Tag : machine shop

OEM concept cell blurred background 3d illustration

4 Things OEM’s Look for When Hiring a Custom Machine Shop

If you’re an Original Equipment Manufacturer (OEM), then you understand that the manufacturing process is a necessary evil. There’s no doubt you have to get the products assembled and tested, but your real talent lies in the product design and conceptualizing the ideas.

For the OEMs, the manufacturing process is more of a means to an end, and you might find it better hiring a custom machine shop to perform the various CNC machining tasks that include fabrication.

Outsourcing these tasks to custom machine shops comes with advantages to the OEMs. They give you the time to focus product innovation & development, and save money on machine costs, hiring & training full-time machinists. OEMs also stand to benefit from the increased purchasing power, the broad range of expertise & value addition.

Hiring a CNC machine shop isn’t a straightforward affair. As an OEM, discussed below are the four key things to look for when outsourcing to a custom machine shop;

Custom Shop CNC Machining Capabilities

Evaluating the CNC machining capabilities of a machine shop is an ordeal by itself. In the US alone, there are hundreds or even thousands of machine shops, each claiming to offer the best in precision manufacturing and CNC machining.

The best approach is for the OEM to assign some evaluators comprising of the sourcing, quality and engineering personnel. The role of these individuals is to determine if indeed a particular machine shop meets your specific needs.

When it comes to the machine capabilities, you have to establish if the machine shop possesses the skills & expertise in the required operations. And are the processes implemented there required by your components?

Usually, different setups, volume, cycles, and flow can significantly impact on the price, the quality and the lead time of an order. When choosing your custom machine shop, be sure to evaluate their ability to optimize the entire process.

Innovative Technology & Continuous Improvement

We’ve realized remarkable progress in all industries and machine shops should also not lag behind. Any good machine shop in Denver will be equally as good as the technology used there and the machinists’ ability to use it.

Prior to hiring a machine shop, it’s important that you understand the current technology for manufacturing your product. After that, seek to know what CNC machining tools and equipment the machine shop uses and how they run them during the various processes.

What’s more, the machine shop you choose should also have certified CNC machinists or technicians with skills to run the software used in the various processes and to make changes if and when required.

OEMs should confirm that the shop they choose has the latest technology and they keep learning new processes to keep tabs with the new technology. It should be possible to tell that a machine shop is committed to continuous improvement by looking at solid results. The shops should prove that they devise and adopt strategies that add value to their OEM customers.

Work Quality & Quality Systems

Certain industries are so sensitive and will require consistency in the quality of work. These include the aerospace, defense, and medical industries. If your project requires high levels of consistency, then you must be careful when hiring a CNC machine shop. But how can you tell that the shop you approach has a keen eye for consistency?

Before you approach any shop, read their online reviews and testimonials on review sites. Ask for references and physical samples of their work. Reputable machine shops maintain a record of their projects in bright photos alongside the names of their clients and shouldn’t hesitate to share their past projects with you. Machine shops with something to hide regarding their performance will be uncomfortable revealing past projects.

And if there are any ongoing projects, pay close attention to their work for consistency so you can stand a better chance evaluating the capabilities of the machine shop. Check to see if they meet the specified tolerances, surface roughness, and the exact component materials? In any case, you want whatever product specifications to be met without fail lest your business loses customers.

Regarding quality systems, you need to confirm that your machine shop has the necessary certifications and that they meet all the required standards. Make sure that your machine shop is ISO Certified and has the certifications required in the specific industries in which they operate. You might also want to engage a survey team in checking keenly to ensure the daily discipline and documentations are followed to the letter. Tag Team Manufacturing will be ISO certified in August 2018.

Business Reliability & Flexibility

Professional custom machine shops have standard practices that they use in their production. But then, they’re open to any changes the OEM customer might suggest in the course of the project.

Any good CNC custom machine company will keep you the loop right from the initial step and will be ready to modify accordingly if something doesn’t feature in your specifications. Once the product prototype is complete and you approve of it, then they can use those specifications to replicate similar units.

