Choosing the right Fruit Tray Thermoforming Machine depends on much more than the machine's maximum production speed.
The machine should be selected according to the fruit tray design, material, sheet thickness, product depth, mold configuration, production capacity and required automation.
This guide explains the main factors buyers should consider before purchasing a thermoforming machine for fruit packaging.
The first step is to determine exactly what product you want to manufacture.
For example:
Strawberry trays
Blueberry trays
Grape trays
Cherry trays
Fresh fruit trays
Supermarket fruit packaging
Customized fresh produce containers
Different products can require different mold designs and forming configurations.
Common materials for thermoformed fruit packaging include:
PP
PET
PS
PLA
Other suitable thermoforming materials
PET may be preferred for transparent fruit packaging where product visibility is important.
PP may be selected for applications requiring different mechanical or temperature-performance characteristics.
The final material should be evaluated based on the product application and the actual sheet specification.
Sheet thickness is one of the most important machine-selection parameters.
A thicker sheet normally requires different heating conditions and forming considerations than a thin sheet.
Before choosing the machine, provide the supplier with:
Material
Sheet thickness
Sheet width
Sheet length or roll specification
This information helps determine whether the selected thermoforming machine is suitable.
The length, width and depth of the fruit tray directly affect the required forming area.
For example, a small strawberry tray and a large fresh produce container may require completely different mold arrangements.
The machine should have sufficient forming area for the required product layout.
Fruit trays are not all the same depth.
A shallow tray and a deeper container can have different forming requirements.
If the product has a relatively deep structure, the forming system and demolding method should be carefully evaluated.
Thermoforming machines can use different forming methods.
Depending on the product design, options may include:
Vacuum forming
Positive pressure forming
Positive and negative pressure forming
For fruit trays with specific shapes, corners or forming details, positive and negative pressure thermoforming may provide greater process flexibility.
The appropriate forming method should be selected according to the actual product.
Do not select a machine based only on a supplier's maximum cycle speed.
Production capacity depends on:
Number of cavities
Product size
Material
Sheet thickness
Heating time
Forming time
Cutting time
Stacking method
Machine cycle
A supplier should evaluate the complete production process rather than only quoting a theoretical machine speed.
The mold cavity arrangement directly affects production output.
For example, a mold can be designed for multiple fruit trays in one cycle.
However, more cavities are not always better.
The cavity number should be balanced with:
Product size
Forming area
Cutting layout
Material utilization
Required output
Machine configuration
If the final product needs to be separated automatically from the sheet, the cutting system is important.
The cutting layout should be considered during mold design.
A good mold and cutting layout can help improve production stability and material utilization.
For high-volume fruit tray production, automatic stacking can significantly reduce manual handling.
An automatic stacking system can organize finished trays after cutting and prepare them for collection and packaging.
If your production volume is relatively low, a simpler configuration may also be sufficient.
The mold is one of the most important parts of the fruit tray production system.
A professional mold supplier should consider:
Product dimensions
Fruit arrangement
Tray depth
Material
Sheet thickness
Number of cavities
Cooling
Demolding
Cutting
Stacking
Providing a physical sample or product drawing is strongly recommended before confirming the mold.
A machine should not only meet today's production requirements.
If you plan to produce several fruit tray sizes in the future, consider whether the machine can accommodate different molds and product configurations.
This can make the equipment more flexible as your product range grows.
For industrial machinery, after-sales service is an important part of the purchasing decision.
Ask the supplier about:
Installation
Commissioning
Operator training
Spare parts
Remote technical support
Warranty
Troubleshooting
Mold support
A lower initial machine price does not necessarily mean a lower total production cost.
Before requesting a quotation, prepare the following information:
Product: Fruit tray
Material: PP / PET / other
Sheet thickness: ___ mm
Tray size: ___ mm
Tray depth: ___ mm
Number of cavities: ___
Required output: ___ pieces/hour
Automatic cutting: Yes / No
Automatic stacking: Yes / No
Product drawing: Available / Not available
Product sample: Available / Not available
Providing these details allows the supplier to recommend a more accurate machine configuration.
Do you know how to make plastic fruit trays with a thermoforming machine?
Hengxing Thermoforming Machinery has been manufacturing thermoforming equipment since 1999.
We provide thermoforming solutions for:
Fruit trays
Fresh produce packaging
Food containers
Food trays
Egg packaging
Blister packaging
Other thin-wall thermoformed products
Our team can evaluate the product, material, mold, and production requirements before recommending a machine.
The right Fruit Tray Thermoforming Machine should be selected according to the complete production process rather than one single specification.
Material, sheet thickness, tray dimensions, product depth, mold cavities, forming method, production capacity, cutting and stacking should all be considered together.
If you already have a fruit tray sample or drawing, send it to Hengxing for a machine and mold evaluation.