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Case & Guide
Pumpkin Processing Equipment: Complete Line for Peeling, Washing and Cutting
This is a practical guide to automating pumpkin processing. In the next 10 minutes, you'll learn:
● What each machine does — and which pain points it solves
● Real customer results — an Australian farm that cut labor in half and recovered their investment in 5 months
● An ROI framework — plug in your own numbers and see the payback
If you're processing pumpkins fully by hand and wondering when automation stops being a "nice to have" and starts being math you can take to your boss, this is for you.
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Every machine in this line exists because manual pumpkin processing has a specific bottleneck. Here's what each one fixes.
| The problem: | How it works: | Specifications: |
| Pumpkins straight from the field carry caked soil, clay, and organic debris. A quick hose-down doesn't cut it — you need mechanical scrubbing. But you also can't afford to bruise the skin, because broken skin shortens shelf life and invites bacteria. | Rotating nylon bristle rollers scrub the pumpkin surface while overhead spray bars rinse away loosened soil. The combination of mechanical brushing and continuous spray ensures thorough cleaning even on irregular surfaces. | Voltage: 380V Power: 7 kW Water Pump Power: 2.2 kW Brush Motor Power: 2.2 kW Capacity: 1.5–2 T/H Dimensions: 4000×1282×1451 mm |
What does it mean to you?
★ Handles heavy mud — brush + spray combination tackles field soil that bubble washers alone can't remove
★ No skin damage — bristle stiffness is calibrated to clean without breaking the skin
★ Continuous throughput — pumpkins move through on rollers, no manual intervention between load and unload
Model B: Bubble Spray Washer — For Finishing and Lighter Soil
| The Problem | How it works | Specifications: |
| You need a gentler wash for pumpkins that are already relatively clean, or a finishing wash after the brush stage. Manual hose washing wastes water and labor. | High-pressure air injected into a water tank creates millions of micro-bubbles. The bubble agitation scrubs the pumpkin surface evenly — including crevices and stem cavities that brushes can miss. | Voltage: 380V Power: 3.55 kW Capacity: 2000–3000 kg/h (Actual output varies depending on the texture of raw materials.) Size: 3393×920×1276 mm |
What does machine mean to you?
★ Gentle enough for post-peel washing — won't damage exposed flesh
★ Cleans crevices brushes miss — bubbles reach stem cavities and irregular surfaces
★ Water-efficient — filtration recirculation reduces water usage significantly
★ Low power draw — 3.55 kW, about half of the brush model
Peeling Station (3 Models)
| The problem | How it works | Specifications: |
| You want to move away from manual peeling but have moderate throughput needs and a limited budget. You process elongated pumpkin varieties that are relatively easy to machine-peel. | The pumpkin is mounted on a rotating spindle. A blade arm follows the pumpkin's surface profile, peeling from top to bottom in a single pass. The operator loads and unloads — everything else is automatic. | Voltage: 220V Power: 0.5 kW Capacity: 2–4 PCS/min Weight: 135 kg Size: 700×700×1480 mm |
What does it mean to you?
★ Lowest upfront investment of the three peeler models
★ Compact footprint — 700 × 700 mm, fits tight production floors
★ Simple operation — one operator can manage the machine alongside other tasks during the peeling cycle
★ 2–4 pumpkins per minute — replaces approximately 2–3 manual peelers
| The problem | How it works | Specifications: |
| You need higher throughput than a single-head machine can deliver. You process multiple pumpkin varieties — round, oval, and elongated — and you can't afford to retool between batches. You're losing 15–20% of flesh weight to manual peeling, and labor costs keep rising. | Two peeling heads operate in overlapping cycles. While Head A finishes peeling, the operator loads the next pumpkin onto Head B — and vice versa. There is zero idle time between cycles. The blade follows each pumpkin's individual contour, not a fixed cutting path, which is why flesh waste stays under 8%. | Voltage: 220V Power: 1 kW Capacity: 6–8 pcs/min Weight: 175 kg Size: 1080×600×1600 mm |
What does it mean to you?
