Beverage Cooler Factory

Solutions for

Beverage cooler lines trusted by global bottlers

From 200L single-door upright coolers to 1,500L triple-door merchandisers. We supply the visual door moulds, foaming lines, and high-throughput assembly infrastructure bottlers require — with capacity up to 8,000 units per day.

In one line

Fast-cycle foaming moulds reduce door production time by up to 30%.

Typical Scale
500 – 8,000 units / day
Product Range
Single / double / triple door coolers 200L – 1,500L
Common Buyer Profiles
  • Coca-Cola / PepsiCo bottlers
  • Beer brands
  • Beverage OEM

Real pains we hear from buyers — and what we ship to solve each one

Four pains every bottler-program beverage-cooler factory founder brings us. Our line ships with the fix.

Pain 1

Coca-Cola / PepsiCo brand audit failed our last lot — cabinet color, door curve and decal alignment off-spec

How we solve it

Bottler programs spec every cosmetic detail: cabinet RAL color (Coca-Cola Red 484C, Pepsi Blue 287C), door curve radius (within ±0.5 mm), decal flatness (no air bubbles within 10 mm of edge). Our cabinet mould holds the curve to ±0.3 mm; we ship a calibrated paint booth + decal jig that mate to bottler spec sheets. First-audit pass rate goes from 60% to 95%.

Pain 2

Bottler tender locked at 8,000 units/day for 60 days — my current line can do 3,000 max

How we solve it

Bottler peak orders are 2–3× steady demand. We size the foaming line for peak with 2-shift capacity (effectively 6,000 units/day) + a second high-pressure foaming station that adds USD 280K but doubles burst capacity to 12,000/day. Most bottler-program factories pay for the second station with one peak order.

Pain 3

Glass-door fog and condensation at 40°C ambient (Middle East / SE Asia) — fails SASO / DEWA tropical-spec audit

How we solve it

Tropical-spec is foam thickness + glass-door heater wattage + cabinet airflow working together. Our tropical config uses 60 mm wall foam (vs standard 45 mm), 4–6 W/m heated door perimeter, and an optimized condenser footprint for 43°C ambient. SASO/DEWA tropical certification first-pass rate ≥95%.

Pain 4

Single-door / double-door / triple-door variants needed for retail vs HoReCa channels — capex blows budget

How we solve it

We design 2 base moulds covering single + double + triple-door variants with snap-in dividers. Same PU machine, same fixture, same conveyor. Changeover 30–45 min. Capex per variant drops from USD 280K to USD 95K. Most beverage cooler factories run 5–8 SKUs across 2 base moulds.

Cabinet models you can produce on this line

Every row below is a real cabinet SKU that customers already produce using the moulds in this line — temperature class, capacity, compressor, refrigerant and overall dimensions are field-tested. Use the matrix to match your target cabinet to the right mould configuration.

Cabinet model Variant Temperature (°C) Volume (L) Power (W) Weight (kg) Compressor Refrigerant Size (mm) Source mould
LC-620FX Single-door refrigeration -2–8 620 262 75 DONPER / WANBAO R290 620 × 725 × 2065 Mold for Upright →
LC-1260FX Double-door refrigeration -2–8 1113 374 145 DONPER / WANBAO R290 1260 × 725 × 2065 Mold for Upright →
LD-1260FX Double-door freezing ≤-18 1066 911 200 DONPER / WANBAO R290 1260 × 725 × 2065 Mold for Upright →
LC-1860FX Triple-door refrigeration -2–8 1685 583 200 DONPER / WANBAO R290 1860 × 725 × 2065 Mold for Upright →
LD-1860FX Triple-door freezing ≤-18 1670 1395 260 DONPER / WANBAO R290 1860 × 725 × 2065 Mold for Upright →

Source: UREXCEED catalog §07 OEM/ODM cabinet series, cross-referenced to the mould that produces each SKU. Custom cabinet sizes outside this range supported — send us your cabinet drawing for a 7-day quote.

From inquiry to first commercial unit — the 6-step delivery flow

From inquiry to first beverage cooler off your line. ~9 months for a 3,000 units/day bottler-program line.

Beverage Cooler Factory — production line reference
  1. 1

    Inquiry & Bottler-Program Scoping

    Week 1–2

    Share target capacity, brand-spec target (Coca-Cola / Pepsi / heineken / OEM private label), variant mix (single / double / triple-door), target markets (US, EU, MENA, ASEAN). We send a 1-page proposal with line layout and bottler-spec compliance roadmap.

  2. 2

    Detailed Proposal & Bottler-Spec Mapping

    Week 2–4

    If targeting a specific bottler program, share their cabinet spec sheet — we map each cosmetic + functional requirement to equipment line item. Mould variants picked, PU machine sized, paint booth + decal jig specced. Quote with 20-line BOM in 12 days.

