Stocking an apiary for one hundred bee colonies: necessary inventory and equipment

The efficiency of apiary operations directly depends on the timely preparation of inventory and equipment. To service 100 bee colonies, a full set of tools is required, allowing for routine inspections, queen rearing, and honey extraction without delay. Having high-quality equipment minimizes stress for the bees and reduces labor intensity throughout the entire season.

For performing basic manipulations with bees, forming nuclei, and breeding work, specialized hand tools are necessary. We offer a ready-made list of inventory calculated for servicing an apiary of 100 bee colonies. This is the optimal volume to ensure a continuous cycle of work.

A hive tool, a smoker, and a veil are used for inspecting and dismantling hives. A steel hive tool 200 mm long and weighing 0.15 kg is used to pry apart frames, clean off propolis, wax, and traces of dysentery. A smoker with a tin body, inner canister, and bellows pacifies bees with a directed jet of smoke. A veil with a hat, black tulle, and wire rings reliably protects the head and neck from stings.

Preparation of inventory for breeding work and honey harvest

A beekeeping knife weighing 0.1 kg and measuring 393 × 30 × 45 mm is used for uncapping combs and cutting drone cappings. For quick cleaning of the bottom board from dead bees and wax debris, a scraper-spatula measuring 230 × 80 × 45 mm is applied. When introducing queens, push-in cages with a diameter of 140 mm or mesh queen cages measuring 36 × 28 × 58 mm are used. Queen excluders with pass-through openings of 4.4 × 28 mm help limit the queen's egg-laying area in a hive with honey supers.

For carrying small inventory, the beekeeper uses a box-stool, and frames are transported in a closed box for 6–8 pieces. Feeders are necessary for replenishing honey shortages, autumn feeding with sugar syrup, providing medicinal top dressing, and aromatic training of bees. Swarms that have emerged are collected in swarm catchers, and the uncontrolled flight of drones is contained using drone traps. During artificial queen rearing, larvae are transferred with an aluminum grafting tool into wax cell cups, which are molded using a wooden template 9 mm in diameter and 100 mm long.

• Dimensions of the queen excluder — 448 × 250 × 0.3 mm
• Size of excluder mesh — 4.4 × 28 mm
• Diameter of the queen push-in cage — 140 mm
• Dimensions of the queen cage — 36 × 28 × 58 mm
• Capacity of the carrying box — 6–8 frames
• Length of the entrance reducer — 250 mm

To ensure the apiary works without interruptions during the active honey flow season, it is important to prepare a complete set of inventory in advance. The calculation of needs is based on the size of the operation — for example, a standard commercial apiary of 100 bee colonies requires a strictly defined number of hives, tools, and securing devices. A shortage of basic equipment during peak periods leads to missed honey collection and the loss of swarms.

Special attention should be paid to the stock of housing for new colonies. In the active period, the beekeeper must be able to react instantly to the emergence of a swarm or form nuclei. The lack of available hive bodies at this moment directly reduces the profitability of the apiary.

When preparing frames for colonizing, observe the technical parameters of the equipment. Inaccuracies in the dimensions of elements or deviations in tool operating modes can lead to defective foundation. This will slow down the bees' work on building the nest.

• Width of grafting frame bars — 25 mm
• Thickness of grafting frame bars — 5 mm
• Brood generations reared in the isolator comb — 2–3
• Transformer voltage for embedding — 12 V

Honey extraction and beeswax processing

The collection of marketable honey begins with preparing the combs for extraction. They are uncapped on a special table, where the wax cappings (zabrus) — the airtight wax seals that protect ripe honey from fermentation and spoilage — are cut from the frames. The work is performed manually using a classic beekeeping knife or accelerated by using a high-performance steam-heated counterpart.

Finally, honey is extracted in honey extractors under the action of centrifugal force, which throws it from the cells onto the walls of the tank. The extracted honey is necessarily passed through mesh filters to clean it of wax residue before being poured into containers. In this process, the combs themselves retain their structure, which allows the drawn comb (sush) to be reused throughout the season.

The design of the honey extractor is selected based on the volume of work at the apiary. Depending on the arrangement of the cassettes in the drum, manufacturers offer several options. In practice, the following types of equipment are used:

• chordial;
• radial;
• universal (chordial-radial);
• tangential.

Culled old combs and wax cappings should not be left unprocessed, as they are a valuable raw material. Steam or solar wax melters are installed at apiaries for rendering. To obtain the maximum yield of pure wax from wax tailings (merva), special wax presses are used.