For international-standard hotels and resorts, hospitals, factories, industrial parks, and high-capacity commercial laundries, processing tons of textiles every day is no longer simply a matter of having a few industrial washing machines.

As laundry volume increases, project owners must address several challenges at the same time: processing capacity, labor, laundry facility space, water – electricity – chemical consumption, hygiene control, finishing time, and overall process stability.

This is why a large-scale industrial laundry system is typically designed around the integration of multiple processing stages, rather than simply adding more machines as laundry volume increases.

So what does such a system actually include? And when faced with multiple equipment, technology, and brand options, what should project owners look at?

1. From Individual Washing Machines to an Integrated Industrial Laundry System

At a smaller scale, an industrial washing machine may meet most operational requirements. However, when laundry volume reaches hundreds of kilograms or tons per day, this approach begins to show certain limitations.

Multiple individual washing machines mean more loading operations, more washing cycles, more textile movement between stages, and more manual tasks for operators. At that point, the question is no longer simply “Which machine has a larger capacity?”, but:

“How can the entire textile flow be processed at the appropriate capacity, with fewer bottlenecks and effective control from beginning to end?”

This is where continuous washing systems, industrial washer-extractors, Barrier Washers, dryers, ironers – flatwork finishers, and textile finishing equipment take on different roles within an industrial laundry facility.

Tunnel Washer – Why Is It Called the “Laundry Dragon” and Why Is It a Major Investment?

If you have ever seen a Tunnel Washer system, it is easy to understand why this equipment is commonly referred to in Vietnam as the “Laundry Dragon.”

Unlike an individual washing machine with a main washing chamber, a Tunnel Washer has a long tunnel-shaped structure with multiple chambers arranged sequentially, forming a continuous washing system. Depending on the configuration, different chambers can perform different stages of the washing process instead of loading all textiles into one machine and waiting for one batch to finish before starting the next.

This multi-chamber structure is one of the most important characteristics of a Tunnel Washer. It allows the laundry facility to organize textile processing as a continuous flow, making it suitable for operations with very large laundry volumes.

A Tunnel Washer system is not simply a long machine body. Behind it is an integrated system consisting of washing chambers, water supply, chemical dosing, program controls, textile transfer mechanisms, and downstream processing equipment. In highly automated systems, the Tunnel Washer can also be connected to processes such as water extraction, drying, and textile transportation.

Therefore, the investment value of a Tunnel Washer is not simply determined by the physical size of the machine. Its value lies in the level of integration and its ability to transform a process based on multiple individual washing batches into a more continuous production line.

Does Every Industrial Laundry Need a Tunnel Washer?

No.

This is an important point for project owners to consider.

If a hotel has a moderate operational scale, a hospital has a relatively limited textile volume, or a facility only needs batch-based processing, individual industrial washer-extractors may be more appropriate in terms of investment scale and operating model.

A Tunnel Washer becomes worth considering when laundry volume is high, continuous processing is required, and productivity becomes a major project requirement.

In other words, the question should not be:

“Is a Tunnel Washer better than an industrial washing machine?”

Instead, the question should be:

“Given the project's laundry volume, would a batch washing model or a continuous washing model be more suitable?”

That is the real investment question.

LAVATEC Tunnel Washer systems are developed for industrial laundry facilities and are available in different configurations, including Continuous Tunnel Washer systems with multiple chambers and program control according to processing requirements.

Industrial Washer-Extractors & Two-Door Barrier Washers – Why Can Some Projects Not Rely Only on Single-Door Machines?

While a Tunnel Washer addresses the requirements of capacity and continuous processing flow, industrial washer-extractors are suitable for operating models that require flexibility across different batches, textile types, and application areas.

An industrial washer-extractor does more than wash textiles. It also performs high-speed centrifugal extraction, reducing the amount of residual water before the textiles move to the drying stage. This has a direct impact on the next process: the less water remaining after extraction, the lower the burden placed on drying.

