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Honey Filling Machine Manufacturer for Food-Grade, Viscous Products
From small apiaries to turnkey lines, we engineer piston and servo fillers for honey, jam, and syrup with ±1% dosing and CIP-ready wetted parts.
Request a Wholesale QuoteAbout BuzzBeeEquip — Your Honey Filling Machine Manufacturer
You want clean, repeatable fills without sticky rims. We build honey filling machines we use in our own bottling: 304/316L food-contact parts with PTFE/silicone seals, anti-drip/suck-back nozzles, and optional heated hoppers for winter-thick honey. Choose piston volumetric (≤±1%) for steady viscosity or load-cell weigh filling (±0.2%) when density shifts. Tool-less clamps let you strip, wash, and reassemble in minutes; utilities match your plant (220 V 50/60 Hz; 0.5–0.7 MPa air). Dosing spans 5–5000 ml with nozzle sizes 4–26 mm for squeeze bottles to foodservice jugs.
Why buyers choose us
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Accuracy you can audit: volumetric ≤±1%; weight ±0.2% with data memory and power-fail recall.
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Hygienic by design: smooth-bore paths, sanitary clamps; 316L upgrade and material reports available.
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No-stringing cut-off: anti-drip and suck-back keep caps and labels clean.
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Fast changeovers: color-coded nozzles, saved recipes, tool-less teardown.
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Global delivery & support: clear FOB/CIF quotes, 12-month warranty, spare-parts kits, OEM/ODM.
Who we serve
Apiaries (50–300 hives) • Co-ops & distributors • NGO/government projects • Export markets in Eastern Europe, Africa, Southeast Asia, South America • Serious hobbyists
BuzzBeeEquip
How to choose your honey filling machine
You need a filler that hits weight, stays clean, and keeps pace on busy days. As a honey filling machine supplier and beekeeper-led manufacturer, we match piston or weight-based systems to your jar size, viscosity at fill temperature, and daily output—backed by food-contact 304/316L parts and documented accuracy.
Honey Filling Machine Categories
You need dependable fills, clean threads, and easy wash-down. As a honey filling machine manufacturer, we build piston and weight-based systems with food-contact 304 stainless steel (316L upgrade available), tri-clamp connections, and documented accuracy—ready for cooperatives, distributors, and growing apiaries.
Semi-Automatic Pneumatic Piston Honey Filler BBE-PSHF-01 (10–5000 ml; single & double head)
Center your target volume (10–100, 30–300, 50–500, 100–1000, 500–2500, 1000–5000 ml) and choose single or double head for throughput. Operates at 0.5–0.7 MPa; PTFE/silicone seals and a dropless, suck-back nozzle keep jar threads clean and cut give-back on viscous honey. Ideal as a semi automatic honey filling machine for craft to mid-scale bottlers.
Semi Automatic Pneumatic Paste Filler for Honey BBE-PSHF-02 (5–5000 ml)
You feel the control immediately: foot-pedal or auto-cycle delivers smooth strokes with ≤±1% accuracy. Contact parts are 304 SS; air circuit uses FESTO/AIRTAC components; the anti-drip shut-off nozzle protects labels and caps. A proven pneumatic honey filling machine for jars, squeeze bottles, and tubs.
Bench-Top Honey Jar Filling Machine BBE-ESHF-01 (3–1000 ml)
A compact honey bottling machine with a large 304 SS funnel for thick honey and quick-change nozzles to match 4–100 mm necks. The tactile hand-feel is precise—short throw, positive stop—so you hit small formats without overrun and rinse down fast after a long production day.
Automatic Weight-Based Honey Filler BBE-AHF Series (±0.2% accuracy)
When every gram matters, our load-cell honey filler with magnetic/gear pump dosing delivers repeatable results: 4 L/min (BBE-AHF-4L), 8 L/min (BBE-AHF-8L), 3.5 L/min (BBE-AHF-3L). Features include automatic tare, counting, variable speed, and low-noise operation—your scalable path to a turnkey honey packaging line.
Honey Straw Filling & Cutting Line BBE-EAHF-1 (2,500–3,000 sticks/hour)
Produce retail-ready honey sticks with stable seals and clear cuts. This honey straw filling machine runs 0–150 °C with auto cutting, conveyor indexing, and standard stick size L7.75″ × Ø0.25″ (customizable). The 4 kW system keeps viscosity in check so flow is steady and waste is minimal.
