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Log Grabs – Versatile Loading Shovel Attachment

Log grabs are a type of versatile loading shovel attachment. They are used across a wide range of diverse industries and sectors, including construction and agriculture. The loading shovel attachments can be used to pick up and transport logs, pipes and other large cylindrical objects.

Can I Customise My Log Grab?

At B. A. Caulkett all of our products, including log grabs are built around the requirements of an individual client.

There are a number of factors that we take into consideration when designing a log grab. These factors include the diameter, length and weight of the pipe or log to be lifted. We also consider the material to be handled, for instance, is it metal, plastic or wood?

Depending on the material being handled, the grab and set up requires adjusting to ensure that clamping and safe movement are achieved. Optimising the set up also helps to ensure that the material being handled is not marked or damaged, which is extremely important in some applications.

Furthermore, we think about the model and make of the vehicle to which the grab will be attached to. This helps to ensure almost universal compatibility: our log grabs are used with a huge range of types and brands of loading shovel.

Log grab on telehandler B. A. Caulett loading shovel attachments
If you would like more information on our Log Grabs selection
Please call 01440 706429
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Where Are B. A. Caulkett Products Made?

As with all of our products, B. A. Caulkett log and pipe grabs are made in the UK. Here, in our purpose built manufacturing facility in Suffolk, in the East of England, we use cutting edge equipment. This includes CNC press brakes, guillotines and plasma cutters. What’s more, all of our engineers are coded to BS4872 and we use only the highest quality materials to ensure the durability and longevity of our grabs.

The BAC Brochure contains details on all of the loading shovel attachments we design and manufacture

Click here To download a copy

Log Grab Considerations

The B. A. Caulkett range of log grabs and pipe grabs have been expertly designed and manufactured in Suffolk for over 40 years. They represent an important part of the attachment range.

The B. A. Caulkett Grab range has been specifically designed to suit the machine they are fitted onto, with individual models for Loading Shovels, Tractor Loaders and Telehandlers. BAC grabs incorporate high strength materials such as Hardox and Domex in critical stress areas. The range is built to perform in a variety of forestry applications.

See the log and pipe grab in action

BAC High Tip Buckets At Plantworx 2019 Hi Tip Buckets - Loading Shovel Attachments

Bulk Density Finder

Why Bulk Density Matters

The bulk density of the material you’re handling has a direct impact on the performance, safety and efficiency of your loading shovel attachment. Knowing the correct bulk density helps you select the right bucket capacity, avoid overloading, maximise payloads and reduce unnecessary wear on your machine. Use our Bulk Density Finder to estimate the weight of your material before choosing your attachment.

Type in your material, choose from the options and find out the bulk density of the materials you are looking to move.

    Log Grabs Designed for Loading Shovels, Tractor Loaders and Telehandlers

    • CAT
    • Tanco
    • Trima
    • Quicke Euro (8)
    • JCB Q-Fit
    • JCB Tool Carrier
    • JCB Compact
    • Manitou MLT
    • Matbro (Cone & pin)
    • Merlo
    Log Grabs FAQs
    1. How do I determine the correct log grab size and lifting capacity for my wheel loader or telehandler?

    Key Technical Considerations

    • Machine operating weight
    • Rated operating capacity
    • Maximum hydraulic lifting force
    • Typical load weight and dimensions

    Why does it matter?

    Selecting an oversized grab can exceed the machine’s safe lifting capacity, particularly when handling hardwood logs or large-diameter steel pipes.

    A correctly sized grab ensures maximum payload without compromising machine stability, tipping load or productivity.

    2. Is the hydraulic flow and pressure of my machine compatible with the log grab?

    Key Technical Considerations

    • Hydraulic oil flow (L/min)
    • Operating pressure (bar)
    • Double-acting auxiliary services
    • Hose and coupling specification

    Why does it matter?

    Insufficient oil flow can result in slow grab opening and closing times, reducing productivity.

    Excessive hydraulic pressure can damage cylinders, seals and hydraulic components if the grab is not designed for the machine.

    3. What is the maximum opening width and minimum closing diameter of the grab?

    Key Technical Considerations

    • Maximum jaw opening
    • Minimum gripping diameter
    • Jaw geometry
    • Clamping force across the full opening range

    Why does it matter?

    The opening width determines the largest log, pipe or pole that can be safely gripped.

    The closing diameter affects the ability to securely handle smaller logs, fencing posts, utility poles or bundles without dropping material.

    4. Is the log grab designed for the type of material I intend to handle?

    Key Technical Considerations

    • Hardwood or softwood
    • Steel, plastic or concrete pipe handling
    • Round versus irregular loads
    • Serrated versus smooth gripping surfaces
    • High-strength steel construction
    • Replaceable wear components

    Why does it matter?

    Different applications place very different loads on the grab.

    Timber, steel pipes, concrete pipes, utility poles and recycled materials all require different jaw profiles, strength and wear protection.

    5. What mounting brackets and machine interfaces are available?

    Key Technical Considerations

    • Loader manufacturer compatibility
    • Quick hitch type
    • Pin dimensions
    • Hydraulic hose routing
    • Coupler compatibility
    • Visibility from the operator’s cab

    Why does it matter?

    A log grab is only as effective as its connection to the host machine.

    Incorrect mounting arrangements increase stress on the attachment and may reduce visibility or operating efficiency.

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