TFM Skip Loader Trucks for South African Operations

A skip loader is a truck-mounted hydraulic system designed to collect, transport and place compatible skip containers.

The vehicle uses lifting arms and chains to raise the skip from the ground and position it onto the main body of the skip loader. The container can then be transported to another location and unloaded or, where appropriate, tipped to discharge its contents.

This provides a practical collection system because the skip container can remain at the location where waste or material is being generated.

The truck does not need to remain with the skip while it is being filled. It can deliver a container, leave it on site and continue with other work before returning to collect the skip when required.

For waste contractors and other operators managing multiple customer locations, this separation between the vehicle and the container can provide considerable operational flexibility.

The TFM SM9, SM13 and SM16 Skip Loader Range

Transtech's TFM range consists of three skip loader models:

• TFM SM9 Skip Loader
• TFM SM13 Skip Loader
• TFM SM16 Skip Loader

Rather than selecting a model purely by name, buyers should discuss the actual application with Transtech. The appropriate equipment needs to be matched to the truck chassis, compatible skip containers, expected loaded weight and conditions in which the vehicle will operate.

This is particularly important because skip loads can vary substantially. A skip carrying relatively light material places very different demands on the equipment from a similar-sized container carrying dense construction, demolition or industrial material.

The complete operating requirement should therefore be established before the vehicle and skip loader configuration are finalised.

Locally Manufactured Skip Loaders

The TFM SM9, SM13 and SM16 skip loader units are manufactured in South Africa, with the exception of the hydraulic valves and pump.

The range has been designed for conditions encountered in the local industry, where waste handling vehicles can be expected to operate in demanding environments and perform repeated lifting and transport cycles.

For South African fleet operators, equipment selection is not only about initial functionality. Long-term serviceability, parts availability and access to technical support are important considerations when a vehicle forms part of a daily collection operation.

Transtech provides after-sales service and parts support for its waste handling equipment, helping customers maintain the equipment throughout its operating life.

Heavy-Duty Skip Loader Main Body

The main body forms the structural foundation of the TFM skip loader.

It consists of a heavy-duty steel platform reinforced to withstand strenuous operating conditions. Important load-bearing areas, including the boom cylinder attachment points, lifting arm pivots and jack leg housings, are incorporated into the main body construction.

Wear strips and bin guides are positioned on the upper deck of the main body where the skip container is carried.

These components play an important role because the main body needs to support the container during transport while also providing the structural mounting points required by the lifting equipment.

Hydraulic Lifting Arm Cylinders

The TFM skip loader uses a lifting arm cylinder on each side of the main body.

The base of each cylinder is connected to the main body frame, while the cylinder rod connects to the torque tube assembly.

The lifting arm cylinders are locally manufactured to high engineering standards, with induction-hardened cylinder rods.

Each cylinder is fitted with a dual over-centre safety valve. This is designed to prevent uncontrolled movement of the cylinders while under load and to lock the cylinder if hydraulic pressure is suddenly lost.

For equipment that repeatedly lifts heavy skip containers, controlled hydraulic movement is a fundamental part of the operating system.

Rear Jack Legs for Stability

Two jack legs are positioned at the rear of the TFM skip loader truck.

These extend backwards at an angle towards the ground and are operated by double-acting hydraulic cylinders. The jack legs slide in and out of their housings as they are operated.

The purpose of the jack legs is to provide additional vehicle stability while a load is being lifted.

They should therefore be extended when lifting a load.

Each jack leg cylinder is equipped with a pilot-operated check valve, while heavy-duty rollers on the jack legs help reduce friction against the ground during extension.

Skip Loader Lifting Arms

Two identical lifting arms are used to lift, lower and tip the skip container.

The arms are designed to handle the specified loads encountered during normal operation and are connected to the torque tube assembly.

The lifting arm arrangement is fundamental to the difference between a skip loader and a hook lift.

A hook lift engages a compatible roll-on/roll-off container using a hydraulic hook mechanism. A skip loader instead uses lifting arms and chains to raise a compatible skip container.

This is why the type of containers already being used by an operator should be established before choosing between the two systems.

Torque Tube Assembly

The lifting arms need to move together during operation, even where the load may not be distributed perfectly evenly.

The TFM skip loader connects the two lifting arms through a torque tube assembly to help ensure simultaneous movement.

The torque tube is attached to the main body using bearings and pivot pins on either side, allowing the lifting arms to move forwards and backwards as the assembly rotates around the pivot points.

The arm pockets containing the lifting arms are welded to the torque tube and connected to the lifting arm cylinder rods.

