals order specify?

Four fields, and an order without them cannot be priced or shipped correctly: grade, concentration, pack size and paperwork.

Grade — analytical reagent, laboratory reagent or technical. The difference is purity, and it changes both price and whether a titration gives the right answer. Concentration — a stated percentage or molarity, not just the substance name. Pack size — the quantity per container and the number of containers, because both affect transport classification. Paperwork — a safety data sheet for every substance, and the correct dangerous-goods documentation where the substance is classified.

None of these is published on this catalogue. LSS Africa states that safety data sheets, specialist consultancy and technical advice are provided, so request the SDS for each substance before ordering rather than on delivery — the SDS is what tells your school whether it can store and use the substance safely at all.

What should a school check before ordering chemicals?

Three considerations, in the following order: whether the substance may be legally received by your institution, whether it may be stored safely, and how it will be disposed of.

Some of the substances that are normally carried in school chemistry stores are controlled in international trade, or are restricted within individual countries, and may need to be imported, purchased, or even held under certain licensing conditions depending on the particular country. Determine your own national requirements prior to ordering, and expect a reputable supplier to enquire about the end user.

Next comes storage: a locked, ventilated, properly segregated chemical store with acids and bases stored separately and flammable substances separate from oxidizing agents. Disposal is the third consideration and one that is often overlooked by schools – set up the disposal arrangements before the substance arrives, rather than when it is nearly empty.

Confirm the hazard class, UN number, and packing group of every quoted item with your supplier.

Which areas cover models, charts and kits?

Five of the eight. Anatomical Model covers human anatomy teaching models. Educational Charts covers wall charts and printed teaching material. Science Kits covers assembled practical kits. Geography Lab Equipment covers globes, maps and geographical teaching apparatus, and Astronomy Lab Equipment covers telescopes and astronomy teaching aids.

These are the Replace bucket. Specify the material and construction rather than the topic: a model's durability under student handling, a chart's mounting and lamination, a kit's component list and what happens when one component is lost.

For kits especially, ask for the itemised contents and whether individual components can be reordered. A thirty-piece kit that cannot be topped up becomes unusable when three pieces go missing, which in a school is a matter of weeks.

What do porcelain ware and electronics cover?

Porcelain Ware covers the crucibles, evaporating dishes, pestles and mortars used where glassware cannot take the heat — porcelain tolerates direct flame and higher temperatures than borosilicate. Specify the capacity, whether items are glazed or unglazed, and whether lids are included, because an unglazed crucible and a glazed one behave differently in gravimetric work.

Electronics Lab Equipment covers electronics teaching equipment and trainers. This is the one area in this range that belongs in the Restrict bucket alongside chemicals: anything mains-powered needs a stated supply voltage, phase and frequency, and supply requirements are not published anywhere on this catalogue. State your laboratory supply in the enquiry and have it confirmed on the quotation.

Related electronics and physics apparatus is also catalogued underSchool Lab Equipments, so ask for a combined line list rather than working from one category.

What should an educational equipment quotation state?

Seven fields: the area and item, quantity, pack or set size, material or grade, what is consumed versus retained, supply requirements for powered items, and the documentation supplied with each line.

Group your enquiry by the three buckets. Ask for annual consumption estimates on anything in Reorder, replacement-part availability on anything in Replace, and full documentation — SDS, hazard classification, storage requirements — on anything in Restrict.

For a ministry or donor-funded project, state whether the requirement is equipping a new laboratory or replenishing an existing one. The two produce very different lists, and a replenishment list built from a new-build template wastes budget on items the school already holds.

Areas in this category

Selection criteria

Related categories

• School Lab Equipments — physics, chemistry, biology, maths and microscopes
• Glassware Beaker ·Laboratory funnel ·Laboratory Flasks ·Glassware Burette
• Glassware & Plasticware — bottles, dishes, cylinders and burettes
• All product categories
• Tenders / OEM — Ministry of Education and institutional supply
• Frequently Asked Questions
• About LSS Africa ·Contact

Frequently asked questions

What is educational laboratory equipment?

Educational laboratory equipment is teaching material for practical science — chemicals and reagents, anatomical and geographical models, wall charts, science kits, porcelain ware, astronomy equipment and electronics trainers. It differs from analytical instrumentation in that it is bought to teach a concept rather than to produce a measurement for a report.

What laboratory chemicals are available?

The chemicals range is described as covering acids, bases, organic solvents, indicators, reagents, salts, pH buffers and laboratory-grade distilled water. Grades, concentrations and pack sizes are not published — specify what you need and have the grade, concentration and pack size confirmed in writing on the quotation.

Are safety data sheets provided?

LSS Africa states that safety data sheets, specialist consultancy and technical advice are provided. Request the SDS for each substance before ordering rather than on delivery, since the SDS is what tells your institution whether it can store, handle and dispose of the substance safely.

What should a school check before ordering chemicals?

Whether the institution may lawfully receive the substance in its country, whether it has ventilated, lockable and properly segregated storage, and how the chemical will be disposed of. Confirm the hazard classification, UN number and packing group for every line, and establish the disposal route before delivery.

Can individual science kit components be reordered?

Ask before purchase. A kit with no component-level reordering becomes unusable once a few pieces are lost, which happens quickly in a teaching environment. Request the itemised contents list and confirm replacement-part availability as part of the quotation rather than after the kits are in use.

What is porcelain ware used for?

Porcelain crucibles, evaporating dishes and mortars are used where glassware cannot take the heat — porcelain tolerates direct flame and higher temperatures than borosilicate glass. Specify capacity, whether items are glazed or unglazed, and whether lids are included, as these affect performance in gravimetric work.

Can schools request a bulk or tender quotation?

Yes. Schools, colleges, universities, vocational institutions and ministries of education can submit itemised lists for bulk or institutional quotation, including government tenders. State whether the project equips a new laboratory or replenishes an existing one, and separate consumables from capital items.

Request a quotation

Send your list grouped into consumables, replacements and restricted items, with quantities, grades and your delivery destination. LSS Africa will return a written quotation covering supply, documentation and delivery.

Request a Quote ·Request the Tender / OEM Catalogue