A high tip clamp bucket is a type of loading shovel attachment that is designed to be used in a wide range of different applications and industries, including agriculture and construction.
The versatile attachments can be used to handle a diverse spectrum of materials, including waste, manure and grain. Owing to a special design, the buckets can also help a company to increase efficiency – we discuss further in the following post.
How Can a High Tip Clamp Bucket Improve My Efficiency?
As may be evident from its name, a high tip clamp bucket can facilitate greater tipping height than a standard counterpart.
The attachment can, therefore, be used with high sided vehicles such as walking floor trailers and hoppers.
Because these vehicles are high sided, they can hold large amounts of materials, such as grain, reducing the need to stop for unloading. This is an important factor that can help a company to increase loading efficiency, productivity and, ultimately, profitability.
Can a B. A. Caulkett Clamp Bucket Be Designed to My Specifications?
At B. A. Caulkett, we specialise in bespoke buckets and design all of our products to the exact requirements of an individual customer. Customisable options include a wide range of sizes to suit a variety of needs, choice of mount fitments and even bespoke branding.
What’s more, B. A. Caulkett buckets are designed to offer almost universal compatibility. This is a very significant factor that means that they can be used in conjunction with a huge range of different types, makes and models of loading shovels and telehandlers.
Although we offer bespoke design option, one aspect of our products that remains consistent is unerring quality. Our loading shovel attachments are made by extremely experienced engineers using cutting edge equipment and only the highest quality materials.
The bucket must be correctly matched to the customer’s wheel loader, telehandler or tractor to ensure safe and efficient operation.
Key Technical Considerations
- Host machine operating weight
- Rated operating load (ROL) and safe lifting capacity
- Hydraulic oil flow (litres/minute)
- Hydraulic operating pressure (bar/psi)
- Number of hydraulic services required
- Attachment mounting system, such as Euro, JCB Q-Fit, Volvo BM, Manitou or Quick Hitch
- Auxiliary hydraulic coupler compatibility
- Combined weight of the bucket and intended material
Why does it matter?
Correct specification ensures the machine can safely lift and tip a fully loaded bucket.
It also prevents the hydraulic functions from operating too slowly or with insufficient clamping force, while reducing the risk of machine instability, overload and costly compatibility modifications.
Maximises operator safety, attachment performance and overall productivity.
The clamp mechanism is critical for safely transporting loose, bulky or irregular materials without excessive movement or spillage.
Key Technical Considerations
- Hydraulic cylinder bore and stroke
- Maximum hydraulic clamping force
- Clamp opening height and travel
- Clamp geometry throughout its operating range
- Even distribution of pressure across the load
- Material density recommendations
- Suitability for silage
- Suitability for compost
- Suitability for green waste
- Suitability for woodchip
- Suitability for cardboard
- Suitability for municipal waste
- Suitability for biomass
- Suitability for agricultural crops
Why does it matter?
A correctly specified clamp helps bulky materials remain securely contained during transport, including when travelling over uneven ground.
It improves loading efficiency, reduces clean-up time and allows operators to carry larger loads without overloading the clamp mechanism.
Provides secure load retention while reducing material loss and unnecessary component wear.
Not all high tip buckets achieve the same discharge height, forward reach or tipping geometry.
Key Technical Considerations
- Maximum tipping height
- Overall dump angle
- Forward tipping reach
- Tip cylinder geometry
- Bucket rollback angle
- Discharge clearance over trailers, hoppers and skips
- Full tipping cycle time
- Clamp clearance during discharge
Why does it matter?
The correct tipping geometry ensures material clears high-sided trailers, containers and processing equipment.
It also improves loading efficiency by reducing repeated machine manoeuvres, minimising material bridging and reducing spillage around the loading area.
Supports faster, cleaner and more efficient loading cycles.
The attachment should be engineered to withstand continuous heavy-duty operation in demanding agricultural, waste and recycling environments.
Key Technical Considerations
- High-strength and wear-resistant steel specification
- Bucket shell thickness
- Side plate thickness
- Clamp arm construction
- Reinforced hinge and pivot areas
- Pin diameter and hardened bushes
- Replaceable wear edges
- Internal strengthening ribs
- Weld quality and fabrication standards
- Hydraulic hose protection
- Cylinder guarding
- Greasable pivot points
Why does it matter?
Robust construction increases service life, reduces structural fatigue and lowers the risk of cracking around high-stress areas.
Wear protection and guarded hydraulic components also minimise downtime and repair costs over the attachment’s working life.
Improves long-term reliability and protects the owner’s investment.
Long-term operating costs are often just as important as the initial purchase price, so maintenance requirements should be considered before choosing an attachment.
Key Technical Considerations
- Daily inspection requirements
- Recommended greasing intervals
- Number and location of grease points
- Hydraulic hose routing and protection
- Pin and bush wear tolerances
- Cylinder seal replacement intervals
- Wear edge replacement
- Clamp pad or tine wear
- Availability of replacement parts
- Ease of servicing pivot assemblies
Why does it matter?
Regular inspection and preventative maintenance reduce unexpected downtime and extend the working life of pins, bushes, cylinders and wear components.
Accessible service points and readily available replacement parts also make it easier to identify and correct wear before a major failure occurs.
Lowers whole-life maintenance costs and helps the attachment continue to operate safely and efficiently.