This integrated arrangement allows the hydraulic cylinders, torque tube and lifting arms to operate together during the lifting cycle.

Lifting Chain Assemblies

The skip container is connected to the lifting equipment using lifting chains.

A set of lifting chains is attached to the end of each extension arm. Each chain is equipped with a key plate containing holes designed to fit the appropriate bin trunnions.

The chains are tested and certified to a prescribed load.

When the lifting chains are not connected to a container, stowage hooks are provided on the lifting arms.

Correct use and inspection of lifting chains are important because these components form part of the connection between the skip and the lifting equipment during loading and unloading.

Tipping Chain Assemblies

The TFM skip loader also incorporates two tipping chain assemblies with hooks at the rear of the main body.

When these chains are connected to the base of a compatible container before unloading, the skip can tip as the lifting arms move backwards. This allows the contents of the skip to be discharged behind the vehicle.

When the tipping chains are not required, they can be secured to the provided stowage points.

The ability to both transport and tip suitable skip containers makes the skip loader useful for operations where collected material needs to be discharged directly from the container at the destination.

Hydraulic System and Oil Reservoir

The hydraulic system provides the power required to operate the skip loader's lifting equipment.

The hydraulic oil reservoir contains the oil used by the system and incorporates a sight glass so that the oil level can be checked.

The reservoir also includes a suction strainer and return filter with a replaceable element to help maintain hydraulic oil cleanliness. A shut-off valve and maintenance access are also incorporated into the reservoir arrangement.

Maintaining the correct hydraulic oil level and following the appropriate maintenance requirements are important for reliable operation of the lifting equipment.

What Are Skip Loader Trucks Used For?

Skip loader trucks can be used wherever compatible skips provide a practical method of accumulating, collecting and transporting waste or material.

Typical applications can include:

• Waste management operations
• Municipal waste collection
• Construction and demolition sites
• Industrial facilities
• Commercial properties
• Recycling operations
• Scrap and material handling
• Site clearing operations

The suitability of a skip loader depends on the container system and the material being handled.

For example, construction and demolition sites can generate material that differs considerably in density from general commercial waste. The expected load should therefore be considered when selecting the skip loader and truck configuration.

Skip Loaders for Waste Management Contractors

Private waste management contractors often need to position containers at customer premises and collect them according to an agreed schedule.

A skip-based collection system allows the container to remain with the customer while the vehicle continues servicing other sites.

When the skip is ready for collection, the skip loader returns, loads the container and transports it to the required disposal, recycling or transfer destination.

The operator can also exchange a full skip for an empty one, depending on the structure of the collection service.

For businesses managing multiple skips across numerous customer sites, the vehicle and container network should be planned together to achieve an efficient collection system.

Skip Loaders for Construction and Demolition

Construction and demolition sites are natural environments for skip-based material handling.

A skip can be positioned where waste is being generated and remain on site while work continues.

Once ready for collection, the skip loader can remove the container without requiring the truck to have remained on site throughout the filling process.

When specifying a skip loader for construction work, it is important to consider more than the skip dimensions.

The type and density of material, expected loaded weight, ground conditions, site access and available manoeuvring space should all form part of the equipment selection process.

Skip Loaders for Municipal Operations

Municipal waste operations can involve several collection methods.

Household wheelie-bin and bag collection may be handled by refuse compactor trucks, while larger container-based collection can require different waste handling equipment.

Skip loaders can therefore complement refuse compactors within a broader municipal fleet.

They can be used where skips are positioned at appropriate collection points or facilities and need to be transported or emptied as part of the municipality's waste management operation.

The ideal fleet configuration depends on the municipality's waste streams, container infrastructure and collection requirements.

Skip Loaders for Industrial and Commercial Applications

Factories, warehouses, commercial developments and other facilities can generate waste or material in quantities that make container-based collection practical.

Skips can be positioned at designated areas on the premises and collected when required.

This can provide a structured method of keeping waste in a defined location while allowing the collection vehicle to service multiple sites.

When planning a commercial or industrial skip collection system, consideration should be given to where containers will be positioned and whether the skip loader has sufficient access and operating space.

Skip Loader vs Hook Lift: Which Do You Need?

Skip loaders and hook lifts both allow a truck to collect removable containers, but they use different loading systems.

A skip loader uses hydraulic lifting arms and chains to raise a compatible skip container onto the vehicle.

A hook lift uses a hydraulic hook mechanism to engage and draw a compatible roll-on/roll-off container or interchangeable body onto the truck.

The decision should therefore begin with the container system.

If your operation uses traditional compatible skip containers with suitable lifting points, a skip loader may be appropriate.

