Improve Your Business Process with The Right Conveyor System

As a manufacturing business, your primary focus might include packaging your products. And it goes without saying packaging affects many aspects of your product line, everything from the materials used to the shipping and payment dates can make a change in the way your finished goods look, cost per piece and how they are distributed and eventually affect your business growth. When it comes to your packaging processes efficiency is the key, which can make or break your products success and operation as a whole. In this case, a conveyor system can help to add that oomph or a tremendous boost of productivity you are looking for.

So, what exactly is a conveyor system?

A conveyor system is an equipment that is used to transport materials from one point to another. Moreover, from handling goods from one place to another within the organization, they can also help to feed items from one spot to another while saving your business time and money. For this reason, many organizations choose this to make their manufacturing and transportation processes easier, faster and convenient to accomplish. You can install conveyors according to the size and depending on the heavy workloads and also movements of items in various directions.

A packaging automation system allows for a faster and safer transportation of goods from one location to another that are being tailored to the layout of your facility and processes.

Still working without conveyors? Here are how automated systems can improve your business process:

Today, businesses can make use of these automated systems to streamline practically every aspect of packaging. Apart from the movement of parts and products, the conveyor can help to sort, weigh and monitor loads to make the flow management of the packaging smoother and ensure quality of packaging along with it. Without conveyors, you will have to implement manual labor which can raise the cost of labor and also result in creating several human resource complications. When compared to machines, human labor will lead to less productivity, less efficiency, more errors and more expenses resulting from risk of damage to goods, wastage of resources in the long run. Moreover, the business owner will have to cater to their leaves, payroll, medical expenses and other options. All in all, for this reason businesses improve their processes by automation which results in higher returns and drives their business ahead of the competition.

Interestingly, these automated systems have been used across various industries like food, pharmaceuticals, courier and carriage, manufacturing and many more. These can bring improvement to the following areas:

1. Convenient and faster movement of products:

By automating the function of moving parts and products, you can find an immediate increase in the throughput since everything is operated by the conveyors. From conveniently moving products from one point to another to reducing time, cost and labor involved in manual operation. All this can lead to increased productivity even for the companies with smaller bandwidth and workforce. These can also cater to heavy industrial use, for instance to transport heavy material like sheets and plastic parts as these have the tendency to withstand extreme conditions unlike manpower.

2. Increases safety and reduces chances of accidents:

Manual movement of parts and products increases the risk for injury or strains from repetitive motions. When workplace safety is the priority of most businesses, these machines can help decrease the need for forklifts, by reducing exposure to machinery and making employees happier and reducing the overall risk for workplace accidents.

3. Reduces manhandling

When it comes to moving products with the help of labor, the main concern in many manufacturing facilities is the damages and return. By automating it can drastically decrease the packaging errors and create stable loads throughout the whole process.

Everything You Need to Know About Electrical Forklifts: Pros and Cons

Forklifts are omnipresent in every warehouse that has load moving and transportation as a part of its job description. They come in many shapes and designs, each suited for a specific kind of task. We have basic forklifts for moving small to medium loads, outdoor forklifts that are used to move around shipping containers in shipyards and ports and many more.

The underlying motor that runs forklifts come in either electric or gasoline variants. Electric motors are those that require a charge of battery to operate, whereas gasoline forklifts run on gas. More and more warehouses that operate indoors have been shifting to electric forklifts whereas the bigger forklifts still have gasoline motors and are used for heavy-duty lifting.

The reason for warehouses preferring electric ones are as follows:

Lower Operating Costs: With prices of gas on the rise, many are shifting to electric ones to save on fuel. Not only that, electric forklifts have less complicated motors and moving parts, and don’t have engine oil or coolants, making them inexpensive and easier to maintain and repair.

Convenient Charging: Like electric passenger cars, electric forklifts require charging stations to recharge the battery. It is much easier and safer to build a charging station as compared to designing a fuel storage area.

No Pollution: While warehouses are large buildings, workers work for long hours while getting exposed to air inside the building. Electric forklifts have zero gas emissions, preventing the indoor air from getting polluted.

Noiseless: Electric motors produce no audible noise, hence it keeps noise pollution inside the warehouse or factory to a minimum, although other machines and devices may produce noise.

But no machine exists without a few cons, and the same goes for electric forklifts too:

Limited Load Capacity: Electric forklifts don’t produce as much power as gasoline ones, hence their load-bearing capacity is often limited to 10,000-12,000 lbs. at maximum.

Expensive to Buy: Electric forklifts are more expensive to buy than gasoline-based ones, although the higher cost is nullified by the cheaper maintenance costs.

Special Charging Stations: Electric forklifts are not like the typical electrical appliances that you can simply plug into a wall socket. It requires a high voltage custom-built charging station that draws more power than a normal electric socket. Setting up these stations can cost quite a bit.

