

Many poultry farms and small packaging factories face universal production challenges. Imported disposable egg trays carry high procurement costs and unstable delivery cycles, while local semi-manual equipment suffers from low output, high labor consumption, and unstable finished quality. Blind model selection without matching workshop space, energy conditions, and production scale often leads to unnecessary capital waste and production delays. This professional guide helps buyers select a suitable egg tray production machine by analyzing genuine factory parameters and practical project demands, avoiding common selection mistakes and operational risks.
Core Technical Specifications Of Egg Tray Production Machine
YG series pulp molding equipment covers seven mainstream models to meet differentiated production scale demands.
| Model | YG-1*3 | YG-1*4 | YG-3*4 | YG-4*4 | YG-4*8 | YG-5*8 | YG-6*8 |
| Capacity (pcs/h) | 1000 | 1500 | 2500 | 3500 | 4500 | 5500 | 7000 |
| Forming Mould Quantity | 3 | 4 | 12 | 16 | 32 | 40 | 48 |
| Total Power (kW) | 40 | 40 | 50 | 60 | 130 | 140 | 186 |
| Electricity Consumption (kw/h) | 28 | 29 | 35 | 42 | 91 | 98 | 130 |
| Worker | 3-5 | 4-6 | 4-6 | 4-6 | 4-6 | 5-7 | 6-8 |
Fuel options include coal, natural gas, diesel, and LPG. All molds support customized production to meet different packaging product demands.
Four Key Decision-Making Factors For Egg Tray Moulding Machine
1. Evaluate Actual Workshop Space Requirements
Workshop floor space is the primary judgment standard for production line selection. Most small local packaging factories and poultry farms have limited plant area, which puts forward strict requirements on equipment layout compactness.
- YG-1*3 / YG-1*4: Ultra-compact layout fits small-scale workshops and farm in-house production, no need for large-scale plant reconstruction.
- YG-3*4 / YG-4*4: Moderate footprint adapts to medium-sized packaging factories, balancing output and space utilization.
- YG-4*8 to YG-6*8: Larger production lines of egg tray production machines require more floor space, suitable for large commercial pulp molding factories with sufficient plant area.
2. Match Equipment Performance With Production Materials & Scale
Different raw material conditions and target output require a matched model configuration. A professional paper egg tray making machine can avoid insufficient production capacity or performance waste in actual operation.
- The line processes waste cartons, waste newspaper, and crop straw fiber, enabling factories to utilize local low-cost recycled paper resources.
- For small-scale farm in-house use, YG-1*3 and YG-1*4 meet daily egg packaging demands with moderate output.
- For commercial mass production, YG-4*8 and above deliver high hourly capacity to supply local wholesale packaging markets.


3. Adapt To Local Energy Environment & Raw Material Supply
Energy type and raw material availability directly determine long-term operating costs. Cross-border projects of paper egg tray making machine also need to consider spare-part supply stability.
- Four optional heating fuels (coal, diesel, LPG, natural gas) adapt to different factory locations: suburban factories can choose coal or diesel, urban plants can adopt cleaner LPG or natural gas.
- The circulating hot-air drying tunnel saves 30% energy and keeps finished product moisture steadily at 8%-12%, stabilizing production costs amid fluctuating fuel prices.
- Priority wear-part supply channels help cross-border projects reduce unexpected downtime caused by long logistics cycles.
4. Control Long-Term Operation & Maintenance Cost
Reasonable equipment selection needs to balance purchase cost and long-term operating expenditure. Labor and energy costs are key factors affecting project profit margins.
- PLC touch-screen one-key operation with auto stacking and counting of egg tray moulding machine cuts labor expense by over 60% compared with semi-automatic equipment, easing the shortage of skilled operators.
- Fast mold replacement within 30 minutes supports diversified product output (egg trays, fruit holders, electronic buffer packaging) on one set of equipment, expanding product portfolio.
- Stainless steel pulp tank and interchangeable wearing parts lower long-term maintenance costs, with a real-time fault auto-alarm system reducing troubleshooting time.
Complementary Usage With Matching Auxiliary Equipment
Reasonable matching of supporting equipment improves overall production efficiency. Most projects of egg tray production machine combine core forming equipment with pulp processing and drying auxiliary systems to form a complete production line.
- Core forming unit: Completes vacuum adsorption forming and hot-pressing shaping, delivering qualified wet egg tray blanks.
- Pulp processing auxiliary: Includes a waste paper crusher and pulping tank, crushing recycled paper into uniform pulp for stable molding quality.
- Drying system: Uses a circulating hot-air tunnel to dry wet blanks to qualified moisture content, ensuring product strength.
The standard production workflow is pulp preparation first, then forming, drying, and automatic stacking, forming a closed-loop zero-pollution production process.


Frequently Asked Questions About Equipment Model Matching
A1: YG-1*3 with 1000 pcs/h capacity or YG-1*4 with 1500 pcs/h is the optimal choice, with compact layout and moderate labor demand.
A2: Coal and diesel heating options are available for suburban factories without natural gas pipeline access.
A3: Operators can finish mold replacement within 30 minutes, switching between egg trays, fruit trays, and electronic packaging on the same equipment.
Closing Summary
Scientific selection of pulp molding equipment relies on comprehensive evaluation of workshop space, production scale, local energy conditions, and long-term operating costs. YG-1*3 and YG-1*4 paper egg tray making machines suit small farm in-house production, YG-3*4 and YG-4*4 balance output and space for medium factories, and YG-4*8 to YG-6*8 adapt to large commercial mass production. Matched with pulp processing and drying auxiliary systems, this egg tray machine delivers stable, low-cost biodegradable packaging production for poultry and packaging enterprises.
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