If the operation is based around compatible roll-on/roll-off containers or interchangeable bodies, a hook lift may be the better system to investigate.

Both form part of Transtech's wider waste handling equipment range.

Choosing the Right Skip Loader

If you are looking for a skip loader truck for sale, the correct model and vehicle configuration should be determined by the actual operating requirements.

Before selecting equipment, establish:

• The type of skip containers being used
• The dimensions of the containers
• The material being transported
• The realistic maximum loaded weight
• The number of skips in circulation
• Collection frequency
• The truck chassis to be used
• Site access and manoeuvring space
• Ground conditions
• How and where the skip will be emptied

This information provides a much stronger basis for equipment selection than simply choosing a skip loader according to container volume.

Match the Skip Loader to the Truck Chassis

The skip loader and truck chassis operate as one vehicle and need to be appropriately matched.

The complete specification should consider the chassis configuration, expected payload, skip loader equipment, container dimensions and operating conditions.

Axle loading and overall vehicle requirements also need to be considered when determining the appropriate configuration.

This is why specialist input is useful before a skip loader is installed onto a chassis.

Transtech can discuss the intended application with the customer and assist in determining an appropriate equipment and vehicle configuration.

Consider the Material, Not Just the Skip Size

A common mistake when planning a skip handling system is to concentrate only on the physical size of the container.

What goes into the skip can be equally important.

Construction rubble, scrap and other dense materials can create substantially different loads from lighter general waste.

Operators should therefore estimate realistic loaded weights based on the materials they expect to transport.

This information can then be considered alongside the skip loader, container and chassis configuration.

Site Access and Operating Space

A skip loader requires sufficient space to approach the container and safely perform the loading or unloading operation.

This should be considered when skips are positioned at customer sites.

Important factors can include:

• Vehicle access
• Turning space
• Ground conditions
• Container position
• Nearby structures
• Other vehicles
• Pedestrian activity
• Space behind and around the vehicle

A well-planned container position can make collections considerably easier than placing the skip wherever space happens to be available.

Skip Loader Safety

Skip loaders handle substantial loads using hydraulic lifting equipment, so safe operating procedures are essential.

The TFM skip loader incorporates engineering features intended to support controlled lifting and vehicle stability, including the dual over-centre valves fitted to the lifting cylinders and hydraulically operated rear jack legs.

These equipment features should work alongside appropriate operating procedures, inspection and maintenance.

Operators should be properly trained and equipment should always be used within its specified operating requirements.

Lifting chains, hydraulic components, structural components and container lifting points should be inspected as required.

Skip Loader Maintenance

Regular maintenance is important for any waste handling vehicle that performs repeated hydraulic lifting cycles.

The maintenance programme should follow the requirements applicable to the particular equipment and vehicle.

Areas requiring appropriate inspection can include:

• Hydraulic oil level and condition
• Hydraulic hoses and fittings
• Hydraulic cylinders
• Filters and strainers
• Lifting chains
• Tipping chains
• Lifting arms and pivots
• Torque tube assembly
• Jack legs
• Container guides and wear areas

Routine inspection can help identify wear or developing problems before they result in unexpected equipment downtime.

Parts and After-Sales Support

A skip loader can be a revenue-generating asset for a waste contractor or an important operational vehicle within a municipal or industrial fleet.

If the lifting equipment is unavailable, scheduled container collections may be affected.

Parts availability and technical support should therefore form part of the purchasing decision rather than only being considered after a problem occurs.

Transtech supports its TFM skip loader range with after-sales service and parts availability for customers operating the equipment.

Why Choose a TFM Skip Loader from Transtech?

Transtech has specialised in municipal and waste handling equipment since 1984, supplying equipment for public- and private-sector waste operations in South Africa.

The TFM SM9, SM13 and SM16 skip loaders provide a locally manufactured waste handling solution developed for conditions encountered in the South African industry.

The range incorporates a heavy-duty main body, hydraulic lifting cylinders, stabilising jack legs, synchronised lifting arms, lifting and tipping chain assemblies and a dedicated hydraulic system.

Customers can also draw on Transtech's wider experience across hook lifts, refuse compactor trucks, bin lifters and other specialist waste handling equipment.

Request a Skip Loader Quote

If you are looking for skip loaders in South Africa, Transtech can assist with selecting an appropriate TFM SM9, SM13 or SM16 configuration based on your waste handling requirements.

When requesting a quotation, provide as much information as possible about the skip containers, material being handled, expected loads, truck chassis and operating environment. This will help establish which equipment configuration is suitable for the intended application.

Contact Transtech to discuss your skip loader requirements or request information on the TFM SM9, SM13 and SM16 range.