Having said all that, electric forklifts are really well-suited for indoor works whereas gasoline forklifts are perfect for heavy-duty lifting and outdoor usages such as in shipyards and ports.

The Difference between Material Handling Integrators and Material Distributors

If you deal with the sourcing raw materials such as iron and copper from manufacturers and distributors, you might have heard of the term ‘material handling integrator’. These are firms or manufacturers that deal with an entire project right from the beginning to completion. That means the client will approach them with an idea and walk away with the finished product. Distributors, on the other hand, deal only with supplying the client with a finished product directly or the raw material.

The major differences between material handling integrators and distributors can be specified by taking the following examples:

Distributors

The general flow of dealing with distributors is as follows:

Step 1: The client approaches the distributor, specifying their needs.

Step 2: The distributor askes the client what they need to supply them with. For example, a plumbing tools manufacturer will ask for a supply of steel and iron to make pipes, whereas a plumbing tools reseller will ask for plumbing pipes that they can directly sell. Different distributors deal with different goods, so a distributor for iron/steel and a distributor for finished pipes will be different.

Step 3: The distributor signs a deal with the client after talking about how much quantity needs to be supplied, the timeframe, logistics, price, etc.

Step 4: The distributor supplies the goods to the client for the duration of the contract.

Material Handling Integrators

The general flow of dealing with material handling integrators (MHI) is as follows

Step 1: The client approaches the MHI with an idea of a product.

Step 2: The MHI listens to what the client has to say, and they will specify whether they can build the product or not. For example, a plumbing reseller who wants some uniquely designed pipes and faucets will go to an MHI and ask them to build the same. A deal is signed if both parties come to an agreement on all aspects of the deal.

Step 3: The MHI chalks up designs, dimensions, and raw materials to be used for the client to approve.

Step 4: The client approves of the design, and the MHI starts mass-producing the item as per the quantity required by the client. The MHI can either do everything themselves or hire 3rd part manufacturers to share the job so that the process is faster. The MHI also get all the necessary permits, if any.

Step 5: The final goods are then readied and shipped to the client within the specified timeframe.

As we can see, the main advantage of MHI is that the client can basically get customized goods that are made specifically for them, as compared to distributors who sell standardized goods.

5 Common Types of Forklifts and Their Uses

Forklifts are must-have for warehouses and factories, for they are indispensable when it comes to moving heavy loads around the facility. Forklifts come in both mobile and fixed variants; mobile forklifts are small vehicles that can carry loads around quickly from point A to point B, whereas fixed forklifts are huge machines that are used to mainly shift loads or move them over short distances.

They are of many types depending on their designed load capacity and equipment used. If you are looking at forklifts for your warehouse and finding it hard to decide which ones to buy, here are 5 most common forklifts used in warehouses across America:

Warehouse Forklifts

This is the most common type of forklift used in warehouses. They are instantly recognizable because of their small size and the one-man driver seat with lifters attached to the front of the vehicle. These trucks have a loading capacity of up to 5 tons and are best for transporting loads over short distances inside the warehouse compound.

Counterbalance Forklifts

It resembles warehouse forklifts in terms of appearance, but the technique employed for lifting is entirely different. The most common differentiating factor between counterbalance and warehouse forklifts is the presence of 3 wheels in the former as compared to 4 wheels in the latter. They have a weight on the back of the vehicle to counter the weight loaded in front. Their small footprint makes them ideal for small warehouses or tightly packed ones where they can maneuver easily.

Sideway Forklifts

Warehouse forklifts are good and all, but what if you need to move long items such as beams or tubes? Sideway forklifts are used for that very purpose; they have lifts mounted on their side which makes it easy to transport long materials without hindering the movement or the path of transport.

Telescopic Forklifts

Unlike the maneuverable and smaller forklifts mentioned above, telescopic forklifts are way bigger in size and carry much larger loads to match. They usually have the appearance of a crane attached with a lifting arm that can be used to lift heavy loads. They are generally used to lift loads to higher elevations and are typically used outdoors.

Pallet Jacks

These are the smallest forklifts available out there and are used to lift medium-sized loads over long distances inside the warehouse. These are also cheaper than other types of forklifts and are a great option for tightly packed warehouses that deals in medium weight loads that are not too heavy. They can either be manually operated or battery operated.

Analyzing the Differences between Different Types of Horizontal Carousel

Horizontal carousels (HCs) are widely used in small to medium warehouses because of their lower cost and comparable efficiency as compared to vertical storage and retrieval systems. Now they come in many varieties for industrial usage, but we will be taking a look at the three most common types of horizontal carousel and the differences between them.

Bottom Drive Horizontal Carousel

Specifications: They are used for heavy loads which need to be frequently stored/retrieved. They can be fitted with standardized bins or customized bins depending on the configuration of the machine.

