SWE375F (Mining Configuration) Large Excavator

When I talk with customers about a large excavator for mining, quarrying, heavy earthmoving, or difficult construction work, I usually start with one simple question: what kind of ground will the machine actually work on?

That question matters more than simply looking at Excavator size. A machine can have a large engine and a big bucket, but if the undercarriage, working equipment, hydraulic system, transport plan, and daily maintenance do not match the job, the machine may not be the right fit.

In this product page, I want to introduce the SWE375F (Mining Configuration) Large Excavator from a practical equipment-supply perspective. Our company, Ganglong Heavy Industry Technology (Hefei) Co., Ltd., together with Hefei Ganglong International Trade Co., Ltd., works with construction machinery, mining machinery, agricultural machinery, attachments, complete machine sales, and equipment leasing. We also support customers who need to source branded machinery for overseas projects.

One point is important when reading the specifications below. The current Sunward product catalog lists the SWE375F as a 37.5-ton large excavator with 212 kW engine power and a 1.8 m³ bucket. Sunward separately lists the SWE385F as the model specifically marked “Mining Configuration,” with 38.5 tons, 241 kW, and a 1.8 m³ bucket. Because model names and configurations can change with product updates, I recommend confirming the exact model, configuration, attachments, and final technical sheet before placing an order.

1. What I Look for in a Large Excavator for Mining Work

A mining or quarry job is rarely as simple as digging ordinary soil. Depending on the site, the machine may face hard ground, rocks, mud, sand, uneven roads, steep working areas, long operating hours, and frequent loading work.

That is why I look at the whole machine rather than one number.

For the SWE375F platform, the published operating weight is 37,500 kg, with a standard bucket capacity of 1.8 m³ and rated engine power of 212 kW at 2,000 rpm. The published hydraulic system uses variable plunger pumps, with a maximum main pump flow of 2 × 324 L/min and a system pressure of 34.3 MPa. The machine is also listed with a 6.5 m boom and 2.9 m arm. These figures give us a useful starting point when matching the excavator with the actual working condition.

The official SWE375F material also lists an Isuzu AE-6HK1X engine, 7.79 L displacement, 212 kW rated power, a 1.8 m³ bucket, and a ground pressure of 76 kPa. Its published working range includes a maximum digging depth of 7,100 mm and a maximum digging reach of 10,935 mm.

For me, these numbers are not just specifications to put into a table. They help answer practical questions. Can the machine reach the excavation face? Can the bucket size match the trucks on site? Is the ground pressure suitable for the working area? Is the machine easy enough to maintain when it is working far from a major city?

Those are the questions I normally discuss with customers before recommending a configuration.

Source: Sunward SWE375F official technical material. Sunward notes that specifications may change as the product is upgraded, so the final quotation and technical sheet should be treated as the controlling documents.

2. How the SWE375F Excavator Works on a Real Jobsite

A large excavator looks complicated from the outside, but the basic working idea is quite straightforward.

The engine provides the power. The hydraulic system transfers that power to the main working functions. The operator controls the boom, arm, bucket, swing, and travel systems from the cab. The bucket cuts into the material, the arm pulls the material toward the machine, and the boom controls the height and position of the working equipment.

When I explain an excavator to a new customer, I often compare it with a strong mechanical arm. The engine is the source of energy, the hydraulic system is the muscle, and the boom, arm, and bucket are the working hand.

For a large excavator used in mining or quarrying, the relationship between these systems becomes especially important. A larger bucket is useful only when the hydraulic system and structure can work with it. More engine power is useful only when the machine can turn that power into practical digging and loading performance.

The published SWE375F specifications show a variable plunger pump hydraulic system, 2 × 324 L/min maximum main pump flow, and 34.3 MPa system pressure. The published bucket digging force is 253 kN, while the arm digging force is 198 kN.

In practical terms, digging force is one of the numbers I pay attention to when the customer expects the excavator to work in harder ground. It does not tell the whole story, of course. Bucket design, ground condition, operator technique, machine position, and attachment selection all affect the real result.

