Use T-fitting to access digger hydraulics. replacement of the boom / dipper pin with a longer fitting (supplied).
No changes to hydraulic pressures are needed.
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Patent applied for
BACKGROUND AND DESIGNER
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Founder of Excavator Forklift, James Russell (B.Sc.(Eng)C Eng M.I.E.I), came up with the idea for these innovative attachments when he had a heavy lifting requirement and only a small excavator on site. The concept of the "Original" Type 1 and Type 2 EFLs was born.
After investing many man-hours further developing the idea and refining the product, the "NextGen" Type 3 and Type 4 were developed. These, our current High and Low lift models, combine the mechanics of the earlier Types and the genius of a wheelbarrow, further boosting lifting power with a design that requires a less bespoke fit.
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James' design has allowed him to harness the hydraulic pressure of mini-excavators which is normally focussed on excavating. Since the attachment facilitates a lift that is "all up" rather than "up and out", the tipping point which would otherwise be reached can be avoided. See our FAQ for more on this topic.
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THE PROBLEM
Diggers are designed to maximize digging efficiency. Their shape means they tip if lifting heavy loads.
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Traditional excavator forks contribute to the overturning moment. They are ineffective for machines less than 7 tonnes.
The EFL re-directs the hydraulic pressure to create a vertical lift while the attachment wheels support the load, resulting in impressive lift capacity.
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THE SOLUTION
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It is the attachment that lifts. The digger provides ballast, hydraulic pressure and the user interface for EFL controls.