Excavator attachments Manufacturers online

Excavator attachments comprise numerous tools and devices that can be fitted to an excavator to extend its functionality and enable it to be used in a wide range of sectors, such as construction, demolition, forestry, recycling, agriculture, industry, civil engineering and more.

Modern excavators are no longer just earthmoving machines - special attachments turn them into versatile tool carriers.

Below you will find how they work, the common excavator attachments and their purposes and areas of application, as well as a brief overview of their advantages:

How excavator attachments work:

1. Excavator attachments are usually mounted on the boom or on a quick coupler instead of the standard bucket.
2. They use the excavator's hydraulic energy to perform mechanical or rotating movements.
3. In many cases, they are connected to additional hydraulic circuits, e.g. for swivel functions or gripping movements.
4. Modern quick-change systems enable attachments to be changed quickly - even fully hydraulically and from the cab.
5. The attachments are operated via the excavator's control system, whereby different control circuits (pressure, return, leakage oil line) may be required depending on the type of attachment.

Examples of common excavator attachments:

1. Backhoe / trench bucket:
   For excavating soil, trenches and foundations.
   The standard equipment of an excavator.
2. Swivel bucket / slope bucket:
   Swivels sideways, ideal for slope work, profiling or grading surfaces.
3. Grapple:
   For lifting, sorting or loading materials.
   There are various types: orange peel grabs, clamshell grabs, timber grabs, stone grabs, sorting grabs, demolition grabs, etc.
4. Hydraulic hammers / demolition hammers:
   Used to destroy concrete, asphalt or masonry - especially in demolition.
5. Compactors / vibratory plates:
   For compacting soils in trenches or in hard-to-reach places.
6. Screening buckets / sorting buckets.
   For separating fine and coarse components directly on the construction site.
7. Cutters (e.g. chain or drum cutters):
   For precise removal of concrete, asphalt or rock.
8. Augers / augers:
   For creating holes for foundations, poles or piles.
9. Mulcher / forestry mulcher
   Shreds undergrowth, branches and smaller trees - often used in landscape maintenance.
10. Root rake / stump grinder:
    For rootstock removal or clearing shrubs.
11. Swivel rotators:
    Allow the attachment to rotate and swivel freely.
    Particularly advantageous on narrow construction sites or irregular terrain.
12. Quick coupler (manual or hydraulic):
    Are used to change attachments quickly, either manually or automatically from the cab.
13. Grapple buckets / sorting buckets with cutting edges:
    Ideal for demolition work or sorting applications with coarse construction waste.
14. Magnetic plates or vacuum lifters:
    For lifting metal parts or sheet material, especially in industry or recycling.

Areas of application for excavator attachments:

Through the targeted use of these tools, almost any task in construction and material handling can be carried out precisely, economically and safely.

1. Construction and civil engineering:
Standard bucket, trench clearing bucket and grading blade.
Earthmoving, foundation trenches, trenches for pipes, grading.

2. Demolition:
Hydraulic demolition hammer, hydraulic shears and grapple.
Demolition of buildings and structures, crushing of concrete and steel.

3. Recycling & disposal:
Sorting grabs and grapples.
Sorting and handling of rubble and waste materials.

4. Forestry:
Logging grapples and mulchers.
Logging, gripping and loading tree trunks, clearing vegetation.

5. Road construction:
Ditch clearing bucket, demolition hammer and grading blade.
Digging pipelines, asphalt milling, grading and modeling the subsoil.

6. Landscaping & environmental protection:
Mulcher and grading blade.
Maintenance of green areas, clearing, mulching of bushes and small trees.

7. Special civil engineering:
Pile driver.
Driving piles, bank reinforcements and special foundations.

8. Quarrying & mining:
Demolition hammers and hydraulic shears.
Crushing of rock, demolition of rock faces

Advantages of excavator attachments:

The use of specific excavator attachments brings decisive advantages:

• Versatility: a single excavator can be used with suitable attachments for trenching, demolition, grading, lifting, drilling, cutting, compacting or even tree felling work.
• Increased efficiency: Adapting the tool to the task increases working speed and precision.
• Cost savings: One excavator can be used for many tasks, often eliminating the need for separate machines.
• Quick-change systems: Minimize downtimes when changing tools.