For projects such as hotels, resorts, factories, or service facilities, industrial washer-extractors allow textiles to be divided by group, load, and washing program instead of requiring the entire laundry volume to pass through a single production line.

For hospitals, healthcare facilities, laboratories, and environments with strict infection-control requirements, however, the situation is different.

This is where the Barrier Washer – two-door Barrier Washing Machine becomes important.

Why Does It Need Two Doors?

The name “Barrier” comes from the way the equipment is installed: the machine is positioned between two separate areas, with one side designated for soiled textiles and the other for clean textiles.

Textiles are loaded from the soiled side and, after completing the washing program, are unloaded from the clean side. The equipment therefore becomes part of the physical boundary between the two areas, rather than requiring operators to handle both soiled and clean textiles through the same door.

This is significantly different from a conventional single-door washing machine.

With a single-door machine, separation between clean and soiled areas depends largely on facility layout and operating procedures. A Barrier Washer, by contrast, is designed from the outset to support a segregated-area workflow.

FAGOR Professional describes its sanitary barrier washer range as equipment installed between two areas to help limit contact between soiled and clean textiles; its Barrier configurations range from 16 to 100 kg. IPSO also develops washer-extractors for hygienic environments with two-door designs and solutions for washing-cycle data traceability.

Therefore, a two-door machine is not automatically better than a single-door machine.

The real question is whether the project requires clean–soiled area separation.

If it does, selecting a Barrier Washer is no longer simply a choice of washing machine. It becomes a choice of a hygiene-control structure for the entire laundry process.

From Washing to Finishing: Why Should Dryers and Finishing Equipment Be Considered from the Beginning?

A common mistake when designing a laundry facility is placing too much emphasis on washing capacity while the capacity of downstream processes is not properly matched.

For example, a system may process a very large volume of textiles during washing, but if the dryers do not have sufficient capacity to receive the output, textiles will begin to accumulate in the middle of the process.

After drying, the workflow continues with ironing – flatwork finishing, folding, sorting, and transportation.

This is particularly important for hotels and resorts, where a large proportion of textiles require flat finishing, such as bed sheets, tablecloths, napkins, and other linen. Therefore, finishing equipment is not a secondary part of a laundry facility. It directly affects how quickly textiles can be returned to service and the quality of the finished product.

This is also why, when designing an industrial laundry system, the capacity of each stage should be considered as part of one connected chain, rather than selecting individual machines separately.

2. Not Every Brand Solves the Same Operational Challenge

This is an important point for project owners to understand when selecting equipment.

FAGOR Professional, IPSO, LACO Machinery, and LAVATEC all operate in the industrial laundry sector, but their product strengths and roles within an integrated system are not the same.

Therefore, the question should not be:

“Which brand is the best?”

Instead, it should be:

“Which brand is suitable for the process and operating model required by my project?”

FAGOR Professional – When a Business Needs a Multi-Stage Equipment Platform

FAGOR Professional offers a relatively broad portfolio covering washing, drying, and finishing equipment, together with industrial washing machines and Barrier Washers for environments requiring higher levels of hygiene control.

This makes FAGOR worth considering when a project owner wants to develop a system in which multiple processing stages can be selected within a common equipment platform rather than looking for a single machine for one individual stage.

In particular, FAGOR offers both conventional industrial washing machines and sanitary barrier washer models. The company also develops dryers and finishing equipment such as flatwork ironers, allowing configurations to be developed according to the actual requirements of each project.

In other words: if the business challenge is to build or upgrade a multi-stage industrial laundry system, FAGOR is a platform worth including in the equipment configuration comparison process.

IPSO – When the Focus Is on Washing, Extraction, Capacity, and Adaptability

IPSO demonstrates a clear strength in the washer-extractor segment, with configurations ranging from industrial washer-extractors to models designed for environments requiring higher levels of hygiene control.

An important point is that IPSO does not only offer machines with different capacities. It also distinguishes configurations such as softmount, hardmount, hygienic, and professional, allowing equipment to be selected based on installation conditions and the environment it serves.

