7 Ways 3D Technology Will Change The Manufacturing Industry

7 Ways 3D Technology Will Change The Manufacturing Industry

No doubt 3D technology has transformed the world of business. There are numerous inspiring ways by which 3D technology has to reshape the future.

This post comes to us from Adam Robinson of Cerasis, a top freight logistics company and truckload freight broker.

If you are also instructed to learn about the impact of this revolutionary technology then you are at the right spot. Here are seven ways in which this new 3D trend will shape the future of manufacturing sector:

1. Boost Local Production

According to a recent survey based report it is come to know that 3D technology will allow the manufacturer to double the mass production level. It will enable the producers to reach their targets without increasing each unit production cost.

It will also reduce the shipment costs as a local manufacturer will no need to bring material from other countries. Instead, they could easily install 3D manufacturing plant in their own factory to cut the extra cost.

This way local business will easily boost their production process as well as reduce the cost of manufacturing.

2. More Customized Products

When you will engage 3D technology in the manufacturing process, you will get a chance to produce customized goods. It means that you could build everything from clothes to cars in a unique way.

According to a report, it is revealed that in coming years mobile users will get the opportunity to use 3D printing app.

In additional professional designers with also use 3D printing techniques to enter into the new age of industrial design. So, if you want to develop customized products to drive more revenue then you should use 3D printing method.

3. Best For Creativity

It is true to say that 3D technology is the best tool for creative lovers. This is because it enables manufacturer to open up new possibilities to grab the attention of more customers,

Many experts have predicted that the introduction of 3D technology will enable the creativity lovers to fulfill their every desire in an innovative manner.

Whether you want to design a phone or furniture mode, 3D technology will soon make it possible for you to accomplish your goals perfectly.

4. Avoid Copyright Issues

We all know the importance of copyrights to safeguard ones intellectual property. This is why businessmen hire lawyers to overcome a number of legal disputes that are rising due to copyright.

It is anticipated that 3D printing will secure the creativity of artists as everyone will hold ownership of their 3D design.

In case, you are also concerned because of the copyright issue then this technology will help you to overcome legal issues quickly.

5. A New Tool For Large-Scale Producers

Suffice to say that 3D technology is best tool for countries which are totally dependent on manufacturing industry. For instance, as China heavily depends on the manufacturing industry, 3D printing will enable China to target a huge domestic market.

In addition, it will also assist countries that are rapidly moving toward manufacturing sector. It gives them the great benefit to switch their operations to mass-manufacturing level all over the world. This strategy will benefit every growing economy to step in the next level in the coming future.

6. Build New Horizons For Every Industry

The 3D technology will revolutionize production process of every industry including the healthcare sector, education sector as well as food industry. The reason behind this is that scientists are working on 3D models that will facilitate every industry so that more people will take benefit from it.

From research, it is come to know that a popular hospital has printed a jawbone by 3D printer. If you also engage in health sectors then you will also find yourself building human body parts in a 3D manner. Many experts have also researched that 3D tools will also help to assemble chemical compounds and printing drugs.

7. Reduce Crime

It is predicted that new 3D technology will reduce the crime level. This is because people can keep guns that are made on 3D printers to secure themselves from criminals.

In addition, people can create CCTV camera and other 3D technology to catch the criminal in an easy manner. Moreover, it will also help in the production process of military equipment and chemical weapons.

Wrap-Up…

Therefore, it could be said now that 3D printing will offer uncountable benefits to small scales as well as the large-scale manufacturing industry to drive more revenue. If you also belong to the manufacturing industry then you should also tap into the potential of this superb technology.

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Working From Home Is Transforming Business Culture

Working From Home Is Transforming Business Culture

More and more companies are contemplating how to cut their expenses and retain exceptional talent by offering work from home policies.

This guest post comes to us from Argentus Supply Chain Recruiting, a boutique recruitment firm specializing in Supply Chain Management and Procurement.

Time was, companies in the corporate world measured their employees’ success by time that they spent at their desks and in meetings. But over the past 10-15 years, the workplace has seen some radical transformations spurred by the rise of digital communications. Companies are becoming less formal, less rigid in their expectations, and more likely to hire on short-term contracts even for high-skilled positions. Every company is different, but today’s most successful corporate cultures are more interested in evaluating employees based on their results rather than process-oriented metrics like time spent in the office.