★ 6–8 pumpkins per minute — replaces approximately 6–8 manual peelers in a single machine
★ Handles three shape families — round (baby pumpkin), oval (butternut), elongated (cream pumpkin) — no retooling required between varieties
★ Flesh waste under 8% vs. 15–20% manual — on a typical 5,000 kg daily throughput, that's 350–600 kg of pumpkin saved every single day
Model C: Flat Pumpkin Peeler — The Specialist
| The problem | How it works | Specifications: |
Large flat pumpkins ( kabocha, certain heirloom varieties) are the hardest to automate. Their wide, flat profile means conventional peelers either skip the skin entirely or gouge deep into the flesh. Most processors still peel these by hand — at roughly 20 minutes per pumpkin. And because the skin is thick, manual peelers waste even more flesh than usual. | Our proprietary Contour-Following Blade System is the core innovation. Instead of cutting a fixed depth, the blade arm reads the pumpkin's surface geometry in real time and adjusts continuously. It follows curves, dips, and ridges — staying precisely on the peel line without digging into the flesh. This is patented technology. | Size: 1028×667×1867 mm Voltage: Cutter head motor: 380V, 3-phase; Upper shaft motor: 380V, 3-phase Power: Cutter head motor: 40W; Upper shaft motor: 250W Capacity: 2 pcs/m Weight: 190 kg |
What does it mean to you?
★ 60× faster than manual peeling — 20 seconds vs. 20 minutes per pumpkin
★ Contour-following blade system — patented technology that follows the pumpkin's natural shape; significantly less flesh waste than both manual peeling and conventional straight-blade machines
★ Purpose-built for flat pumpkins — conventional peelers simply do not work on this shape; this machine was designed from scratch for it
★ Thick-skin capable — flat pumpkin skin is tougher than other varieties; the blade and motor are specified accordingly
| The problem | How it works | Specifications: |
| You can't feed a whole peeled pumpkin into a dicing machine. It's too large, too irregular, and it will jam the feed chute while producing uneven cubes. You need to break it down into uniform segments first. Manual splitting with a knife is dangerous and inconsistent. | The peeled pumpkin is placed into the cutting chamber. A blade assembly descends, splitting it into the configured number of uniform wedges in a single motion. The wedges exit cleanly and are ready for the dicer or for packaging as fresh-cut product. | Voltage: 220V/380V Power: 0.37 kW Capacity: 300 kg/h Cutting Mode: Quarter cutting / Others Size: 850×700×843 mm Weight: 54 kg Suitable for: long and oval-shaped pumpkin |
What does it mean to you?
★ Standardizes input size for the dicer — this is the single most important factor in dice uniformity
★ Prevents dicer jams — no oversized chunks crashing the cutting grid
| The problem | How it works | Specifications: |
| Deseeding pumpkins by hand is slow, messy, and produces inconsistent results. Cavities left behind by fibers contaminate your finished product. If your end market requires clean, seed-free pumpkin pieces (as is common in food service and retail), manual deseeding is a bottleneck. | Two stations operate simultaneously. The operator aligns the pumpkin's core cavity with the center coring tool. The machine automatically excavates seeds and cavity fibers in a single motion. The pumpkin is then passed to the next station (wedge cutter or packaging). | Voltage: 380v Power: 0.75kw Capacity: 60-80pcs/h Size: 1200*600*850mm |
What does it mean to you?
★ 60–80 pumpkins per minute — keeps pace with high-volume peeling and cutting
★ Dual-station design — two pumpkins processed simultaneously
★ Clean extraction — removes seeds and fibers in one motion, no secondary cleaning needed
| The problem | Specifications: |
| You need small, uniform cubes for frozen pumpkin packs, ready-meal kits, canned pumpkin cubes, or baby food. Manual knife dicing cannot achieve consistent size at any meaningful throughput. | Voltage: Standard 380V three-phase voltage. Power: 1.5 kW Dicing Size: 3/4/5/6/7/8/10/12/15/20/25 mm Capacity: 800–2000 kg/h Dimensions: 1740×1270×1460 mm |
What does it mean to you?
★ 3 mm and 4 mm dice sizes — the standards for frozen and canned pumpkin products
★ 500–1,200 kg/h throughput — handles commercial volumes
★ Multi-vegetable capable — also cuts carrots, potatoes, sweet potatoes, mangoes, apples, taro. Your machine works year-round, not just during pumpkin season.
| The problem | Specifications: |
| Food service buyers, catering kitchens, and fresh-cut wholesalers want larger cubes — typically 25 mm or 30 mm — that hold their shape during cooking. A standard fine dicer can't produce these sizes. | Voltage: 220V/380V Power: 0.75 kW Output: 300–800 kg/h Dices size: 25/30mm Size: 680×450×850 mm |
What does it mean to you?