Excavator attachments turn a single carrier vehicle into a multifunctional all-purpose machine. The right choice, the right hydraulic compatibility and, ideally, a well-coordinated quick-change system are crucial for successful use.

Here you will find an overview of the most important criteria that you should pay attention to when buying excavator attachments:

When buying excavator attachments, careful selection is crucial to ensure long-term cost-effectiveness, compatibility and operational safety. A poor decision can lead to downtime, increased wear or even safety risks. Purchasers, site managers or machine operators should therefore pay attention to a number of technical, economic and practical aspects.

• The attachment must fit the excavator used exactly:
• Excavator weight class and hydraulic power must match the implement.
• Connection dimensions such as pin spacing, quick coupler system and hydraulic connections must be correct.
• Hydraulic output in liters per minute, pressure, return pressure, leakage oil line should meet the requirements of the device.
• An incorrectly matched implement can cause a loss of performance or even damage.
• The selection of the right tool depends on the specific application:
• Will the device be used for demolition, civil engineering, landscaping, forestry, recycling or industrial work?
• What materials are being worked on? Earth, concrete, wood, metal or mixed waste?
• What are the requirements in terms of precision, power, swivel function, rotatability or reach?
• The attachment must be suitable for the typical working environment - undersized or oversized equipment costs time and money.
• A professional attachment must be able to withstand the daily stresses on construction sites:
• High-quality materials, wear-resistant steels and solid construction extend the service life.
• Reinforced joints, double bearings, cutting edges and replaceable wear parts reduce maintenance costs.
• Sealing systems and hydraulic components should be designed for durability and tightness.
• Brand manufacturers or certified quality suppliers generally offer better availability of spare parts and technical support.
• A quick and safe connection is crucial, especially when changing equipment frequently:
• Quick coupler systems (manual, hydraulic, fully hydraulic) save valuable time.
• Compatibility with existing change systems on the construction site increases flexibility of use.
• Look out for standardized attachments or upgradeable adapter solutions.
• The easier the change, the higher the productivity.
• Many modern devices require additional hydraulic circuits:
• Check availability of swivel function, rotary motor, pressure and leakage oil lines.
• Is there an option for fine control via the excavator's control panel?
• For additional electrical functions: Check compatibility with control current and control signals.
• Missing functions quickly lead to unused potential or retrofitting costs.
• Long-term use means: Spare parts must be available.
• Is there a manufacturer-related service or an easily accessible dealer?
• Are wearing parts easily replaceable?
• Is there digital documentation, drawings or exploded views for maintenance?
• Does the manufacturer offer training or technical support?
• A cheap device without support can turn out to be the most expensive purchase.
• It's not just the purchase price that counts - service life, intensity of use and resale value are also important:
• How often will the attachment be used?
• Are there used alternatives or rental options for infrequent applications?
• How easily can the device be resold if required?
• An inexpensive device with a short service life can be more expensive than a more expensive quality product with high utilization.
• Safety compliance is essential - both for operation and for insurance or construction site inspections:
• CE marking, EC declaration of conformity, operating instructions in national language.
• Safety functions such as non-return valves, pressure limitation, sensors.
• Stable hold in case of risk of tipping or overhead work.
• In case of doubt: Check whether a UVV inspection is mandatory.

Buying excavator attachments requires more than just looking at the price. The decisive factors are accuracy of fit, quality, practicality, hydraulic compatibility, flexibility, support and safety. Only if all these aspects are taken into account can downtimes be minimized, the service life extended and the economic success of the investment ensured.

Excavator attachments can be purchased from various suppliers. Comprehensive information about manufacturers and suppliers of Excavator attachments from all over the world can be found on Exportpages.