How much does a fully automatic plastic bag/paper bag machine cost? A comprehensive market price analysis in 2025.

Release time：2026-01-12 Classification：Knowledge

Stepping into the production workshop, amidst the hum of machines, rolls of raw materials are magically transformed into exquisite packaging bags on the assembly line. This is the charm of a fully automatic plastic bag/paper bag machine, but how much investment does it actually require?

In today's industrial environment, where efficiency and environmental protection are equally important, fully automatic plastic and paper bag machines have become an indispensable piece of production equipment in the packaging industry. Whether in the food industry, retail sector, or industrial production, there is a continuously growing demand for packaging bags.

So, how much does a fully automatic plastic bag/paper bag making machine cost ? This is the most pressing question for every potential buyer. According to the latest market research data from 2025, the price range for this type of equipment is quite wide, ranging from tens of thousands of yuan for basic models to over a million yuan for high-end models.

Equipment type and price range

The market price of fully automatic plastic bag and paper bag machines varies significantly, mainly depending on the equipment's functions, degree of automation, and production efficiency.

Basic equipment is relatively affordable, typically ranging from 30,000 to 120,000 yuan . This type of equipment is mainly suitable for small to medium-sized packaging needs, capable of producing simple flat bags, vest bags, and other bag types at a speed of approximately 50-80 pieces per minute.

Mid-range fully automatic models offer higher technological content and production efficiency, with prices ranging from 100,000 to 200,000 yuan . These machines typically employ PLC control systems and servo motors, enabling more precise bag-making control and supporting rapid switching between more bag types.

High-end, high-speed production lines are the first choice for large enterprises, with prices typically ranging from 300,000 to 500,000 yuan , and some ultra-large industrial equipment even exceeding 1 million yuan . These machines integrate multiple functions, such as printing, lamination, punching, and forming, and can produce tens of thousands or even hundreds of thousands of pieces per day.

Key factors affecting prices

The level of automation is one of the key factors determining price. Fully automated equipment is 30%-50% more expensive than semi-automated equipment, but it also significantly reduces labor costs and improves consistency.

The production capacity of the equipment is directly related to its price. High-speed models (such as those with a speed of 600 pieces/minute) are usually priced above 200,000 yuan, while ordinary speed equipment is relatively cheaper.

Additional features can also significantly impact device price. Here are some common additional features and their price impact:

  • Printing function: Increases costs by 15%-25%.
  • Photoelectric correction system: Improves positioning accuracy, but increases cost by approximately 5%-10%.
  • Quick-change system: Reduces bag type change time, but increases investment by 8%-15%.
  • Automated counting and marking systems: Improve production efficiency, but increase costs by 5%-8%.

Material compatibility is also a source of price differences. Equipment that can handle multiple materials (such as kraft paper, coated paper, laminated paper, etc.) is usually more expensive.

Equipment Performance and Technical Parameter Analysis

The technical parameters of a fully automatic plastic bag/paper bag machine directly affect the equipment's price and performance. The following is an analysis of the key parameters:

Effective width is a crucial parameter determining the size of bags that the equipment can produce. Typically, the width ranges from 80-350mm, with wider machines costing more.

Production speed is a core indicator for measuring equipment efficiency. Low-speed equipment produces 30-80 bags per minute, while high-speed equipment can produce over 600 bags per minute.

The range of applicable materials affects the application scenarios of the equipment. Commonly applicable materials include kraft paper, glossy paper, coated paper, and white cardboard with a weight range of 30-120g. The wider the range of applicable material weights, the higher the technical difficulty of the equipment.

Power consumption is related to production costs. The power consumption of fully automatic paper bag machines is usually between 12-30KW. Although the purchase cost of high-efficiency and energy-saving equipment is slightly higher, the long-term operating cost is lower.

Investment return analysis

Purchasing a fully automatic plastic bag/paper bag machine is an investment that requires comprehensive consideration of return. Taking a mid-range machine as an example, the price is about 200,000 yuan , with two shifts of production per day, and the expected payback period is between 1 and 2 years.

Increased production efficiency is the most direct return on investment. Fully automated equipment can increase production capacity by more than 30% compared to semi-automated equipment, while reducing the need for manual labor, from 3-4 people to only 1-2 people.

Improved material utilization can also lead to significant cost savings. High-end equipment equipped with precise positioning and cutting systems can reduce material waste by approximately 5%-10%, which is a considerable saving for mass production.

The implicit benefits of improved product quality consistency should not be overlooked. Automated production avoids quality fluctuations caused by human factors, reduces scrap rates and customer complaints, and enhances brand image.

Purchase Guide and Precautions

When purchasing a fully automatic plastic bag or paper bag machine, it is necessary to consider many factors and avoid blindly pursuing low prices or high performance.

Defining production needs is the first step. Equipment specifications need to be determined based on the planned bag type, size, average daily output, and material type to avoid over- or under-functionality.

Verifying supplier qualifications is crucial. Prioritize manufacturers with ISO, CE, or similar certifications, as these typically offer more reliable after-sales service and technical support.

Energy consumption and maintenance costs are critical for long-term operation. Choosing equipment with automatic lubrication systems can reduce maintenance frequency, while energy-efficient designs can reduce daily operating costs.

Pay attention to after-sales service details . Prioritize suppliers that provide on-site commissioning, annual maintenance, and professional technical support, especially for high-speed models which require reliable technical assurance.

Industry Development Trends and Future Outlook

The fully automatic plastic bag and paper bag machine industry is developing towards intelligence and green technology, and future equipment will integrate more innovative technologies.

Intelligent control is becoming a new trend. Modern equipment commonly uses touch screen human-machine interfaces and PLC systems, and in the future, it will further develop IoT remote monitoring and fault diagnosis functions.

With increasingly stringent environmental regulations, energy-saving performance and compatibility with environmentally friendly materials will become key selling points for equipment .

Multifunctional integration is another development direction. A single machine integrates multiple processes such as printing, lamination, and bag making, reducing the turnover of semi-finished products and improving overall production efficiency.

Flexible production capabilities are gaining increasing importance. As market demand for small-batch, multi-variety production grows, equipment capable of quickly switching between different bag types is becoming more competitive.

With continuous technological advancements, the price of fully automatic plastic bag and paper bag machines is gradually becoming more reasonable, while their performance continues to improve. For investors, the key is not to find the cheapest equipment, but to find the model that best suits their production needs and scale.

In the coming years, with the application of artificial intelligence and industrial Internet of Things technologies, fully automatic plastic bag and paper bag machines will become more intelligent and efficient, creating greater value for investors.