Serving in the food and agriculture sector that is incredibly competitive, there is efficiency and cost control that is the key to success in the long run. There are representations of vegetable suppliers who have to deal with unending troubles namely; product spillage, upholding hygiene, high maintenance rates and downtime. Even minute flaws in processing lines may cause a substantial loss in the financial sector in the long run.
In this case-style blog, we shall elaborate on how one of the vegetable suppliers reconfigurated its operations by changing to a capped edge conveyor belt leading to less wastage, a cut in its maintenance and capital, as well as its productivity. It explains the reasons why the decision of the use of vegetable processing conveyor belt in can provide a tangible change in the everyday operations.
The Dilemma: Goods Wasting and Increasing Costs of Operation.
The supplier of vegetables was a medium-sized processing plant that processed fresh products, i.e., potatoes, carrots, beans, and leafy vegetables. Their current conveyor system had standard and non-edge-protected flat belts. With time a number of problems became evident:
- Vegetables were leaking out on the sides of the belt.
- The loss of products was experienced during the washing, sorting, and transfer operations.
- They needed a regular cleaning and readjusting of the belts.
- Compliance with hygiene was made more difficult.
- The cost of maintenance and lost working time were continuously growing.
Since vegetables tend to be wet, uneven, and loosely packed, the normal arrangement was not appropriate to go through continuous processing. These conditions required a vegetable processing conveyor belt that would effectively accommodate such conditions without raising the cost of labor and maintenance.
The Knowledge of the Capped Edge Conveyor Belt Application.
A capped edge conveyor belt is a conveyor belt whose edges are designed to be sealed or molded, which inhibits the existence of materials that can slide out of the sides of a conveyor belt. Capped edges are also used in contrast to conventional belts, but they serve as a barrier, ensuring the products are in the middle of the flow.
In the food handling case, the design has several benefits:
- Reduced product spillage
- Better cleanliness and hygiene.
- Lower belt wear at the edges
- Less hassles during cleaning and maintenance.
It rendered the conveyor belt having sealed side edges a perfect solution to be integrated in vegetable processing.
Selecting the appropriate conveyor belt to use in vegetable processing.
Vegetable processing entails high hygienic requirements, the ability to resist downpours, and strength. Having considered the alternatives, the supplier settled on a food-grade conveyor belt with capped edges the met the food safety standards and was able to operate in wet conditions.
The features of the preferred belt were:
- Belt material, food safe, non-toxic.
- Washing…easy to clean.
- Good grip in order to manage wet vegetables.
- Closured sides to avoid spillages and contaminations.
The one-dimensional conveyor or fruit handling belt was biased to suit agricultural and food handling conditions.
Implementation with Operations Not being interrupted.
During installation, one of the greatest concerns of the supplier was downtime. The capped edge belt was made to fit onto the existing conveyor structure, which can be changed without a significant modification.
The shift was done in stages so as to prevent delays in production. Upon installation, the belt was put to full load test to determine whether it would integrate with the washing, sorting, and packing systems.
Outcomes: The Capped Edge Conveyor Belt Reduced Purchasing.
The result of changing to a capped edge solution was effectual and quantifiable. The supplier started realizing substantial improvement in its functioning within several weeks.
Reduction in vegetable spillage at a drastic rate.
The closed side made the transportation of vegetables uncontrollable since the vegetables could not fall off especially when transporting them to the next transfer points. It is this that decreased product wastage by a significant margin.
Reduced Cleaning and Maintenance
Less time and water was spent on cleaning as there was less fall or machinery on the floor and vegetables fell. The edges and top cover capped conveyor belt also minimized edge fraying, increasing belt life and decreasing replacement costs.
Better Hygiene and Food Safety.
The conveyor belt used in the food grade ensured an increase in the standards of sanitation. Sealed edges did not allow dirt/debride to accumulate and therefore daily washdown was more effective and fast.
Enhanced Operational Effectiveness.
The processing line was more consistent with flow of materials becoming smoother and with less interruptions. The amount of time spent by workers on spills had reduced to time spent in constructive activities.
Reduced Downtime
Jamming caused breakdowns that did not take place so much and the misaligned belt was minimized. The effect of this was reduced uptime and more predictable production cycles.
The reasons why Capped Edge Belts are good in the processing of vegetables.
Vegetables are unequal in shape, size and moisture content. A normal belt is most of times lacking in establishing movement, hence losses. One way of addressing this issue is to use a vegetable processing conveyor belt whose edges are capped, which helps in directing the produce to safety along the conveyor belt.
These belts particularly are useful in:
- Washing and cleaning lines
- Sorting and grading systems
- Packing and transfer conveyor.
- Cold storage space and dispatch space.
A capped edge conveyor belt is not a quick-fix solution because suppliers wishing to enhance speed and yet manage their expenditures need to invest in a long-term solution.
Long-Term Cost Benefits
The initial expenditure of capped edge solution can be marginally more expensive than an ordinary belt but the economic gain widespread in the long term is much greater than the investment. Minimization of product waste, reduced maintenance, enhanced hygiene and increased life span of the belt are all factors that have a heavy cost savings payoff.
In the case of this vegetable supplier, the payback period came after several months due to:
- Reduced wastage
- Reduce labor costs and cleaning costs.
- Fewer belt replacements
- Enhanced manufacturing standardisation.
Conclusion
This case has provided a clear indication of the impact a right conveyor solution can make in changing the operations in food processing. The upgrade of the vegetable supplier to a capped edge conveyor belt saw the reduction of spillage, enhancement in hygienic conditions and reduction of the costs of operation without reducing the productivity.
In the case of a company dealing in agriculture and food handling one of the ways that an efficiency increase can be quantifiable is in the choice of a food grade conveyor belt that is specifically designed as a conveyor belt to process vegetables. The proposed vegetable processing conveyor belt is an upgrade with the capacity to reduce costs, not only its edges are capped but also, it is a step to sustainable operations that are economical and calculated.