Automatic Thermoforming Machine

Automatic multi-station thermoforming machine

Model：450/650 730/610 730/810

Multi-station thermoforming machines are suitable for processing different materials such as A-PET, R-PET, C-PET, BOPS, HIPS, PP, PLA, PVC and barrier materials, and can produce a variety of products: trays, lids, fruit and vegetable boxes, flower pots, shells, seedling trays and plates. It can make some products that single-station thermoforming machines cannot make, such as: PLA products, p...

RS series automatic plastic thermoforming machine

Model：720/350 750/420 780/520 800/500

This machine is a new generation of full servo plastic thermoforming machine of our company, including feeding, stretching, and main machine drive are all controlled by servo motors. It mainly produces various disposable cups, bowls, plastic containers and various food packaging. It can also produce various medical packaging containers and various other light industrial plastic packaging. Compa...

Multifunctional thermoforming machine

Model：550

We design for PP and PS PVC films. This machine is suitable for any thermoforming plastic sheet. This plastic thermoforming machine is upgraded according to the latest development technology, and it solves many unsolvable problems compared to traditional machines. This plastic thermoforming machine forms and cuts neatly and clearly, and can cut off products in sequence. Also suitable for PP, PS...

RS series plastic cap forming machine

Model：420 / 450

1. This machine is designed and manufactured in accordance with the "GMP" standard of the pharmaceutical industry and the "QS" standard of the food industry. 2. This machine can complete forming, punching and cutting at the same time to avoid cross contamination of products. 3. The forming heating plate can be automatically turned on and off, and can be delayed to start, so as to control an...

Environmental Impacts of Using a Thermoforming Machine

2025-07-01

Operating a thermoforming machine can support sustainability in packaging by enabling lightweight, recyclable designs. By heating only necessary plastic areas, it minimizes waste and energy use compared to injection molding. Innovations like regenerative heating cut CO2 emissions by 25%. Applications in eco-products, such as biodegradable containers, help reduce landfill contributions. Challenges include managing scrap rates, but modern machines address this with in-line recycling. For industries, adopting such a machine aligns with green certifications like ISO 14001, making it a forward-thinking choice for responsible manufacturing.