★ 25 mm and 30 mm cubes — the sizes food service buyers actually order
★ Compact footprint — 680 × 450 mm, fits into tight production layouts
★ Multi-produce capability — also handles melon, pineapple, and other firm produce
All Machines at a Glance
| Station | Specifications | Station | Specifications |
Soft Brush Washing
| Model: HP-360 Capacity: 1.5–2 T/h Power: 7kw Size: 4,000 × 1,282 × 1,451mm | Bubble Washing
| Model: WA-2000 Capacity: 2,000–3,000 kg/h Power: 3.55kW Size: 3,393 × 920 × 1,276 mm |
Peel (Single head)
| Model: FXP-66 Capacity: 2–4 pcs/min Power: 0.5 kW Size: 700*700*1480mm | Peel (Double head)
| FXP-99 6–8 pcs/min 1kW 1,080 × 600 × 1,600 mm |
Peel (For thick skin pumpkin)
| Model: FXP-PK-Ⅰ Capacity: 2 pcs/min Power: 290w Size: 1,028 × 667 × 1,867 mm | Split ( 2/4/6/8 wedges)
| Model: FX-S-C-6 Capacity: 5pcs/m Power: 0.37kw Size: 1320 x 600 x 2437mm |
Seed removal (opt.)
| Model: CORER Capacity: 60–80 pcs/min Power: 0.75kw Size: 1,200 × 600 × 850 mm | Dice (fine)
| Model: CD-800 Capacity: 500–1,200 kg/h Power: 0.75kw Size: 800 × 700 × 1,260 mm |
Dice (large)
| Model: FC-H-311 Capacity: 300-800kg/h Power: 0.75kW Size: 680 × 450 × 850 mm |
Customer Background:
In 2025, a pumpkin farm in Queensland, Australia, approached us. They grow flat pumpkins (approximately 25–30 cm diameter, ~3 kg average) and supply fresh pumpkin wedges to wholesale markets across eastern Australia. Their workflow: peeling → washing → splitting → packaging. Manual at every step.
The numbers that broke them: Peeling a flat pumpkin by hand takes 3–5 minutes, depending on the worker and the pumpkin's shape. At this pace:
● A regular worker manages roughly 140–180 pumpkins per day.
● A skilled worker with years of experience can reach 180–240 pumpkins per day.
But skilled peelers are nearly impossible to find in Australia's agricultural labor market. The farm's peeling crew was made up of regular workers hired at minimum casual rates, averaging about 150 pumpkins per day each. To hit their daily target of 600 pumpkins, they needed 4 dedicated peelers — plus one worker on washing and one on splitting. Six people total. And the cost adds up fast:
● Australian minimum casual wage (Horticulture Award, 2025): ~AUD 30/hour including 25% casual loading. At 38–40 hours per week across a 48-week working year, that's approximately AUD 55,000 per worker per year including superannuation.
● 6 workers × AUD 55,000 = AUD 330,000 per year in labor alone.
On top of labor, manual peeling wastes flesh. At 3–5 minutes per pumpkin, workers cut fast and cut deep to keep pace — typically losing 18% of the pumpkin weight. At an average of 3 kg per pumpkin and an AUD 0.50/kg wholesale cost, that's ~AUD 42,000 in wasted raw material every year.
And then there were the hidden costs: knife injuries, workers' compensation claims, insurance premiums, compliance paperwork. Safety was a constant headache with no solution short of removing knives from the line entirely.
The farm was spending ~AUD 372,000 per year to process 600 pumpkins per day — and couldn't scale.
We configured a three-machine line matched to their specific workflow: flat pumpkins → fresh wedges for wholesale.
| Station | Machine Chosen | Why |
| ① Peeling | Flat Pumpkin Peeler | Processes 2 flat pumpkins per minute (~20–30 seconds each) using the contour-following blade system. One operator loads and monitors. Replaced 4 manual peelers. |
| ② Splitting | Manual station (knife) | Skin is already off — this is a quick, low-effort task. But the peeler's faster, steadier output means the splitting station now needs 2 operators to keep pace. |
| ③ Washing | Bubble Spray Washer | Fully automated bubble agitation and spray rinse. Can run with 0–1 operator — typically, one of the splitting operators monitors the washer alongside their primary station. |
Total line operators: 3–4 (1 peeler + 2 splitters + 0–1 washer). Previously: 6. Flexibility note: In practice, many farms run the washer unattended and assign monitoring to the nearest splitting operator, bringing the crew to 3.
