Egg Tray Production Line

Egg tray making machine mainly uses waste paper,waste carton as raw materials. By smash pulp, vibrating pulp, grinding pulp and forming pulp, the forming machine adsorbs the pulp by vacuum type with some necessary chemicals. The equipment also can produce the followings: package for glass and ceramics, crafts, small machinery, electric products, toys paper egg tray machine and so on.

Four systems quality assurance
Pulp system is mainly comprised of hydrapulper, pulp pump, multifunctional refiner andblender, control cabinet ect.

Forming machine
Consist of 1pc of forming platen and 1 pc of transfering platen.

Forming efficiency:5-6cycles/min;
Equiped with vacuum auto draining system;auto cleaning system for the forming mold and auto control cabinet.
Egg box Machine can produce various trays/cartons with different moulds as per your specification or samp...

Drying line developed by our company adopts international advanced technology, combines advantages of drying line from domestic and aborad, energy saving abvious, up to the world advanced level. The heat source of drying line may be nature gas, heat-transfer oil or fuel oil.

Packaging Details: Wooden according to specific size of each equipment, we twine thick plastic coating for each machine

 

Delivery Detail: 25 days after payment

Why Is a Pulp Molding Egg Tray Machine More Profitable Than Plastic?

When investors compare a pulp molding line to a plastic thermoforming line, the immediate assumption is often that plastic is cheaper. In reality, a pulp molding egg tray machine​ usually delivers stronger margins, faster payback, and lower long-term risk. The advantage is not magic-it comes from raw material economics, regulatory tailwinds, breakage reduction, and the circular waste-to-value model built into pulp molding itself.

The first profit lever is feedstock cost. A pulp molding egg tray machine​ runs on waste newspaper, OCC cartons, and mixed recycled paper at roughly USD 100–250 per ton. One ton yields about 12,500 standard trays, so raw material cost lands at USD 0.008–0.017 per tray. A plastic tray line, by contrast, depends on PET/PVC/PS resin tied to oil prices, pushing typical production cost to USD 0.025–0.04 per tray. Pulp molding decouples your cost structure from crude oil volatility-a major edge when petro-prices swing.

The second lever is total cost per piece. On a small pulp egg tray machine​ (1,000–1,500 pcs/h), all-in cost including pulp, power, water, labor, and depreciation is about USD 0.018–0.044 per tray, with wholesale price at USD 0.05–0.08. That is a 32–50% gross margin and 3–6 month payback on a USD 12K–20K semi-auto line. Plastic lines carry higher machine investment (USD 80K–200K vs USD 50K–150K for pulp) and per-tray cost that leaves thinner room after energy and resin spikes.

Third, demand-side pricing power. With plastic restriction orders active in the EU, parts of the US, and across Asia, retailers and egg brands actively pay a premium or mandate molded pulp. A pulp egg tray machine​ lets you sell into compliant supply chains and often command USD 0.05–0.12 per tray, while plastic trays face EPR taxes, disposal fees, and in some markets outright bans. Compliance is not a cost center-it is a pricing shield.

Fourth, functional savings downstream. Pulp trays breathe, wick moisture, and flex to absorb shock, cutting egg breakage to below 0.3% in tested setups versus higher losses in rigid plastic. Lower breakage means your customers (poultry farms, supermarkets) come back, and repeat orders are where a pulp egg tray machine​ owner compounds profit without extra ad spend.

Fifth, scalability on lean capital. You can start with a 1,000 pcs/h semi-auto egg tray machine​ plus sun drying at USD 8K–18K all-in, then reinvest. A plastic injection line rarely offers that entry ladder-minimum efficient scale is far higher.

The caveat: drying energy on a pulp egg tray machine​ is 60–80% of power cost, so sun drying or biomass kilns protect margin; ignoring the dryer design erodes the advantage. Done right, however, pulp molding beats plastic on input cost, oil independence, regulatory fit, breakage reduction, and payback speed.

In short, a pulp molding egg tray machine​ is more profitable than plastic because it turns near-free waste paper into a policy-backed, low-breakage, 30–50%-margin product-while plastic fights resin prices, bans, and EPR fees at every step.