Custom OEM/ODM Honey Filling & Capping Systems
Build your honey jar filling machine around your process: heated hoppers, CIP-ready 316L manifolds, multi-head piston banks, torque-controlled cappers, date coders, and conveyors tuned to your jars. Send your target volume, neck size, and hourly output—we’ll engineer, document, and ship a factory-price honey bottling machine with spare-parts support and global logistics.
By Role: Honey Filling Machine Solutions for Pragmatic B2B Buyers
You want clean threads, repeatable weights, and fast changeovers. As a honey filling machine manufacturer, we build piston and weight-based systems in food-grade 304 stainless steel (optional 316L CIP manifolds) with suck-back, anti-drip nozzles and documented ±1% / ±0.2% accuracy to fit your workflow across Eastern Europe, Africa, Southeast Asia, and South America.
What Blocks You from the Right Honey Filling Machine
When you source a honey filling machine internationally, the true cost shows up on your line—not on the invoice. If dosing drifts, honey crystallizes in the hopper, or documentation fails customs, you lose time, product, and trust.
How We Remove Risk and Deliver Measurable Results
You get an application-matched honey filler, built for viscous flow, clean threads, and repeatable weights—backed by documents that clear customs and SOPs your team can run on day one.
Match Viscosity with the Right Metering Core
Choose piston-dosed pneumatic honey filling machines (BBE-NSAHF-01 / BBE-PSHF-02) for 10–5000 ml with ±1% accuracy, or weight-based BBE-AHF systems (4–8 L/min) for ±0.2% dosing when honey temperatures or densities vary. We spec bore size, stroke, and pump curve to your Brix and target speed.
Stabilize Flow with a Heated Hopper, Not Guesswork
Integrated PID-controlled heating keeps honey in the 30–60 °C band to prevent crystallization while protecting enzymes and aroma. Insulated lids and gentle recirculation maintain laminar feed to the nozzle—no aeration, no foam.
Keep Threads Clean with Anti-Drip + Suck-Back Nozzles
Our anti-drip shut-off design and adjustable suck-back stop the last drop at the tip. Result: dry necks, consistent cap torque, and labels that stay down—less rework, faster capping.
Design for Sanitation with 304/316L & Tri-Clamp Paths
Product-wetted parts in food-grade 304 stainless steel (optional 316L CIP manifolds), TIG-welded, with tri-clamp connections and polished IDs for fast teardown. Tool-free changeovers, validated CIP/SIP options, and documented wash cycles reduce flavor carryover.
Specify Utilities & Compliance Before You Buy
We configure 220 V 50/60 Hz or 110 V, confirm 0.5–0.7 MPa air for pneumatic models, and supply a complete dossier: CE conformity, material certificates, electrical drawings, lubrication schedule, and risk assessment—so commissioning and customs both move.
Protect Uptime with Parts, Training & Clear SOPs
Each shipment includes a 12-month wear kit (seals, O-rings, check valves), exploded diagrams, and video SOPs. Remote commissioning shortens ramp-up; reorder parts via SKU, not guesswork.
Engineered & Field-Tested Manufacturing for Your Honey Filling Machine
We build your honey filling machine end-to-end, in stainless steel, to dose sticky products accurately every single shift. You’ll feel it in use: the frame doesn’t chatter, the nozzle doesn’t string, and every jar lands on weight without wipe-downs between cycles.
Built by beekeeper-engineers for viscous products
Our team designs around real apiary workflows—warm honey, variable viscosity, and long cleaning nights. Every decision—material grade, weld profile, seal choice—serves one outcome: clean, repeatable fills with minimal downtime.
You can trust BuzzBeeEquip because we combine shop-floor manufacturing with field testing in working honey rooms. Contact parts are food-grade 304/316L, TIG-welded, and polished to Ra ≤0.8 µm for fast rinse-out. We validate do
Precision Fabrication for Food Contact
What you get: sanitary geometry that cleans easily and resists wear.
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Materials: contact path in 304 or 316L; gaskets in silicone/PTFE; tri-clamp unions for tool-less teardown.