On business reliability, any OEM customers who want quality precision manufacturing services should be ready to ask tough questions. It’s risky to place all your faith in a machine shop that has had endless problems with the supply chain. Establish how long they’ve been in CNC machining, their long-term goals, and history with customers’ orders.

Any good machine shop in Denver will have a reliable and effective supply chain management team. They should display experience in managing the incoming parts and the outgoing products and be able to handle secondary outsourcing operations. Once you’re confident the company is reliable, and the supply chain is on point, then you can go ahead with the partnership.

Undoubtedly the Best Denver CNC Custom Machine Shop

Founded in 1987, Tag Team Manufacturing has been and is still the leading Colorado machine shop. We’re a modern company working hard to continuously improve and develop our processes & capabilities and use the latest software systems in the world. We’ve hired a strong team of industry expert machinists with a combined experience of over 140 years. Our clients agree that Tag Team Manufacturing owns one of the cleanest and most organized CNC machining plants in Colorado. Call us at 303-841-5697 to request a quote or learn more about our Denver manufacturing and machining capabilities.

Education concept: Helpful Tips with optical glass

Tips for Choosing a CNC Machining Partner

While the US machine manufacturing industry continues to grow rapidly, choosing the best strategic partner for your CNC machining can be quite challenging. However, this process should not be that difficult if you have the correct pieces of advice beforehand. Below are some machine shop tips that you might want to put into consideration when sizing up for the best service provider.

#1: The Technology in Use

The power of technology cannot be underestimated in the engineering and manufacturing sector. Therefore, it is an excellent idea to know the type of technology in use in your preferred machine shop. While there are many companies out there relying on standard technology, this could be a constraint when it comes to both design and machining. That is why it is paramount to work with a manufacturer who is fully automated and equipped with all the necessary precision tools and equipment. At Tag Team, we have heavily invested in Computer Numerical Control (CNC) manufacturing that allows us to deliver precise component machining to our customers. Additionally, this revolutionary approach to manufacturing helps us to achieve zero-defects because once your design is fed into the computer; our CNC machines can repeat the production process multiple times. This also helps to lower lead-time.

#2: The Expertise of the Staff

Sometimes you may go with a price that you think is good only to end up with a component that does not conform to your print or assembly. In other cases, your project may be delayed, and the excuse the manufacturer tells you is “your component design is too complex.” Therefore, you need to be vigilant when dealing with machine shops and only work with a company that has a reputation for interpreting designs and prints accurately and delivering projects on time. At Tag Team Manufacturing, we have created a work environment where our machinists make a long-term career. We know very well that expensive equipment and software are worthless if they are not coupled with qualified and experienced staff to deliver quality services and meet the exact customer specifications. In fact, the vast majority of our machinists are US manufacturing schools graduates and can handle all complexities relating to components design and implementation.

#3: Range of Materials and Services

Choosing a manufacturer who offers diverse metal machining services can save you a lot of time and paperwork. Consider a case scenario where you want a design component that has to incorporate several metals or materials. Definitely, it would be much more convenient to outsource to one manufacturer than several of them for a single project. That is why we at Tag Team Manufacturing have CNC machining for a variety of materials including plastic, stainless steel, aluminum, copper, brass, carbon steel, and most alloys. Besides, we have an extensive network of support vendors who provide brazing, plating, heat treatment, painting, and welding among other services.

#4: Relationship Sustainability

For those considering to enter into an Original Equipment Manufacturer (OEM) contract with a CNC machining firm, you might need to evaluate the sustainability of the relationship. First, put into perspective whether the manufacturer has the requisite CNC automation to meet your demand and needs. Second, the machine shop you want to enter into a contract with should protect your business interests and keep the requirements of the end-users in mind. That being said, Tag Team has an excellent reputation for producing components for EOM’s in almost all industries. Our production capacity is about 50, 000 components annually, which means we can meet your demand without compromising on quality. In addition, we protect the interest of our clients, as we do not publicize our relationships with EOM’s who buy components from us.