The SWE375F also has a published maximum travel speed of 6.2 km/h and minimum travel speed of 3.6 km/h. That makes the machine suitable for moving around a worksite, but I would not treat an excavator as a road-going transport vehicle. For long-distance movement between sites, I normally discuss low-bed transportation and local transport regulations with the customer.

3. Main Features I Would Focus on Before Buying

Mining-Inspired F-Series Design

The SWE375F belongs to Sunward's F-series large excavator range. The official product material describes a redesigned appearance with more mining-inspired elements. The cab and display control system are also upgraded, including a 10.1-inch LCD touch screen and a standard rear HD night-vision camera.

For an operator, these details are more useful than they may sound. A clear display makes machine information easier to check, while a rear camera can improve visibility when the machine is turning or reversing in a busy work area.

Isuzu Power Unit

The published SWE375F specification lists the ISUZU AE-6HK1X engine, with 212 kW at 2,000 rpm and 7.79 L displacement.

When customers ask me about the engine, I normally avoid saying that one engine is automatically suitable for every country. Fuel quality, local service support, operating altitude, temperature, maintenance habits, and spare-parts availability all matter.

For an overseas buyer, I recommend checking local service capability before confirming the final configuration. This is one reason our team discusses the destination country and working environment before arranging equipment.

Heavy-Duty Boom and Arm

The published SWE375F information specifies a 6.5 m boom and 2.9 m arm. The product description also highlights the heavy-duty design of the working equipment and a 1.8 m³ Rock Bucket.

A large excavator needs a good balance between reach and structural strength. If the customer is digging a quarry face, loading blasted material, clearing a large excavation area, or moving earth on a major construction site, the working range becomes a major part of machine selection.

Rock Bucket Configuration

The 1.8 m³ hyperbolic rock bucket is another important point. A rock bucket is not simply a normal bucket with a different name. Its design needs to match the material being handled.

If the project involves loose soil, a general-purpose bucket may be enough. If the work includes harder material, stone, or quarry conditions, a suitable rock bucket can make much more sense.

Improved Undercarriage

Undercarriage condition is something I always tell customers not to ignore.

The official SWE375F product description refers to a raised travel frame, dual carrier roller support, an optimized swing bearing, and a mud scraper. These features are intended to improve machine performance in muddy and sandy working conditions.

This is particularly relevant to customers working in wet ground, sand, mining areas, or sites where mud quickly builds up around the tracks.

4. SWE375F Large Excavator Working Range and Practical Capability

One of the easiest mistakes when buying a large excavator is to look only at operating weight. Two machines may have similar weights but offer different working ranges, bucket capacities, engine outputs, and hydraulic performance.

For the published SWE375F configuration, the maximum digging height is 10,390 mm, maximum dumping height is 7,350 mm, maximum digging depth is 7,100 mm, and maximum digging reach is 10,935 mm. Maximum ground digging reach is listed at 10,720 mm.

These dimensions are useful when we are checking whether the excavator can reach a particular excavation face or load material into a truck without constant repositioning.

Source: Sunward official SWE375F technical data. Values are published reference specifications and should be confirmed against the final machine configuration.

For example, if I am helping a customer choose a machine for a deep excavation, I will first look at the required digging depth. If the machine is mainly used for truck loading, I will pay more attention to dumping height, bucket capacity, cycle conditions, and the truck body dimensions.

There is no single specification that decides everything.

5. SWE375F vs Other Large Excavators: How I Compare Them

When a customer asks me, “Which excavator should I buy?”, I prefer to avoid giving a quick answer before understanding the job. A better way is to compare machines according to weight, power, bucket capacity, and actual application.

The table below uses published Sunward specifications for several large excavators. It is intended as a reference rather than a promise that every configuration is available in every market.

Source: Sunward official product and technical materials. The SWE375F is separately listed from the SWE385F Mining Configuration, while the latter is specifically identified by Sunward as a mining configuration.

This comparison also explains why I would not automatically describe the SWE375F as the same machine as the SWE385F Mining Configuration. They are close in size and both belong to the large excavator range, but the published specifications are different.