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Build: full TIG welds, heat-tint removed and passivated; internal polish Ra ≤0.8 µm; typical wall thickness 1.2 mm on hoppers and manifolds to eliminate “drum-skin” vibration.
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Why it matters: smoother surfaces and thicker walls stop micro-pools of honey, so you flush faster and avoid sugar burn-on.
Dosing Platforms That Match Your Product & Pack
What you feel: a steady, air-free stream that stops cleanly without a sticky tail.
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Pneumatic piston (bench/semi-auto) — BBE-NSAHF-01: 50–500 ml, accuracy ≤±1%, air 0.5–0.7 MPa, 220 V/50 Hz (110 V optional). Nozzle sets Ø4/6/14/18/26 mm cover thin to very viscous fills.
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Semi-auto paste/cream — BBE-PSHF-02: 5–5,000 ml, 15–35 containers/min, accuracy ≈±1%; FESTO/AIRTAC pneumatics for smooth stroke control.
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Automatic weight dosing (gear/mag pump) — BBE-AHF-4L/8L/3L: max flow 4–8 L/min, range 10 g–10 kg, features auto tare, memory recipes, VFD speed, typical weight accuracy ±0.2–0.5% depending on neck size.
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Honey straw / stick packs — BBE-EAHF-1: 2,500–3,000 sticks/hour, temp control 0–150 °C, typical stick L7.75″ × Ø0.25″, servo cut-seal for consistent length.
Why it matters: piston gives volumetric accuracy on thick honey; weight dosing compensates density drift; stick-pack sealing temperature control prevents crystallization at the seam.
Bellows Bee Smoker with Guard (Ø10 cm): Thick-Wall, Anti-Scald Build
The bellows model (H≈28 cm, Ø=10 cm; net ≈645 g) adds an anti-scald guard, thickened base, and a folded support ring so the smoker sits flat on concrete or grass without “walking” as fuel burns. Cowhide bellows and a one-hand latch speed refuels between supers.
Heat & Flow Control That Protects Enzymes
What you notice: warm, glossy flow with no cavitation or foaming.
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Heated hoppers with jacket + PID keep honey at 30–60 °C; optional in-line heater for long dwell lines.
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No-drip shut-off or suck-back nozzles stop stringing; fill accuracy holds as viscosity changes.
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Sensors: PT100/NTC temperature feedback; servo/VFD ensures stable displacement per stroke.
Why it matters: keeping ΔT tight prevents over-heating (enzyme loss) and stabilizes viscosity so your ±1% target is realistic across a shift.
Hygiene, CIP & Fast Changeovers
What you save: minutes per changeover and litres of hot water per clean.
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Tool-less teardown with tri-clamps; sloped surfaces >3° drain angle; CIP-friendly manifolds; IP-rated control box.
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Seal chemistry: PTFE + silicone withstand sugar and cleaning agents; food-safe lubricants only.
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Accessories: load-cell check station, inline capper/labeler integration, date coder mounts, and wooden-crate export packing for rough routes to Africa, Central Asia, SE Asia, South America.
Why it matters: quicker sanitation means more jars per day; simple fixtures keep local teams productive without specialist tools.
Compliance & Food-Safe Validation
What you pass: audits and border checks on the first try.
- Documentation: CE Declaration (Machinery 2006/42/EC, EMC 2014/30/EU), risk assessment, wiring schematics, FAT/SAT reports, and IQ/OQ templates.
- Materials: 304/316L with EN 10204 3.1 MTRs; silicone seals per FDA 21 CFR 177.2600; PTFE per FDA 21 CFR 177.1550; lubricants NSF H1.
- Traceability: heat/lot numbers on contact parts; weld maps and passivation logs; elastomer lots recorded on the spare parts sheet.
Why it matters: inspectors look for traceability and cleanability; when the paperwork matches the polish, approvals move fast.
After-Sales, Spares & Global Commissioning
What keeps you running: predictable uptime in remote regions.
- Spares: 12-month kit—nozzles, valve cores, piston seals (PTFE/silicone), check balls, filters, and cylinders; all with part numbers; typical dispatch in 48 hours.
