A BAC High Tip Bucket allows for an increased discharge height and is used for loading high sided vehicles, walking floor trailers and hoppers etc.
They are used extensively within the Agriculture and Construction sectors.
A High Tip Bucket allows tipping at a higher level and can be used for handling and loading high volume materials higher up with a multitude of materials, for example:
- Grains
- Waste
- Sugar Beet
- Wood chips
- Bag Waste
- Glass
- Paper
- Coal
Developments in high tip buckets have increased their functionality, such as:
- Larger ranges designed to match your specific operational requirements (substrates to be handled, volumes and vehicles).
- Buckets designed to increase lift heights whilst high tipping angles allow for the rapid and controlled emptying of the high tip bucket.
- A correctly specified and designed high tip bucket can increase efficiency and improve productivity.
When an Increased Discharge Height is Needed
The fundamental difference between a BAC high tip bucket and a conventionally mounted standard bucket is that an increased discharge height of over 1.5 metres can be achieved on the dump stage. If a discharge height of over 1.5 metres is required contact our engineering team on 01440 706429 who will happily discuss your requirements
High Tip Buckets are ideal for light materials, when moving the material into high sided trucks or hoppers. Discharge in the high carry position is achieved by the pivot being situated behind the leading edge with the buckets dump action being activated by two hydraulic cylinders.
What to Look for When Selecting a High Tip Bucket
- Choose a bucket of the correct volume, going too big or too small may cause operating inefficiencies. Sizes range from 1cm³ to 14cm³ capacity
- A clear floor twin ram system is beneficial as it provides an improved and more reliable ejection process
- Quick hitch or direct mount fitment
- Having a bolt on reversible wear edge will provide twice the life and will be easier to replace
- Some elements of the bucket will be exposed to mechanical abrasion and higher wear. Bolt on heel plates allow for easy replacement
- BAC high tip buckets come complete with all hoses and fittings as standard
- Closing dampeners on bucket frame will reduce wear and noise
- B. A. Caulkett high tip buckets are fitted with hydraulic cross line relief valves to protect the hydraulic system on our buckets.
- If your application requires it Trash guard or Spill guard should be available
How can a Loader High Tip Bucket Increase Efficiency and Improve Productivity
A loader with a BAC high tip bucket can increase efficiency and improve productivity in several ways:
- Increased Dumping Height: A high tip bucket can dump materials at a greater height than a standard bucket, allowing operators to unload materials into trucks or hoppers without having to move the loader as often. This reduces the time and effort needed to move the loader and improves efficiency.
- Improved Bucket Capacity: High tip buckets typically have a larger capacity than standard buckets, allowing operators to move larger loads in a single pass. This reduces the number of trips needed to move materials, saving time and improving productivity.
- Better Visibility: High tip buckets offer better visibility to the operator by raising the bucket higher off the ground. This makes it easier for the operator to see and pick up materials, reducing the risk of accidents and improving efficiency.
- Reduced Spillage: High tip buckets are designed to reduce spillage, which means that more material is carried in the bucket without falling out. This reduces the need for cleanup and increases productivity.
- Versatility: High tip buckets can be used for a wide range of applications, from loading materials into trucks to dumping materials over walls or into hoppers. This versatility means that the loader can be used for multiple tasks, reducing downtime and improving efficiency.
Overall, a loader with a high tip bucket can increase efficiency and improve productivity by reducing the number of trips needed to move materials, improving visibility and reducing the risk of accidents, and providing versatility for a wide range of applications.
Key Technical Considerations
- Optimised tipping height and forward discharge angle enable faster loading into high-sided trailers, hoppers and containers
- High breakout force is maintained throughout the loading cycle due to the bucket geometry
- Faster discharge reduces the need for multiple repositioning manoeuvres
- Efficient hydraulic ram positioning provides smooth, rapid tipping and return cycles
- Reduced material carry-back means less manual cleaning between loads
Why does it matter?
Higher tonnes are moved per hour by completing more loading cycles during each shift.
Reduced machine movement lowers fuel consumption, while smoother loading operations improve operator efficiency and maximise utilisation of both the machine and operator.
Increases productivity whilst reducing operating costs.
Key Technical Considerations
- Match bucket volume to the material density (kg/m³) rather than simply selecting the largest bucket
- Rated Operating Capacity (ROC)
- Static tipping load
- Hydraulic lifting capacity
- Tyre load ratings
- Different materials such as woodchip, compost, grain, RDF and aggregates require different bucket capacities
- Correct capacity ensures full payloads whilst maintaining machine stability
Why does it matter?
Correct bucket sizing prevents machine overloading whilst maximising payload on every loading cycle.
Matching bucket capacity to material density improves fuel efficiency, reduces unnecessary trips and delivers higher overall productivity.
Maximises payload whilst maintaining safe operating limits.
Key Technical Considerations
- Heavy-duty pivot pins and replaceable hardened bushes
- High-capacity hydraulic cylinders with protected ram locations
- Reinforced pivot points designed for high-cycle applications
- Replaceable bolt-on cutting edges and wear components
- Greasable bearings or optional automatic greasing systems
- Wear-resistant steel in high abrasion areas
Why does it matter?
Robust construction and replaceable wear components reduce the frequency of repairs and servicing.
Longer service intervals increase machine availability during peak operating periods whilst reducing lifetime maintenance costs.
Minimises downtime and maximises operational uptime.
Key Technical Considerations
- Optimised internal bucket profile promotes smooth material discharge
- High tip geometry reduces bridging of difficult materials
- Curved shell design improves rolling action during discharge
- Minimal internal ledges reduce material build-up
- Suitable for free-flowing and difficult materials including woodchip, compost, biomass, municipal waste, recyclables and agricultural products
Why does it matter?
Improved material flow delivers faster emptying, more accurate payloads and less manual cleaning between loads.
Reduced retained material also minimises cross-contamination when handling different products, resulting in more productive loading cycles.
Delivers cleaner discharge and greater loading efficiency.
Key Technical Considerations
- Machine operating weight
- Hydraulic pressure and oil flow
- Loader arm geometry
- Lift height
- Attachment interface
- Counterweight requirements
- Centre of gravity calculations to maintain machine stability during tipping
- Hydraulic hose routing to minimise restriction and protect against damage
- Correct bucket width matched to tyre width and operating environment
Why does it matter?
Correct machine matching allows the bucket to operate at its full design potential without overstressing the loader.
It improves operator confidence and visibility, reduces component wear, maintains safe operation throughout the lifting cycle and ensures long-term attachment reliability.
Ensures maximum productivity, safety and attachment performance throughout its service life.