Companies are competing for talent by offering a more humane workplace, including an emphasis on work / life balance that allows high performers to maintain a family and hobbies as well as a demanding career without going insane. Since work / life balance became a buzzword, more companies are paying lip service to the concept. But a few big companies are stepping up and recognizing that the concept can pay dividends for companies as well as workers.

One of the biggest related growing trends in the workforce is the rise of work from home policies. Tools like Slack, Google Drive, Skype and others are making working from home (or offsite) more feasible than ever before. Companies have long offered occasional “telecommuting,” and many startup-style corporate cultures are known for their flexibility, but more major companies are offering official, codified work from home policies.  IBM recently slashed its work from home policy, but organizations as large as Amazon, Xerox, GE and Dell have adopted official policies allowing employees to work offsite at least some of the time.

Anecdotally, as a recruitment firm, we’re seeing more companies include official work from home policies in their job descriptions when they’re hiring – recognizing that it’s a great selling point for people hoping to avoid lengthy commutes. The practice is growing. According to data from GlobalWorkplaceAnalytics.com, the number of individuals at corporate jobs (not self-employed) who are able to work from home has increased 115% since 2005, which is almost 10 times as fast as the rest of the workforce.

Working from home can be great for candidates with young families, those who want to avoid lengthy commutes, or who want to be able to concentrate without the distractions of a busy office environment (putting aside, for now, the distractions of the home or a 3rd party working space). Working from home is also green; it saves on greenhouse gases from commuting. But they can also offer dividends to companies themselves: a typical business can save up to $11,000 per person per year by allowing candidates to work from home at least some of the time. This is money that your company can shave off the bottom line, or put into higher salaries to try to attract even stronger performers.

It’s a great policy, and workers are demanding work from home policies more than ever before, especially passive candidates who need to be enticed to make a move. As we recently mentioned in another post, more of the candidates we speak with are asking about work from home policies when we approach them with opportunities. According to statistics, 80-90% of peoplewho don’t work from home want to start doing so at least 2-3 days a week to split their time between the kind of collaboration you can accomplish in an office, and the concentration you can achieve at home.

It’s where things are going, with more tools that make working from home easy coming online every day, and more Fortune 500 companies embracing it. Yet only 7% of corporations in the U.S. make working from home available to most of their employees. It can be a radical shift for a company to adopt a work from home policy, so it’s no wonder why so many companies are reticent. It doesn’t work for every industry and organization, but it can be an excellent strategy for talent attraction and retention.

Whether you’re a candidate thinking about looking to avoid a commute, or a company thinking about how you can save on overhead and attract exceptional talent, it’s worth thinking about working from home policies and what they have to offer the workplace.

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Last-Mile Metrics: 11 Metrics to Measure in Last-Mile Logistics

Last-Mile Metrics: 11 Metrics to Measure in Last-Mile Logistics

Shippers should be tracking these last-mile metrics to drive down the high cost of last-mile logistics.

This post comes to us from Adam Robinson of Cerasis, a top freight logistics company and truckload freight broker.

Using technology to improve last-mile metrics is essential to driving last-mile costs down, but how do shippers know if the technology is helping or hurting? The answer to this question lies in using last-mile metrics to track key performance indicators and target levels of service to ensure accountability, visibility and continued reduction of costs in last-mile delivery.

A recent survey of customer service experiences, reports DC Velocity, revealed many retailers feel current technologies do not address their customer service needs, and as few as 3 percent of retailers cite full support as part of their current systems. Unfortunately, history teaches shippers that reducing costs means cutting customer service, but integrating customer service data into delivery operations and transportation systems is key to increasing a brand’s value. In fact, 72 percent of survey respondents believe it is very important to improve access to data for in-transit shipments, which includes last-mile delivery. Essentially, shippers need to track these 11 metrics.

1. On-Time Deliveries Are King of Last-Mile Metrics

The number of on-time felt or late deliveries are more important than any other metric tracked in last-mile logistics. These metrics provide a quick yes or no analysis of the effectiveness of your last-mile logistics strategy.

2. Fuel Consumption Rates

Last-mile metrics involving fuel consumption rates can vary and depend on the preference of the company, but how fuel consumption rates are calculated can greatly influence whether a driver is saving or wasting fuel.