- Service: remote commissioning and video diagnostics; on-site partners where needed; 220 V/50 Hz or 110 V/60 Hz builds; manuals in EN/RU/ES/PT.
- Logistics: ISPM-15 crates with shock/tilt indicators; HS 8422.30; FOB/CIF/DDP options; crate C.G. and lift points marked for rough roads in Africa, Central Asia, SE Asia, and South America.
Why it matters: you don’t lose a shift waiting for a $5 seal; planned kits and clear docs let local techs fix it before lunch.
From 5 ml bench doses to 3,000 honey sticks/hour and 10 kg weight dosing, we manufacture, heat-stabilize, and verify each honey filling machine so you get clean, accurate fills with less cleanup and higher uptime.
Case Studies & Testimonials - Honey Filling Machine Supplier
Built on beekeeper pragmatism and engineering discipline, these cases show how a BuzzBeeEquip honey filling machine delivers measurable ROI: tighter weights, faster changeovers, lower cleaning time, and fewer stoppages—even with thick, temperamental honey. You get stainless contact paths (304/316L), ±1% volumetric control or ±0.2–0.5% weight control, and export-ready documentation (CE, EU 1935/2004, FDA contact). Every outcome below was validated in the field, under real temperatures and flow conditions, not just in a lab. If you run sticky products, you’ll feel the difference on day one—no stringing tails, no fighting the nozzle, and no hunting for parts when you switch from 250 g jars to 1 kg packs. This is practical precision engineered for your region, your power supply, and your workforce.
Automatic Honey Filling Machine (Dual-Head 100–1000 ml, Kazakhstan Cooperative)
Background: A farmer cooperative in Kazakhstan needed an automatic honey filling machine to pack 250 g and 500 g glass jars before winter export. Cold room temperatures caused crystallization and viscosity swings, leading to overfills and slow cleanup.
Click to Read the Full Case Study
Challenges:
- Viscosity drift: Ambient 10–15 °C caused honey thickening and nozzle stringing.
- Weight variance: Overfills up to +3–5 g per 500 g jar increased cost.
- Downtime: Manual cleaning between SKUs took 35–40 min.
- Compliance: EU buyers required CE and food-contact traceability.
Our Solution as a honey filling machine manufacturer: We supplied a dual-head pneumatic piston module (double-head 100–1000 ml, air 0.5–0.7 MPa) with a heated 316L hopper, tri-clamp path, and no-drip shut-off nozzles. Internal polish Ra ≤0.8 µm. We tuned stroke speed and suck-back for ±1% at 250/500 g. CE file, EN 10204 3.1 MTRs, and FDA seal declarations included. Data-Driven Results:
- Giveaway cut by 62%: from +3–5 g to +1–2 g per 500 g jar.
- Changeover time down 55%: 40 min → 18 min using tri-clamps.
- Output +38%: to 28–32 jars/min sustained over 6-hour shifts.
- Cleaning water −30%: fewer hot flushes due to smoother internals.
Keyword Strategy: Primary: honey filling machine. Supporting: automatic honey filling machine; heated hopper honey filler; no-drip nozzle; 100–1000 ml double-head. Transactional: honey filling machine price; factory quote; CE-compliant honey filler. Industry-Specific Insights (E. Europe/Central Asia): Hold product 35–45 °C to prevent stringing; document CE and food-contact early for EU brokers. Optimization Methods:
- Preset recipes: HMI profiles for 250/500 g keep accuracy on shift changes.
- Multilingual SOPs: RU/EN cleaning guides reduce training time.
- Spare seal kit: PTFE/silicone set avoids seasonal downtime.
“We finally hit EU specs without babysitting the nozzle. Fills are tight even on cold mornings, and changeovers don’t kill the day.”
A. Mukanov, Operations Lead, Altai Honey Coop
Real-World Outcomes: The coop secured a new EU retail contract and standardized on 250/500 g SKUs, reducing annual honey giveaway by ~420 kg.
Automatic Weight-Dosing Honey Filling Machine (BBE-AHF-8L, Nairobi, Kenya)
Background: A Nairobi processor supplying supermarkets needed weight-accurate dosing for 350 g and 700 g PET bottles. Power fluctuations and limited hot water made volumetric systems inconsistent.