The SWE385F Mining Configuration is officially listed at 38,500 kg, 241 kW, and 1.8 m³. Its official product page highlights a Cummins engine, a 6.5 m heavy-duty boom, a 3.26 m heavy-duty arm, a 1.8 m³ curved rock bucket, and an upgraded undercarriage.

So, if a customer specifically needs a machine sold under the mining configuration designation, I would verify whether the required quotation should be based on SWE385F rather than SWE375F.

6. Where I See This Large Excavator Being Used

The SWE375F platform is suitable for a range of heavy excavation and earthmoving applications. The official Sunward product information places the model within its large excavator and earthmoving equipment range.

Mining and Quarrying

Mining and quarrying are obvious application areas for a machine in this size class. The combination of a large operating weight, 1.8 m³ bucket, high hydraulic pressure, and substantial digging force gives the excavator the basic capability needed for heavy material handling.

For quarry customers, I would normally discuss the material hardness, bucket type, loading cycle, truck size, bench height, road condition, and expected working hours before confirming the machine.

Large Construction Sites

Large foundation excavation, industrial construction, road projects, land preparation, and infrastructure work can all require machines larger than ordinary Construction Excavators.

The working range of the SWE375F makes it useful where the operator needs to reach deeper or farther without moving the machine after every bucket cycle.

Road and Municipal Projects

Road construction and municipal projects can involve earth removal, slope work, drainage excavation, land preparation, and material handling.

In these situations, the machine configuration matters. A customer working on a narrow urban project may need a different setup from a customer working on an open highway construction site.

Heavy Earthmoving

For large-scale earthmoving, productivity is usually about the complete working cycle rather than bucket size alone. Digging, swinging, dumping, repositioning, refueling, inspection, and maintenance all affect the actual daily output.

That is why I prefer to calculate the job from the site conditions instead of promising a fixed hourly or daily production number without knowing the material and working cycle.

7. How We Handle Supply, Inspection, Shipping and After-Sales Support

This is where Ganglong Heavy Industry Technology (Hefei) Co., Ltd. and Hefei Ganglong International Trade Co., Ltd. come into the picture.

Our company was founded in 2013. Together with Hefei Ganglong International Trade Co., Ltd., we operate as part of a group affiliated with China Construction Machinery (Group) Co., Ltd. Our business covers construction machinery, mining machinery, agricultural machinery, attachments, equipment sales, leasing, customization, and international trade.

We have our own HKLOONG product range, including excavators, loaders, Backhoe loaders, and swamp excavators. At the same time, we provide complete machine sales and leasing services for a range of domestic and international brands, including Hitachi, SANY, Lonking, Hyundai, XCMG, SHANMON, and LOVOL.

For Sunward equipment, our role should be understood as a machinery supply and international trade service rather than claiming that we manufacture Sunward machines. This distinction matters because the original equipment manufacturer remains responsible for its own branded product specifications.

For an overseas customer, I normally start with the basic project information: destination country, working application, required machine size, preferred configuration, quantity, attachments, delivery port, and expected working environment.

After the model is confirmed, we can discuss production and delivery timing. Production time normally depends on the model, configuration, order quantity, and customization requirements.

Before shipment, the machine should go through an inspection process. We check the appearance, main functions, hydraulic and electrical systems, and basic operating performance according to the order requirements. Standard documents and accessories are also prepared according to the agreed configuration.

Payment is commonly arranged through T/T, with a deposit before production and the balance before shipment, although the actual payment terms are confirmed between both parties before the order is finalized.

For international transportation, complete excavators are normally shipped by sea. Suitable spare parts and accessories may be transported by air or express depending on urgency, size, weight, and destination.

For packing, machines are generally protected with film and secured for transportation. Loose accessories and spare parts can be packed separately in cartons or wooden cases. The final shipping and packing method depends on the destination, route, and customer requirements.

To me, this part of the job is just as important as choosing the machine itself. A suitable excavator is only useful when it arrives at the project safely, with the right configuration and documents.

8. FAQ About SWE375F (Mining Configuration) Large Excavator

Is the SWE375F a Mining Excavator?