For healthcare environments, IPSO's hygienic range focuses on Barrier Washers, clean–soiled textile separation, and washing-cycle data traceability.

Therefore: if a business is focusing on washing and extraction capacity, equipment flexibility, and specific hygiene requirements, IPSO is an option that should be evaluated according to the actual configuration of the project.

LACO Machinery – When the Bottleneck Is Ironing and Textile Finishing

LACO is a different case.

If people only look at the term “industrial laundry,” they may easily assume that LACO is also a washing machine brand. However, LACO's notable strength lies in industrial ironers.

LACO develops chest-heated ironers serving hotels, hospitals, small and medium-sized laundries, as well as large industrial laundry facilities. The published capacity range extends from approximately 45 kg/hour to 1,600 kg/hour, depending on the machine series.

This is particularly relevant when designing a laundry facility.

If washing and drying already have sufficient capacity but textiles accumulate at the ironing and flatwork finishing stage, the capacity of all preceding stages cannot be converted into finished-product throughput.

Therefore, LACO is not a replacement for a washing machine. It should be viewed as a specialized link in the finishing stage, particularly when a project handles large volumes of flat linen.

LAVATEC – When a Project Moves Toward Continuous Washing and Higher Automation

LAVATEC has a different position within the system configuration.

The brand is associated with large-scale industrial laundry technology and Tunnel Washer systems, with Continuous Tunnel Washers serving as an important component of automated laundry systems.

The notable aspect of LAVATEC is not only the Tunnel Washer itself, but also how the company develops highly automated laundry systems that connect washing, water extraction, drying, and textile transportation within configurations designed for industrial laundry facilities.

Therefore, LAVATEC should not be considered simply because a project owner “wants a large washing machine.”

It becomes relevant when the project is asking a larger question:

“Should we move from a batch washing model to a continuous washing system with a higher level of automation?”

This is generally a decision involving laundry facility scale, capacity, available space, textile flow, investment level, and long-term operating strategy, rather than simply the selection of an individual piece of equipment.

3. Should Project Owners Choose by Brand or by the Actual Operational Challenge?

In practice, the process should not start with the brand.

An industrial laundry project should begin with more fundamental questions:

• How many kilograms or tons of textiles need to be processed each day?
• What types of textiles are involved: hotel linen, towels, uniforms, healthcare textiles, or a mixed load?
• Is clean–soiled area separation required?
• How many hours per day will the laundry facility operate?
• Does washing capacity match drying and finishing capacity?
• Does the available space allow individual machines, or would a continuous system be more suitable?
• Does the project require batch-by-batch flexibility or continuous processing capability?
• What level of automation is required?
• And most importantly: Is the total investment appropriate for the actual textile volume the business needs to process?

Only after answering these questions can the project determine whether to prioritize industrial washer-extractors, Barrier Washers, Tunnel Washers, drying and finishing equipment, and then select the appropriate brand for each stage.

PAN Trading JSC – From Textile Requirements to System Configuration

An efficient industrial laundry facility is not created by choosing a single “best” machine. It is created through a configuration that matches the actual operational requirements.

PAN Trading JSC provides and consults on industrial laundry solutions for hotels, resorts, hospitals, factories, industrial parks, and projects requiring large-scale textile processing.

From industrial washer-extractors, Barrier Washers, and Tunnel Washers to drying and finishing equipment, PAN focuses on assessing requirements, selecting equipment, and developing configurations based on the capacity, available space, and operational requirements of each project.

Are you a project owner or project management team looking for an industrial laundry solution for a new facility or planning to upgrade an existing laundry?

Contact PAN Trading JSC for equipment configuration consultation and solutions tailored to the actual requirements of your project.

Contact Information

PAN TRADING JSC
📞 Hotline: (+84) 28 3840 2222 | 0919 302 879
📍 Address: 142 B2 Street, Sala Urban Area, An Khanh Ward, Ho Chi Minh City, Vietnam
📧 Email: contact@pantrading.vn
🌐 Website: pantrading.vn | thietbigiatcongnghiep.com