For example, overall fuel consumption costs may be lower, but interval-based fuel consumption rates could show consistent, stopping and starting patterns that do not coincide with existing routes and drive up fuel costs. As a result, fuel consumption rates should be calculated by averaging the total fuel costs per driver, all drivers, per delivery vehicle and per route.

3. Last-Mile Vehicle Capacity Used Versus Available

Last-mile logistics should also consider the capacity utilized against the available capacity in all last-mile delivery vans. This metric is calculated by dividing the available capacity by the total capacity. Excess available capacity rates allude to poor loading procedures or the need to consolidate routes. The same calculation is used to calculate capacity used, dividing the capacity used by total capacity.

4. Planned Versus Actual Mileage

Planned versus actual mileage last-mile metrics are calculated by dividing the actual mileage per vehicle, driver, or route by its own planned mileage. Higher actual mileage rates reveal problems with route planning or unforeseen detours to route schedules.

5. Driver Hours In-Motion and Stationary

In-motion and stationary driving hours are expenses in last-mile logistics, and, unless your company employs a fully autonomous and drone-assisted delivery network, stops are necessary. However, the amount of stops and hours of both in-motion and stationary position can help measure performance of drivers. Excess stationary hours or excess in-motion hours are calculated by dividing the total amount of time drivers spend on a route by the number of hours in motion and the number of hours stationary.

6. Cost Per Item, Per Mile, and Per Vehicle

Last-mile metrics should track the cost per item, per mile, and vehicle associated with a specific route and the company as a whole. As a result, shippers should average the total costs per item for a given route and for the company’s shipments over a set period. The same average process should apply to both mile and per vehicle metrics, too.

7. Number of Stops

Last-mile logistics and metrics should also track the number of stops per vehicle. This is important to monitoring fuel costs, but it can also allude to poor route optimization practices. In other words, vehicles with a high number of stops should be reevaluated for ways to improve route schedules.

8. Average Service Time

The average service time metric can be complicated because it involves different data to calculate, depending on the source of an order. Most commonly, it is calculated by dividing the total service time at the store by the total number of deliveries. In other words, what is the average amount of time spent per order between the store, the warehouse, and other pre-shipping processes?

9. Customer Complaints

The need to manage customer service and address customer complaints leads to another metric in last-mile logistics, reports Talking Points With Adrian Gonzalez. What is the total number of customer complaints, and how do they stack up against the total number of deliveries? This metric is calculated by dividing the total number of deliveries by the total number of complaints received.

10. Order Accuracy

Order accuracy is calculated by comparing the known inaccuracies of orders against all shipped orders. Since some consumers may never report inaccurate orders, it is difficult to track a specific order inaccuracy metric. Instead, shippers should track order accuracy rates by dividing the total number of shipped orders by the number of orders not subject to customer service disputes, calls or complaints.

11. Damage Claims

A final last-mile metric to track is also about problems with orders: damage claims. Shippers should track the number of incoming damage claims against the total number of shipments. This is calculated by dividing the number of damaged claims by the total number of shipments. The resulting value is the percentage of damage claims in decimal form.

Using Metrics, Shippers Can Improve Last-Mile Logistics

Metrics allow shippers to understand the ins and outs of last-mile logistics, and metrics provide a means of measuring the performance of last-mile logistics plans against actual processes and their associated costs. As a result, shippers can make changes to their operations to improve last-mile services through last-mile metrics, and knowing more about last-mile needs is key to providing more than just the standard last-mile delivery options.

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80% of Executives Say that Procurement Isn’t Strategic Enough

80% of Executives Say that Procurement Isn’t Strategic Enough

Insights from the Procurement 2020 survey

This guest post comes to us from Argentus Supply Chain Recruiting, a boutique recruitment firm specializing in Supply Chain Management and Procurement.

it’s no secret that the world of Procurement is changing and fast. With automation, big data and burgeoning AI systems removing more and more of the profession’s “tactical” or “clerical” tasks, companies are calling on their Procurement teams to be more strategic, more nimble, and more innovative. They’re expecting their Procurement functions to deliver not just bottom-line cost-savings, but other sorts of value, adding to organizations’ overall competitiveness.