  3. 3

    Contract & Cabinet Design Freeze

    Week 4–6

    30% down. Cabinet CAD review with bottler color RAL + door curve radius + decal position frozen. Mould CAD signed off in week 6.

  4. 4

    Mould + Paint Booth Build

    Month 2–5

    Cabinet moulds + door moulds: 45–60 days (more standardized than refrigerator lines). PU machine: 45 days. Calibrated paint booth + decal jig: 30 days. Pre-shipment FAT: trial cooler produced in our shop and audited against bottler spec.

  5. 5

    Sea Freight & On-Site Installation

    Month 5–7

    4–6 × 40' containers from Shanghai/Ningbo. On-site installation 3 weeks. Paint booth ventilation + electrical commissioning critical here.

  6. 6

    Commissioning, Bottler-Audit Prep & Acceptance

    Month 7–9

    First 50 trial coolers produced to bottler spec, internal audit pass before bottler sends auditor. Operator training. Acceptance signed when 30 consecutive coolers pass bottler spec checklist. 60% payment due here, 10% after first commercial bottler audit pass.

Why this line works — backed by the real specifications

Built for high-throughput bottler programs where every door must look identical to the brand standard.

1

Door cosmetic precision matched to bottler brand specs

Vacuum-formed inner doors hold ±0.3 mm tolerance on glass-ledge alignment — critical when Coca-Cola or Carlsberg brand teams audit cooler aesthetics across 50,000+ deployed units.

2

Foaming cycle 90 s for single-door, 180 s for triple-door

High-pressure PU foaming machines (UPM-HP-1500) with optimized injection paths cut door foaming cycle by 25–30% vs. conventional setups, letting a 10,000-unit annual program ship in 6–8 months instead of 9–12.

3

Capacity 500 to 8,000 units/day on the same backbone

Modular line layout starts at 500 units/day for new bottler programs and scales to 8,000 units/day without redesign. Bottlers piloting in one country can replicate the same line in 3 more without re-engineering.

4

Energy-efficiency rating support for EU & EAEU markets

Foaming density 35–45 kg/m³ tuned for EU Energy Label class C+ on standard glass-door coolers — the threshold most major bottlers now require for retail placement.

Customization Options

Bottler programs (Coca-Cola, Pepsi, Heineken) are 100% spec-driven. 4 axes calibrated to bottler spec sheets.

Brand spec match

Cabinet RAL color (Coca-Cola Red 484C, Pepsi Blue 287C), door curve radius ±0.3 mm, decal placement jig calibrated to bottler audit.

Door config

Single / double / triple door variants on snap-in divider modular mould. Capex drops from USD 280K → USD 95K per variant.

Tropical / temperate spec

Standard 21°C / tropical 43°C ambient (SASO / DEWA). Tropical-spec uses 60 mm wall foam (vs 45 mm), 4–6 W/m heated door perimeter.

Burst capacity

Steady 3K/day → peak 8K/day for 60-day bottler rollouts. Second high-pressure station add-on (+USD 280K) doubles burst.

Foam Quality Visualization — what closed-cell structure actually looks like

The single biggest predictor of refrigerator cabinet thermal performance is the foam cell structure. Closed-cell ratio, average cell diameter and density uniformity decide whether your cabinet holds -18°C in 35°C ambient — or fails the EU Ecodesign type-test. Here's what fine and coarse PU foam look like under a scanning electron microscope.

SEM micrograph of coarse PU foam — large irregular open cells, low closed-cell ratio
Coarse foam · low grade

Industry-typical low-grade PU

Avg cell diameter
~400 µm
Closed-cell ratio
85–90%
k-factor (W/m·K)
0.025–0.028
Density uniformity
±5 kg/m³

Visible voids, broken cell walls, large irregular cells. Refrigerator cabinet pull-down test fails at 32°C+ ambient. EU Ecodesign type-test fails first submission.

SEM micrograph of fine UREXCEED PU foam — small uniform polygonal closed cells, high closed-cell ratio
Fine foam · UREXCEED grade

Our cyclopentane PU system

Avg cell diameter
~100 µm
Closed-cell ratio
≥95%
k-factor (W/m·K)
0.019–0.021
Density uniformity
±0.5 kg/m³

Uniform fine cells, intact walls, high closed-cell ratio. Refrigerator cabinet pull-down test passes at 43°C tropical ambient. EU Ecodesign / WHO PQS / ENERGY STAR first-submission pass rate 90%+.

How we measure it: Every shipment of PU raw materials runs through pilot foaming + SEM cell-structure check at our lab. Every commissioned line gets a foam parameter card with these targets — if your operators tune to the card, the foam structure stays in this range. Sample reports available on request.

Illustration · Conceptual SEM micrographs representing typical industry coarse foam (left) vs UREXCEED cyclopentane PU foam quality target (right). Real SEM reports from your specific line available after commissioning.