5S sketch notes on blackboard

How to Implement 5s in the Manufacturing Workplace

The efficiency and the safety of a manufacturing organization are vital for improved productivity, quality production, and profitability. The 5S is a methodology aimed at optimizing the productivity and reducing waste at the factory. It makes use of visual cues and an orderly workplace to achieve consistent results. The 5S is implemented by small teams working together to achieve a higher goal of efficiency. It can be performed in any company that does manufacturing in the USA.

Steps in 5S implementation

1. Sort

The first S deals with getting unwanted obstacles out of the way to enhance speed in the production activities. All unneeded items should be kept away and the right people allowed to do the job at hand. In essence, the production workplace should only have items needed for the current operations in their bare form.

Why is it important to sort?

With enough space, time and efforts can be managed effectively as everything is in its place. In addition, it removes any annoyances and hindrances in the workflow management and lowers incidences of injury where there are moving parts in the production process.

2. Set in Order

The setting order involves arranging items such that they are in the area that they would be used. Each item is labeled for the ease of identifying it at the workplace.

Why is it important?

Setting things in order eliminates several kinds of waste that include;

· Waste of human energy as workers look for items across the facility

· Downtime as production activities await the delivery of the said items

· Difficulty in inventory management as some of the items cannot be traced.

US manufacturing school also teach the importance of putting everything in order as it lowers the chances that a wrong raw material may be used in producing a particular item.

3. Shine

Keeping the workplaces clean enhances efficiency and work morale. Clean machines and tools also work efficiently and do not break down now and then. The workplace and tools used daily should be cleaned each end of the day so that everything is set for the next work day. This applies to hand tools and CNC machining equipment at the workplace.

Why is it important?

· Clean machines produce items with fewer defects

· Puddles of dirt and oil are more likely to cause slipping injuries

· If machines do not receive regular maintenance, they tend to break down more often

4. Standardize

The above-said procedures should be maintained each day. The management of the workplace should standardize the processes so that the conditions do not deteriorate at any point. Similarly, the quality of the products should be maintained by such technology as CNC automation. CNC manufacturing ensures mechanical engineering products are cut to precision every time and products are of the same quality all through.

5. Sustain

The improvements on the procedures should be efficient in the long term. Inspections and audits help determine the effectiveness of any improvement in the production environment. US manufacturing schools teach on quality control especially in mechanical engineering and other production industries. If any improvement does not improve the quality of the product, lower the cost of production or make the work easier, it is not worth implementing.

There is high competition among competing firms in US manufacturing industry. One way a company can lead the pack is by cutting down the waste and maintaining the product standards. In addition to the procedures taught in mechanical engineering schools production managers should enhance optimal productivity by making the workplace efficient, clean and inviting.

Industry concept: Lean Manufacturing on computer keyboard background

5 Lean Manufacturing Principles Every Machinist Should Know

Lean Manufacturing principles are the way to improve manufacturing processes and can be applied to any production process. Every machinist should know these lean manufacturing principles in order to increase efficiency and help reduce costs. With the right lean manufacturing principles, US manufacturing can compete on an international level. There are five principles to incorporate: value, value stream, flow, pull and perfection.

Value

The value should be established early on in the CNC manufacturing process. In determining the value, machinists should look at the needs of the customer for the product. Other things to consider are the timeline, price point and if the customer’s expectations are going to be met.

Value Stream

After value has been determined, there needs to be an established process that takes the materials to the final product, known as value stream. Value stream is mapping out the steps it takes to complete the whole process. Every step needs be identified no matter what department it is in, whether it’s design, production administration, delivery or customer service. Once every step is determined, it’s necessary to go through the steps in order to find ones that don’t create any value and are wasteful. This process can be referred to as re-engineering, and helps better understand the whole organization. It’s important to identify inefficient inventory control, defects or bottlenecks in the process in order to make the system more lean.