The SWE375F is officially listed by Sunward as a large excavator and is suitable for heavy earthmoving applications. Its published design includes mining-inspired F-series styling, a rock bucket option, heavy-duty working equipment, and an upgraded undercarriage. However, the current Sunward catalog separately identifies the SWE385F as “Mining Configuration.” Therefore, customers who specifically require an officially designated mining configuration should confirm the model with the supplier before ordering.

What is the operating weight of the SWE375F?

The published SWE375F technical sheet lists an operating weight of 37,500 kg. Final machine weight can vary if the configuration, attachment, bucket, or optional equipment changes.

What is the bucket capacity of the SWE375F?

The published standard bucket capacity is 1.8 m³. The actual bucket specification should be confirmed according to the final machine configuration and working material.

What engine does the SWE375F use?

The published SWE375F specification lists an ISUZU AE-6HK1X engine with 212 kW rated power at 2,000 rpm and 7.79 L displacement.

What is the digging depth of the SWE375F?

The published maximum digging depth is 7,100 mm. The same technical sheet lists a maximum digging reach of 10,935 mm and a maximum ground digging reach of 10,720 mm.

Can the SWE375F be used in quarrying?

Yes, the machine is within the large excavator class and its published configuration includes a 1.8 m³ bucket, substantial digging force, and heavy-duty working equipment. For hard rock or highly abrasive material, I recommend confirming the correct bucket, teeth, undercarriage setup, and working configuration before purchase.

What is the difference between SWE375F and SWE385F Mining Configuration?

This is an important question. Sunward currently lists SWE375F at 37,500 kg and 212 kW, while SWE385F is specifically listed as “Mining Configuration” at 38,500 kg and 241 kW. Both are shown with a 1.8 m³ bucket, but their engines and other configuration details differ.

Can you arrange overseas delivery?

Yes. Through Hefei Ganglong International Trade Co., Ltd., we handle international construction machinery and related equipment supply. Our team has experience serving customers across Asia, Africa, America, and other overseas markets. Complete machines can normally be transported by sea, while parts and accessories can be arranged by air or express when appropriate.

How long does delivery take?

I do not give every customer the same delivery time because it depends on the exact model, configuration, quantity, customization requirements, current availability, and shipping route. We confirm the delivery schedule before production or shipment.

Can I request attachments or a different bucket?

In many cases, yes. The suitable attachment depends on the application. For mining, quarrying, demolition, earthmoving, or other heavy-duty work, bucket and attachment selection should be discussed together with the material and working conditions. I recommend confirming the attachment specification before the order is finalized.

Final Thoughts from Our Equipment Supply Team

When I look at the SWE375F (Mining Configuration) Large Excavator, I do not see it simply as a 37.5-ton machine with a large bucket. I see it as a complete working system that has to match the customer's ground conditions, material, transport plan, maintenance ability, and project schedule.

The published SWE375F specifications give us a solid reference point: 37,500 kg operating weight, 212 kW engine power, 1.8 m³ bucket capacity, 6.5 m boom, 2.9 m arm, 34.3 MPa hydraulic system pressure, and a maximum digging depth of 7,100 mm.

At the same time, I would not ignore the model distinction between SWE375F and SWE385F Mining Configuration. Sunward currently identifies SWE385F as the mining configuration, with 38,500 kg operating weight and 241 kW engine power.

That is exactly why we prefer to confirm the final technical configuration before making a quotation. In heavy equipment, a small difference in model name can mean a different engine, boom, arm, undercarriage, bucket, or application setup.

As Ganglong Heavy Industry Technology (Hefei) Co., Ltd. and Hefei Ganglong International Trade Co., Ltd., we can support customers with machine sourcing, configuration discussion, complete machine sales, leasing services, attachments, inspection, documentation, packing, and international transportation arrangements.

If your project involves mining, quarrying, road construction, large-scale excavation, land preparation, or heavy earthmoving, send us the working conditions, material type, expected working hours, destination country, and required attachments. I would rather check those details first than simply tell you that a certain excavator is suitable.

For heavy equipment, the right machine is not always the biggest machine. It is the machine whose size, power, working range, configuration, transport plan, and maintenance requirements actually fit the job.