| Metric | Manual Line | Machine Line |
| Daily throughput | 600 pumpkins | 650 pumpkins |
| Operators | 6 (4 peel + 1 split + 1 wash) | 4 (1 peel + 2 split + 1 wash)* |
| Annual labor cost (AUD 55,000/worker) | AUD 330,000 | AUD 220,000 |
| Flesh waste rate | 18% | 10% |
| Waste (kg/day, at 3 kg/pumpkin) | 324kg | 195kg |
| Annual waste cost (AUD 0.50/kg × 260 days) | AUD 42,120 | AUD 25,350 |
| Annual electricity | - | AUD 2,500 |
| Annual maintenance (blades, parts) | - | AUD 3,000 |
| Total annual operating cost | AUD 372,120 | AUD 250,850 |
| Cost per pumpkin | AUD 2.39 | AUD 1.48 |
| Annual savings | - | AUD 121,270 |
| Equipment investment (FOB) | - | ~AUD 55,000 |
| Payback period | - | ~5.4 months |
| ROI at 12 months | - | 220% |
*Can drop to 3 operators if washer runs unattended — a common practice where the splitting operator monitors the washer alongside their station. The line paid for itself within two quarters. From month six onward, roughly AUD 10,100 per month dropped straight to the bottom line.
"The contour-following peeler was the real breakthrough. Our manual peelers were doing 150 a day each and still wasting nearly one in five pumpkins. Now one operator feeds the machine and gets 650 through — over four times what a single peeler could do. We did need an extra hand at the splitting station to keep up with the faster peel output, but the washer basically runs itself. Going from six people to four, with zero knife work on the hardest station — that's the win." — Farm Operations Manager, Queensland
Key assumptions shared across all scenarios:
● Manual peeling speed: 3–5 min/pumpkin. Regular worker ~150/day; skilled worker ~200/day (used where skilled labor is available and affordable).
● Machine peeling speed: 2 pcs/min (flat pumpkin peeler, effective ~100/hr with loading).
● Flesh waste rate: 18% manual vs. 10% machine (contour-following blade system).
● Average pumpkin weight: 3 kg. Working days per year: 260.
● Equipment investment varies by line configuration (number of peelers, additional washers/dicers).
4 peelers → 1 dual-head machine. Lower labor cost, longer payback — but still well under 2 years.
Item Manual Line Machine Line Daily throughput (pumpkins) 600 650 Operators 6 (4 peel + 1 wash + 1 split) 3 (1 peel + 1 wash + 1 split) Monthly wage per worker $350 $350 Annual labor cost $25,200 $12,600 Flesh waste rate 18% 10% Pumpkin cost per kg $0.20 $0.20 Annual waste cost $16,848 $10,140 Annual electricity + maintenance - $2,500 Total annual operating cost $42,048 $25,240 Annual savings - $16,808 Equipment investment (FOB) - ~$32,000 Payback period - ~23 months
6 peelers → 1 dual-head machine. Moderate labor cost, solid payback under 16 months.
| Item | Manual Line | Machine Line |
| Daily throughput (pumpkins) | 900 | 950 |
| Operators | 8 (6 peel + 1 wash + 1 split) | 3 (1 peel + 1 wash + 1 split) |
| Monthly wage per worker | $450 | $450 |
| Annual labor cost | $43,200 | $16,200 |
| Flesh waste rate | 18% | 10% |
| Pumpkin cost per kg | $0.25 | $0.25 |
| Annual waste cost | $31,590 | $18,525 |
| Annual electricity + maintenance | - | $3,500 |
| Total annual operating cost | $74,790 | $38,225 |
| Annual savings | - | $36,565 |
| Equipment investment (FOB) | - | ~$45,000 |
| Payback period | - | ~14.8 months |
| Item | Manual Line | Machine Line |
| Daily throughput (pumpkins) | 1,500 | 1,600 |
| Operators | 14 (10 peel + 2 wash + 2 split) | 6 (2 peel + 2 wash + 2 split) |
| Monthly wage per worker | $3,500 | $3,500 |
| Annual labor cost | $588,000 | $252,000 |
| Flesh waste rate | 18% | 10% |
| Pumpkin cost per kg | $0.40 | $0.40 |
| Annual waste cost | $84,240 | $49,920 |
| Annual electricity + maintenance | - | $8000 |
| Total annual operating cost | $672,240 | $309,920 |
| Annual savings | - | $362,320 |
| Equipment investment (FOB) | - | ~$90,000 |
| Payback period | - | ~3 months |
● Every pumpkin operation is different. Tell us:
● Your pumpkin variety and average size
● Desired daily throughput
● End product format (3 mm dice, 25 mm cubes, fresh wedges, deseeded halves, others)
● Your country (for voltage, frequency, and shipping)
???? fengxianglijian@gmail.com | ???? WhatsApp: +8619927065265 | ???? meatfishmachine.com
Disclaimer: ROI figures are estimates based on representative market data and the documented Australian customer case. Your results will vary with local labor rates, pumpkin variety, energy costs, and operational efficiency. Equipment prices are indicative FOB quotes; final pricing depends on configuration and order volume. Specifications subject to change without notice.
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