Click to Read the Full Case Study
Challenges:
- Power instability: Voltage dips affected motor speed and fill repeatability.
- Resource limits: Limited hot water capacity for long CIP cycles.
- Label rejects: Overfills caused sticky threads and label lift.
- Documentation: NGO partner required food-contact proof and warranty.
Our Solution with BBE-AHF-8L (automatic weight dosing): We installed an 8 L/min gear/magnetic pump system with auto-tare load cells, ±0.2–0.5% accuracy, VFD-controlled flow, and no-drip nozzle. Built on 304/316L contact path, Ra ≤0.8 µm. Added AVR stabilizer and generator sizing. Low-volume CIP with angled manifolds. Data-Driven Results:
- Giveaway −70%: 700 g bottles held within ±2–3 g.
- Label defects −46%: clean necks reduced rework.
- Throughput +33%: to 22–24 bpm with two operators.
- CIP time −40%: from 30 min to 18 min per cycle.
Keyword Strategy: Primary: automatic honey filling machine. Supporting: weight-based honey filler; gear pump honey filler; ±0.2% dosing; 8 L/min. Transactional: honey filling machine price Kenya; FOB/CIF; NGO warranty. Industry-Specific Insights (Africa): Budget for voltage conditioning and keep spares kits on-site; weight-dosing maintains accuracy despite density drift. Optimization Methods:
- Two-stage dosing: fast fill + fine trim for tight weights.
- Operator cards: pictogram SOPs in EN/SWA reduce training time.
- Low-temp hold: hopper at 38–42 °C to avoid stringing without enzyme damage.
“Weights locked in even when the power flickered. We finally stopped fighting sticky threads and label rejects.”
Jane W., Plant Manager, Urban Hive Foods
Real-World Outcomes: With 12-month warranty and on-hand seals, the plant met a supermarket on-time-fill KPI and unlocked a second store chain.
Semi Automatic Honey Filling Machine (BBE-PSHF-02, Vietnam SME)
Background: A Vietnamese SME producing honey and skincare needed a compact semi automatic honey filling machine to run 30–300 g jars and cosmetics tubes in a humid environment with limited space.
Click to Read the Full Case Study
Challenges:
- Space constraints: One bench had to handle honey and creams.
- Humidity: Condensation risk on metal surfaces and labels.
- Cross-contamination: Switching between edible and cosmetic lines.
- Skill variability: New staff with minimal technical background.
Our Solution with BBE-PSHF-02 (semi-auto pneumatic paste filler): We delivered a single-head 5–5000 ml pneumatic honey piston filler with 304 contact parts, FESTO/AIRTAC pneumatics, and quick-change nozzles (Ø6/14/18/26 mm). Manual/auto modes with footswitch. Polished internals Ra ≤0.8 µm; dedicated utensils to segregate cosmetic vs food use. Data-Driven Results:
- Setup time −60%: nozzle change in 3–5 min.
- Output +45%: 16–20 bpm on 200 g jars with two operators.
- Overfill −50%: within ±1% after stroke tuning.
- Cleaning time −35%: humid-room SOPs and tri-clamps reduced wipe-downs.
Keyword Strategy: Primary: semi automatic honey filling machine. Supporting: pneumatic honey filling machine; viscous liquid filling machine; heated hopper option. Transactional: honey filling machine price Vietnam; OEM/ODM; lead time. Industry-Specific Insights (SE Asia): Store spares in sealed bins; add dehumidifier near labeler; enforce tool segregation between food and cosmetics. Optimization Methods:
- Color-coded gaskets: avoids cross-use between product families.
- Bilingual manuals: EN/VN pocket cards for quick onboarding.
- Cycle counter: simple tally for preventive maintenance timing.
“Small footprint, serious control. We swap nozzles in minutes and keep both honey and creams on schedule.”
Lan Pham, Owner, Lotus Farm & Beauty
Real-World Outcomes: The SME expanded to two SKUs per category and secured a pharmacy chain listing based on consistent fill weights.
Honey Stick Packing Machine (BBE-EAHF-1, Brazil Distributor)
Background: A Brazilian distributor sought a turnkey honey stick packing machine to supply school snack programs. They needed tight seals on 7.75″ sticks, stable temperature control, and reliable film sourcing.