Procurement, you’ve come a long way, baby.

But a new survey of 200 C-Suite executives from a variety of industries and functions presents a rather dispiriting picture of the Procurement function today – or at least how it’s perceived. Held by Management Consulting firm Ayming, the survey explores a wide base of opinions from some of business’s top leaders – CEOs, CPOs, COOs, and CFOs – about the value Procurement has to add, and where it’s going to be in 2020. The survey, titled Procurement 2020, has lots of interesting insights, showing where Procurement is knocking it out of the park – and where it’s striking out.

The biggest headline takeaway? 83% of executives surveyed say that their Procurement function is not entirely strategic – meaning they don’t think it’s crucial to business leadership, and that it isn’t a key input when making high-level strategic decisions.

It’s a rough verdict, one showing that as much progress as the field is making, a lot of that development – the chance to be a true partner to business at the highest level – is still unfulfilled potential. Some of the other data is relatively damning as well: only 28% of executives surveyed viewed Procurement as a core aspect of their strategy. More than half (51%) of the executives do not consider their Procurement operating models to be effective as they stand today.

Interestingly, this last number breaks down differently across industries:

  • Retail executives had the highest confidence in their Procurement function, with 43% of retailers considering their Procurement operations to be highly effective – and 18% considering them to be somewhat effective. Retail also had strong marks in terms of its strategic value from Procurement, with 79% of executives saying that its Procurement operations were “mostly or entirely strategically focused.”
  • 27% of Manufacturing companies viewed their Procurement operations as highly effective – with 24% considering them to be somewhat effective. The Manufacturing industry also led the way in terms of strategic value, with 91% of Manufacturing executives saying that their Procurement operations were highly strategic.
  • 21% of Technology companies, as well as only 21% of Healthcare companies, viewed their Procurement operations as highly effective.
  • Dispiritingly, only 15% of Financial Services companies considered their Procurement operations to be highly effective.

The numbers represent a large base of dissatisfaction with how companies are prioritizing, training and supporting their Procurement departments. 44% of CEOs, as well as 44% of CFOs, consider their Procurement functions either very or somewhat effective. 52% of COOs gave a “very or somewhat effective verdict,” compared to (perhaps unsurprisingly) 56% of CPOs. Perhaps unsurprisingly, very large companies – most able to leverage a shared service model and consolidated spend – were most likely to report that they received a very high amount of value from Procurement: 36%.

Despite the survey saying that Procurement still has a long way to go, the broad base of executives surveyed often indicated a deep interest in helping the function get there. 48% of companies surveyed have either reorganized their Procurement function in the past 5 years, or are in the middle of reorganizing it, with a full 20% planning to reorganize Procurement in the next 24 months.

There are some other interesting and divergent opinions when it comes to how companies are seeking to increase their Procurement function’s effectiveness:

  • 68% of executives surveyed believed that if Procurement gets involved earlier in new product creation, as well as long-term strategy, it’ll be able to add more value.
  • 82% of CEOs believe that employee training and upskilling is a key way to improve Procurement effectiveness. In contrast, a 38% of CEOs believe that Procurement-specific technology is the answer.
  • A large percentage of CPOs (90%) believe that upgrading technology is key to improving Procurement strategy (compared to 76% of CEOs), but across different industries there’s some disagreement about the best way to drive further value from Procurement: In the Financial Services, Transportation, Retail and Technology sectors, executives saw people and skills development as the biggest opportunity to add more value through Procurement, whereas Manufacturing executives saw reorganization as the best opportunity.

We tend to think that surveys like this are an opportunity for the field rather than an indictment. And despite some of the more negative responses, we happen to know tons of Procurement departments who are excelling and creating true strategic value for their stakeholders. But if these surveys are anything to go on, there’s much more to be done. We encourage you to dig into Ayming’s survey, as there’s a lot more data we only briefly covered here.

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5 Steps Toward Digital Supply Chain Management

5 Steps Toward Digital Supply Chain Management

This post comes to us from Adam Robinson of Cerasis, a top freight logistics company and truckload freight broker.