Advantages: They distribute load uniformly over a large floor area. High load capacity, with modular design for easy installation and relocation.

Disadvantages: More expensive than other HCs, quite bulky.

Top Drive Horizontal Carousel 

Specifications: Designed for light loads, they are available in single or double yoke configurations. The drive belt is located at the top of the system, and use multiple bins of different sizes.

Advantages: Modular design means easy to install and relocate. Lightweight loads mean less noise when operating. Many models come with adjustable guide rails to raise the height of bottom shelves when needed. Cheapest of the three types of HCs.

Disadvantages: Cannot take in heavy loads. Cannot be used for heavy-duty operations.

Twin Bin Horizontal Carousels

Specifications: They sit between the top drive and bottom drive when it comes to loading capacity handled. Here, twin bins are attached with each other, allowing storage of items of same types together for faster retrieval.

Advantages: Can carry more load than top drive HCs. Consists of a wide supporting frame to evenly distribute all the load that the system holds. Increased accuracy over other HCs.

Disadvantages: Cannot be used for heavy-duty operations, more complicated systems make it slightly difficult to maintain.

A Basic Overview of Automated Storage and Retrieval Systems and Their Usefulness

An automated storage and retrieval system is a set of computerized systems that are used to both store items in specific locations and to retrieve these items when needed. Unlike manual storage and retrieval systems which involve human labor to store and retrieve items, automated systems are entirely automated and don’t need explicit human involvement.

ASRS is used in the following cases:

• Highly accurate retrieval systems where there can be basically no margin for error
• To save space and store more items in the least space possible.
•  High volume warehouses where a lot of orders are processed each day.
•  Fast processing of orders where speed is paramount. 

There are many types of automated storage and retrieval systems, as many manufacturers offer custom configurations for clients as per demands. However, ASRS can be roughly categorized into two types: Vertical lift modules and Horizontal lift modules.

Vertical Lift Modules

Vertical lift modules prioritize height above, as they are stacked up high rather than occupying floor space like horizontal lift modules do. They are common sights in warehouses with very high roofs. They can be kept in collections of two or more, which can be connected together to work simultaneously. VLM has a central computer that has all the data about items and storage bins in that particular location. When the data is entered, a machine arm moves to the desired tray picks the item up and brings it down to the delivery point. The main difference of the vertical module is that the storage bins are non-movable, and an arm transfers the goods to and from the bins.

Horizontal Lift Modules

HLMs are more widespread in an area and occupy more space than VLMs. Unlike VLMs, horizontal modules have movable racks, and they rotate the entire arrangement into place for pickup. They don’t have any mechanical arm and rotate the entire shelf arrangement around a central carousel that is usually oval-shaped, and sometimes circular or rectangular. They are more prominent in small to medium warehouses, which have a somewhat lower volume of orders to process.

Lift modules are modern must-have machines for any kind of warehouse that deals exclusively in storage and delivery business, for ASRS make it very easy for businesses to propel their work into new heights while saving labor costs, space and improving accuracy by a huge margin.

Vertical Lift or Vertical Carousel: Which One is Right for Your Business?

Using automated storage has slowly become a standard for every storage and retrieval facility, whether big or small. They cut down human errors, boost productivity levels and have virtually zero down time with 24x7 operation. One of the most popular storage systems for small to medium warehouses are vertical storage systems, which stack up things horizontally, saving a lot of space in terms of floor space.

Now they are available in two flavors: vertical lift modules and vertical carousels. Both have a different method of storage and retrieval, and both have their advantages and disadvantages. So the main question now is, which one should you buy?

Vertical Lift Modules

They consist of two similar tray columns with a mechanical arm placed at the center. This arm is responsible for inserting stuff into the storage and for extracting stuff from the storage. When the commands are given, the arm moves to the specified location, withdraws an item and dispatches it to the retrieval area. It moves like an elevator.

Vertical Carousels

Here, a series of trays are fixed around a rotating chain that is moved around a pair of pulleys powered by a motor. When the command is given, the appropriate tray rotates around and moves to the desired location for retrieval. It moves like a Ferris wheel.

The Differences

The way they store and retrieve stuff is one of the main differences between both the sets of vertical storage modules. In case of vertical lifts, the storage trays remain fixed in their locations, and a mechanical arm moves around and retrieves the desired item. Because of no particular consistency in the size of trays, vertical lifts are beneficial for storing items of different sizes.

In case of vertical carousels, the entire arrangement rotates around a pair of pulleys, hence the size of storage trays need to be uniform. So carousels are perfect for storing items of similar sizes. They are also slightly cheaper than vertical lift modules, and often require slightly more space than vertical lifts.

In short, different business needs call for different types of vertical storage systems, so you can choose one that fully complements your work flow.