Click to Read the Full Case Study
Challenges:
- Seal integrity: Leaks at the fin seal on thicker honey batches.
- Temperature control: Overheating risk at high line speeds.
- Film supply: Inconsistent local film quality and width.
- Export logistics: Documentation for public tenders and audits.
Our Solution with BBE-EAHF-1 (honey straw line): Delivered 2,500–3,000 sticks/hour capacity, temp control 0–150 °C, standard L7.75″ × Ø0.25″ sticks, and calibrated temperature curves for local honey grades. We validated film spec and sourced a backup supplier; provided CE doc set and 3.1 MTRs. Data-Driven Results:
- Seal defects −78%: after dialing in temps and dwell time.
- Line efficiency +35%: sustained 2,600 sticks/hour.
- Scrap film −22%: tighter web tracking and verified roll width.
- Tender win rate +1 award: qualified for a state snack program.
Keyword Strategy: Primary: honey stick packing machine. Supporting: honey straw filling machine; automatic quantitative honey filler; temperature-controlled sealing. Transactional: factory price honey stick machine; CIF Santos; lead time. Industry-Specific Insights (South America): Verify film composition and test with your honey blend; publish CE and food-contact docs with tender bids. Optimization Methods:
- Sealing matrix: temp/dwell table for each honey grade.
- Portuguese manuals: safety labels and maintenance checklists.
- Spare seal jaws: pre-set jaw set reduces downtime.
“The seals finally held at speed. With BuzzBeeEquip’s film guidance, we hit output and won a public contract.”
Rafael Souza, Director, Doce Campo Distribuição
Real-World Outcomes: Distributor expanded to two additional states and added annual blanket PO for spare jaws and heaters.
Summary: When you partner with a honey filling machine supplier who also runs an apiary, you get practical precision: ±1% volumetric or ±0.2–0.5% weight control, simple clamps that clean fast, and export documents that pass audits. We size, heat, and seal for your product, power grid, and team—so you ship on time and keep margins.
Why Choose Us As Your Honey Filling Machine Manufacturer
You choose a honey filling machine manufacturer when you need clean, repeatable fills on a sticky product every single shift. We design for real honey rooms: warm barrels, cold mornings, and tight ship dates—so you feel a smooth stroke, a clean cutoff, and fewer wipe-downs.
We build contact paths in food-grade 304/316L with TIG-welded seams and polished bores (Ra ≤0.8 μm) for faster rinse-out. You can spec volumetric (servo/pneumatic piston) to ±1% or weight dosing to ±0.2–0.5%, with heated hoppers at 30–60 °C and no-drip shut-off nozzles that stop the stringing tail.
Ready to Scale with a Honey Filling Machine Supplier You Can Trust
If you want clean cut-offs, tight weights, and faster changeovers on real honey—not just syrup in a lab—talk to the team that builds and field-tests every unit. We size the nozzle, tune the stroke, and validate at your temperature so you feel smooth flow and no stringing on day one.
Tell us your process in one line: jar sizes (e.g., 250 g / 500 g / 1 kg), target bpm, product temp (°C), voltage, and whether you need capper/labeler integration. We’ll return a precise, runnable offer – not a brochure.
We respect your privacy. No spam, ever. Your information is used only to provide you with a quote.
BuzzBeeEquip
Honey Filling Machine FAQs for Buyers & Distributors
You’re here because you need a honey filling machine that fills clean, fast, and on-spec. This FAQ gives you straight answers from a team that builds and field-tests every unit on real honey, not water. You’ll see the materials we use, the physics behind viscous dosing, and exactly how we ship, certify, and support your line.
We design around your reality: sticky product, cold rooms, tight labor, and firm ship dates. You’ll feel the difference on day one—smooth flow, a clean cut-off, and fewer wipe-downs.
Which honey filling machine should I choose—piston (volumetric) or weight dosing?
Use pneumatic/servo piston when you need speed and ±1% on 50–500 ml or 100–1000 ml jars. The piston meters a fixed volume per stroke and pairs well with heated hoppers (30–60 °C) and anti-drip or suck-back nozzles.