The digital supply chain is basically a term that defines a supply chain whose foundation is built on web-enabled capabilities. At the moment, many systems are hybrid, meaning that supply chains normally use a mix of paper-based and IT-enabled processes. In its definition, real or true digital supply chain management goes beyond the conventional hybrid system and makes use of connectivity, system integration, and the information-producing capabilities of its key components.

In essence, digital supply chains aim to minimize waste and bring greater profits, whilst being a truly efficient system. Just remember, like asking for writers’ help to minimize the waste of your time, such a system will bring about benefits — like savings in basically every area, meaning better utilization of time and money, not forgetting a drastically reduced environmental impact. Unrivaled efficiency and better client connection will be realized by the employment of technology to aid the functionality of such a system. Examples of such technologies are GPS tracking, barcodes, radio frequency identification (RFlD), smart labels and wireless sensor networks. In such a setup, performance and data security are key, and, as such, cloud technologies working with web services to provide efficient collaboration and trade partner visibility.

In the course of operation, the business is exposed at multiple points across its stages of supply chain. Complexities are evident even in highly integrated organizations, which can have thousands of suppliers, with the range of transactions making it really difficult to track what is being supplied and when, making supplier risk management limited. With such a situation, there is poor visibility of risk areas, and the impact of such if not properly handled poses a threat.

Below are the easy steps that will help one take a relatively easy and flexible approach in making your digital supply chain management balanced and resilient. The result will enable companies to have a fully modeled network that helps you deal with disruptions in the supply chain, even anticipate them. It will enable adjustment of the system as conditions change, making it flexible and adaptable.

For a truly successful transformation of the existing system into a digital one, development of an orderly process to implement and integrate the necessary technologies is key. This is to avoid unnecessary delays and interruption in the delicate process of upgrading an existing, operational system.

Follow these steps for digital supply chain management

1) Understand your starting position and the risk involved.

This is the very first step. It is important to realize the current situation of the supply chain, what risk each supplier brings, and assess feasibility. The significance of each potential risk is weighed, and you have to formulate solutions on how such possible complications can be offset. Once you properly understand the risk involved, it becomes much easier to take proactive steps and set up preventive frameworks in a timely manner.

At this stage, you will assess the maturity of your suppliers and the overall risk posed.

2) Define your strategy and be open from the outset.

At this point, you will have known about the effects of potential changes, and you then encourage dialogue with the business entities involved and create a comfort zone where they can be honest with the common goal that you want a system that will benefit both sides. The use of dialogue will show inclusiveness and build the existing trust and confidence between you and your business partners. This exchange will also shed some light on what is likely to work for both sides and provides the basis for how the foundation should be set.

These early discussions will also ensure that the digital management system will suit your needs and the needs of the suppliers and other business partners. At its core, it is a system that will not be a square peg in a round hole. Understandably, suppliers will be concerned about the risk of losing you as a client if they voice concerns and potential risks. Therefore these initial discussions are critical, as they put everyone at ease and are all-inclusive. The suppliers will also broaden your idea on what the system needs and what components need to be in place for it to be a resounding success.

3) Have a sustainable, long-term approach.

Have measures in place that will aid your system in the long term. Take proactive steps to ensure system stability over time and in varying business and financial conditions. A reactive approach is susceptible to interruptions, delays, and, at times, system shut down. This cautious and forward-thinking procedure safeguards your business from such unnecessary unpleasantness.

It is important to realize that the incentive to save money can prompt individuals and organizations to introduce measures that pose significant risks whilst focusing on the short-term benefits. It is, therefore, very important to cover all bases and see the bigger picture, as sustainability is a core value of all good business entities.

4) Conduct proper research and analysis.

A good supply chain is resilient and delivers the desired and expected returns. It is therefore of vital importance that you invest time in supplier analysis. Set up a contract with proper knowledge of just how aware your suppliers are of the potential risks involved. As much as suppliers are expected to do their own risk analysis, it doesn’t mean that they necessarily are.

All questions about expectations and mutual obligations should be answered by this point.

5) Segmented roll out and capability development

After the digital supply chain management system has been formulated, it is brought into action in phases, employing all the various insights acquired. A pilot project is set up and its success reviewed. After a successful pilot, the roll out should start with those supply chains where expected returns are the highest to ensure maximum returns right from the start. It is important to note that system capabilities will be expected to evolve over the course of the roll out due to the dynamic nature of today’s business environment.

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