Introduction

With rising hygiene standards, disposable compressed towels have become a popular choice for everyday consumption and use. Many compressed towel manufacturers, aiming to increase production and reduce labor costs to meet market demand, opt for fully automatic compressed towel manufacturing machines. However, choosing the wrong machine can lead to frequent downtime and waste of raw materials. Based on our experience working with compressed towel manufacturers, we have compiled five factors to consider when selecting a compressed towel machine.

Equipment Capacity & Production Requirements

Capacity Planning

First, clarify your daily production needs. For example, if your factory produces 100,000–200,000 pieces per day, it is recommended to reserve an additional 10%–20% capacity buffer to handle peak seasons. This helps avoid delayed deliveries caused by insufficient capacity.

For manufacturers with stable, long-term orders—such as those supplying hotels or maternity centers in bulk—a machine with a production capacity of over 50 pieces per minute is generally a suitable choice.

Level of Automation

Fully automatic models are the preferred option. Only one operator is required for material loading, after which the machine completes the entire process automatically, including feeding, cutting, folding, compressing, forming, and packaging, with no manual operation involved. This significantly reduces labor requirements while improving hygiene standards.

From a technical perspective, it is recommended to choose equipment equipped with a PLC control system. In terms of operation, machines with an industrial touchscreen are preferred, as they can display production counts and operating speed in real time, allow intuitive parameter setting and adjustment, and enable real-time monitoring of pressure and cylinder speed.

Power System Selection

The appropriate drive system can be selected based on production capacity requirements. Fully automatic hydraulic models are suitable for factories with high output demands, offering stable energy consumption and relatively low maintenance costs.

Vacuum systems are ideal for applications with higher requirements for compression quality and hygiene standards. This system removes air from the package through a vacuum pump, resulting in a more compact and cleaner finished product.

Pneumatic models are better suited for small to medium production capacities. They feature a simpler structure and a high cost-performance ratio, but their output capacity is lower compared to hydraulic systems.

Stability of core components and equipment operation

Key Component Selection

The overall frame must be made of national standard steel; the control unit should preferably be a well-known brand such as Mitsubishi or Siemens, as it is less prone to failure; the power components should be imported from Bosch, a leading brand in the industry, for stable operation;the servo feeding system should use a servo motor–driven feeding mechanism, which provides significantly higher precision compared to conventional stepper motors or mechanical feeding systems.; whether there is an automatic correction device and a humidification system can reduce waste and make the compressed towels more compact.

stability

If conditions permit, you can choose to visit the equipment supplier's factory and inspect the equipment's operation on-site, or request a test report from the supplier demonstrating continuous 24-hour trouble-free operation. Simultaneously, the equipment must have overload protection, leakage protection, and fault warning functions; the machine will automatically alarm in case of a problem.

Equipment compatibility and material compatibility

Adaptability

You can ask the equipment manufacturer if the equipment can be flexibly adjusted. If you want to keep up with the market or create your own brand, you need to choose a machine that can change shapes and sizes by changing molds, so as to meet the needs of different customers for specifications, appearance and compression effect.

Material Compatibility

Currently, disposable compressed towels on the market can be made of pure cotton, plant fibers, chemical fibers, blended materials, non-woven fabrics, and regenerated cellulose fibers. A compressed towel machine that is compatible with all of these materials essentially covers most of the compressed towels on the mainstream market.

Energy consumption and cost

Energy Consumption Control

Compressed towel equipment requires long-term, extended use, so energy consumption directly impacts operating costs. Therefore, energy-efficient models should be prioritized. Technically, consider whether it employs a variable frequency motor and a hydraulic differential circuit design. A variable frequency motor automatically adjusts its speed according to production needs, avoiding energy waste during idle operation and reducing noise. Simultaneously, a cooling system maintains the oil temperature for continuous operation, further reducing energy consumption. When purchasing, request energy consumption parameters from the manufacturer and prioritize models with energy consumption below the industry average.

Maintenance and Wear Parts Costs

For factories already in stable production, equipment maintenance and wear part costs directly impact both downtime and operational expenditure. Within towel compression machinery, moulds and conveyor belts represent typical wear components. When selecting such parts, prioritise universal specifications and standardised designs. This ensures greater market price transparency and avoids vendor lock-in. Prior to purchasing equipment, enquire about the average lifespan, maintenance costs, and replacement intervals for these components.

Cost-effectiveness calculation

For wear parts, the manufacturing capabilities of equipment manufacturers warrant consideration. Manufacturers possessing in-house precision moulding facilities hold a distinct advantage. Procuring wear parts directly from the original equipment manufacturer ensures superior compatibility and streamlined communication. When purchasing equipment, one must look beyond the initial acquisition cost to assess the total cost of ownership (including labour savings, consumables reduction, after-sales support, and service life).

Manufacturer's capabilities and after-sales support

Manufacturer Capabilities

Prioritise selecting manufacturers with integrated R&D, sales, and after-sales capabilities, holding CE and ISO 9001 certifications. ISO 9001 Quality Management System certification demonstrates comprehensive quality assurance across design, manufacturing, assembly, and post-sales support. Greater emphasis should be placed on actual manufacturing and R&D capabilities, prioritising manufacturers with years of specialised experience within a specific niche. For instance, when sourcing a single-use compressed towel production machine, focus on those dedicated to developing automated equipment for non-woven materials.

After-sales guarantee

The equipment manufacturer should have a comprehensive after-sales service, be able to handle after-sales issues in a timely manner, provide remote debugging for simple after-sales issues, provide a warranty period of at least one year, and provide lifetime maintenance services. The equipment manufacturer should provide free equipment installation, debugging and free training services for operators, and provide on-site installation.

In summary, purchasing compressed towels essentially helps compressed towel manufacturers reduce costs and increase efficiency. Therefore, before purchasing, it is essential to choose a suitable automation solution based on your factory's specific needs. Compare different models and prioritize those with high quality, strong adaptability, and comprehensive after-sales service, avoiding blindly pursuing low prices or high production capacity.

FAQ

Are compressed towels any good?

Compressed towels are extremely convenient for travelers, as they are lightweight and easy to carry. For the hotel industry, they offer a clean and hygienic solution.

They can be widely used in daily life, such as for facial cleansing and general cleaning. High-quality compressed towels can even be reused for a second purpose. For example, after being used to wash the face, the towel can be reused for cleaning tasks. However, this is only possible when high-quality raw materials and proper manufacturing processes are used.

How to make compressed towels？

After selecting the raw materials, one person feeds them in. During the material cutting process, the equipment automatically humidifies the material, folds it, and finally puts it into the mold to compress the finished product.