Choose weight dosing when density drifts or SKUs vary; our load-cell systems hold ±0.2–0.5% by trimming the last grams at low flow. If you make honey sticks, run our BBE-EAHF-1 with temperature-controlled sealing.
How do you keep accuracy tight with thick, cold honey?
We stabilize viscosity at the source. PID-controlled heated hoppers hold honey at 30–60 °C, preventing crystallization and reducing nozzle “stringing.” Suck-back valves and no-drip shut-offs give a clean cut without a tail.
Polished bores (Ra ≤0.8 µm) and full TIG welds keep flow laminar, so the piston fills repeat without air pockets. Result: ±1% volumetric or ±0.2–0.5% by weight across a full shift.
What are the materials and certifications?
All contact parts are food-grade 304/316L stainless steel, with EN 10204 3.1 material certificates. Seals are PTFE and silicone compliant with FDA 21 CFR 177.1550/177.2600. We deliver a CE file (Machinery/EMC), an EU 1935/2004 food-contact statement, wiring schematics, and a risk assessment.
You can show inspectors our weld/passivation logs and traceable lot/heat numbers—that’s what clears audits quickly.
How fast can I run—what’s the real throughput?
Expect 16–20 bpm on 200–250 g with a single head and two operators; 28–32 bpm with a double head on 250–500 g jars (piston). Weight systems typically run slower on the last-gram trim, but you save on giveaway.
For honey sticks, the BBE-EAHF-1 sustains 2,500–3,000 sticks/hour at a stable sealing temperature window (we provide a sealing matrix by honey grade).
How long does cleaning (CIP/teardown) take?
Our sanitary path uses tri-clamps and sloped surfaces (>3° drain angle). A routine hot-water flush plus a brief strip-down usually takes 15–20 minutes once trained. Smooth internals (Ra ≤0.8 µm) prevent sugar burn-on, so you rinse faster and use less hot water.
We include pictogram SOPs and spare seal kits so your team can reassemble without guesswork.
What utilities do I need—power, air, and noise?
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Power: 220 V/50 Hz standard; 110 V/60 Hz optional.
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Air (pneumatic piston): 0.5–0.7 MPa clean, dry air (pair with an oil/water filter).
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Noise: test-bench results < 63 dB—you can hold a normal conversation beside the machine.
We size compressors and stabilizers (AVR) for Kenya/Ethiopia/Nigeria, Kazakhstan/Uzbekistan, SE Asia, and South America grids.
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Can you integrate capping, labeling, and coding?
Yes. We build turnkey honey packaging lines: inline conveyor + honey filling and capping machine + labeler + date coder. We provide layout drawings, HMI recipe presets, and mounting brackets, so your installer drops the line in with minimal fabrication.
Integration keeps neck threads clean (less label lift) and protects your overall line OEE.
What is the difference between semi automatic and automatic honey filling machine options?
Semi automatic (e.g., BBE-PSHF-02, 5–5000 ml) uses an operator for loading/triggering; it’s compact, 15–35 bpm, and ideal for flexible SKUs. Automatic adds conveyors, sensors, and sometimes load-cell trim, reducing labor and giveaway while boosting consistency.
You can start semi-auto and upgrade to double-head or integrate a capper later—same sanitary standards, same spares.
How do you package and ship internationally?
We export in ISPM-15 wooden crates with shock/tilt indicators, clear C.G. and lift points, and weather protection. Incoterms: FOB/CIF/DDP. Typical inclusions: packing list, commercial invoice, HS 8422.30, 3.1 MTRs, CE file, and user manuals (EN/RU/ES/PT/VN).
We design for rugged roads and long legs, so your machine arrives aligned and ready to run.
What do you need from me to quote price and lead time?
Send jar/bottle size(s) (e.g., 250 g, 500 g, 1 kg), target bpm, product temperature at fill, viscosity issues (crystallization), cap type, voltage, and whether you need capping/labeling. With this, we propose the right nozzle set (Ø4/6/14/18/26 mm), head count, and accuracy plan (±1% volumetric or ±0.2–0.5% weight).
You’ll receive a factory-direct spec pack, a firm lead time, and a FOB/CIF/DDP price.
Have more technical questions?
Our engineering and export teams are ready to provide the detailed specifications you need to make a confident decision.