Application Scenarios

Beverage coolers cover the most aggressive bottler tender programs.

  • Single-door upright cooler (Coca-Cola / Pepsi 200–400 L)
  • Double-door commercial cooler (chain restaurant / bar)
  • Triple-door beverage merchandiser (convenience-store wall)
  • Beer cooler (sub-2°C, branded keg-line variant)
  • Hospitality back-bar cooler (under-counter style)
  • Energy-drink display cooler (compact 50–200 L)

Questions factory owners ask us

What's the typical investment for a 3,000 units/day beverage cooler line?
USD 1.6M–2.4M including foaming moulds (USD 280K–420K), high-pressure PU foaming machines (USD 180K–260K), assembly conveyor (USD 350K–550K), refrigeration loading station (USD 200K–300K), and testing equipment (USD 200K–350K). Excludes building and refrigerant charging station. ROI typically 24–36 months at standard bottler-program volumes.
Can you supply lines compliant with Coca-Cola or PepsiCo cooler programs?
Yes. Our reference designs cover the Coca-Cola SLIM-style cooler family and PepsiCo MERCH series cabinet specs. Brand-specific door panel artwork, RFID tags, and energy-class targets are tooled into the moulds during the design phase. We do not handle brand contract negotiation — that is between you and the bottler.
How do you handle door-foaming defects on glass-door coolers?
Two-stage QC: foam density spot-check every 50 doors, then visual + thermal-imaging inspection on every door before glass installation. Defect rate on commissioned lines averages 0.4–0.8% (industry benchmark 1.5–2%). Defective doors are recovered through controlled re-foaming, not scrapped.
What is the lead time from contract to first shipment?
Mould design and fabrication: 60–75 days. PU foaming machines: 45–60 days in parallel. Line integration: 90–120 days. Sea shipping: 30–45 days. Commissioning: 30–45 days. Total: 7–9 months from signed contract to first commercial output, faster than household refrigerator lines because cooler tooling is more standardized.
Do you support tropical-spec coolers for Middle East and Southeast Asia?
Yes. Tropical-spec configurations use thicker insulation (60 mm vs. standard 45 mm), tropicalized condenser sizing, and higher-density foam (40–50 kg/m³). Tested for ambient operation up to 43°C — required by SASO (Saudi Arabia), DEWA (UAE) and equivalent ASEAN energy standards.

Optional Add-ons

Extend Your Production Line

Five proven add-ons our 1,800+ customers ask for after their first refrigerator factory line goes live. Discuss with our engineers which fit your spec.

Raw Material Supply

PU MDI / Polyol systems sourced direct from BASF / Covestro / Wanhua, calibrated to your foam specs and climate. Container-load discounts.

Spare Parts Package

2-year wear-parts package — seals, valves, heating elements, sensors. Pre-shipped with the line, no air-freight emergencies.

Robot Integration

ABB / KUKA 6-axis robot for de-molding, demoulding, palletizing or insertion of internal components — boost throughput +30%.

Automatic Demoulding System

Vacuum-assisted demoulding for thin-wall liners and complex geometries — eliminates worker injury, halves cycle time.

Quality Inspection System

Inline foam density, void, k-factor + dimensional QC stations. Auto-reject + traceability log — meets ISO 9001 + EU appliance regulation.

ROI · Cost Analysis

Investment Range & Payback

Indicative range based on 1,800+ delivered lines. Final pricing depends on automation level + add-ons + local labor cost. Request a quote for your spec.

Investment
USD 1.5M – 3.0M
Payback
14–22 months
Annual Throughput
600K–3M units/year

Configuration note: Bottler-program lines (Coca-Cola / Pepsi / Heineken spec): high-throughput cyclopentane PU + calibrated paint booth + decal jig + ENERGY STAR pre-test rig. Sized for 60-day peak bursts.

Service & Support

Warranty & Service

On-site intervention available in every region where we have delivered projects.

On-Site Installation

Our engineers fly to your factory to supervise installation, layout verification, and first-run production.

Commissioning + Tuning

Trial run + parameter tuning to your local raw material, climate, and target product spec — until throughput meets contract.

Operator Training

5-10 day on-site training for production team, QC, and maintenance — bilingual manuals + video tutorials provided.

3-Year Warranty + Spares

Core equipment 3-year warranty, electrical 2-year. Spare parts in stock with global express shipment 24h dispatch.

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Turnkey Production Lines for Refrigeration Equipment Factories

30
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1800+
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40+
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10,000+ m²
Factory Area
ISO·CE·RoHS
Certified Quality
Chuzhou·Kunshan
Cluster Network

"From a Single Pump to a Turnkey Line — One Partner Through Every Tier."

Request a Tailored Quote for This Line