In this step, determining everything of nonvalue is very important. It’s necessary to learn the difference between value and waste, and vendors may need to be consolidated. Purchasing supplies and components from one source may eliminate waste, since communicating with multiple people can use up time and money.

Flow

Once the waste has been eliminated from the process through value stream, the next step is to determine the flow of the remaining steps to continue to eliminate any interruptions, bottlenecks or delays. The steps need to flow smoothly. Sometimes it’s needed to look at all departments so they become cross-functional. This can lead to increases in productivity and efficiency, sometimes showing more than 50% improvement.

Pull

The idea of pull is to have the product ready for the consumer at any time, because the steps to make the product have become efficient and that product can be pulled when needed. This saves money for the manufacturing process because products don’t have to be stockpiled and there isn’t inventory just sitting there where people have to manage it.

Perfection

Lean is not just a one-time thing and, in order to achieve perfection and perfect value, the first four principles need to be looked at often and incorporated into the company culture. All employees should be involved in the process. Even though many of the processes are within manufacturing, other departments can still be involved. It may be necessary to repeat value steam and flow to create maximum efficiency.

When implemented correctly, lean principles will help improve efficiency and provide other values, such as increased workplace safety. Lean principles not only can be applied to manufacturing, but also different departments. By thinking outside the box, lean can be used to reduce fatigue in the manufacturing process, which can reduce injury potential. Not only does the company benefit from lean principles, but customers benefit as well.

CNC Automation Trends

Machining Technology Trends 2018

2018 is already off to an exciting start when it comes to CNC manufacturing and CNC automation. The US economy is improving, jobs and growth are projecting higher for US manufacturing for the coming years, and new technologies are emerging in CNC automation. Here’s a look at some of the top machining technology trends for the coming year (and beyond).

1. Demand for Machine-Tooled Products Is Increasing
Consumer confidence is on the rise and the US economy is ramping up after a slowdown of many years. This means the demand for machine-tooled products will be on the rise as well. New changes to US tax laws and trade policies are increasing the demand for domestic manufacturing. This will also make it easier for new CNC manufacturing startups to get off the ground, because they can be more competitive with established overseas machining operations.

2. CNC Growth Projections Are High
CNC manufacturing is projected to grow in demand across nearly every sector this year. Take a look at the estimated 2018 growth in CNC industries from an analysis by Gardner Business International:

Medical Devices & Instruments: 5.1 percent increase
Surgical Instruments: 3.1 percent increase
Automotive Manufacturing: 2 percent increase
Aerospace Parts & Engines: 3 percent increase

3. Demand for CNC Manufacturing Jobs Projecting Upward
This is actually a “good news and bad news” trend for the moment, with the bad news coming first. The CNC manufacturing sector overall was not ready for the increased demand for precision machined products. In the short term, the skilled labor gap is going to get worse than it already is. Mechanical engineering schools don’t have a lot of new slots opening up, while the industry needs skilled and trained workers for CNC automation and machining. Bottom line: There aren’t enough workers to keep up with demand in the short term. However, that is good news in the long run. The job outlook for the CNC Manufacturing sector looks better and better through 2018 and beyond.

4. More Touchscreen Controls
Companies that make precision CNC machining equipment are rapidly implementing more touchscreen controls. The controls make it easier and faster to pre-program machinery and tools for 3D cutting tasks. Program navigation, editing, creation and verification are all made easier by implement touchscreen controls with manual keypads. CAD/CAM programming and USB communication with interfaces allow even more options, versatility and ease-of-use on the machining shop floor. The implementation of touchscreen controls has added more speed to the CNC machining process, which is great when manufacturers want to quickly push more product out the door.

5. Robotics & Regulations
As the CNC manufacturing sector continues to expand, human engineers are increasingly working in proximity to robots. State and federal government will eventually step in with new regulations related to functional safety. While it hasn’t happened yet (beyond regulations that are already in place under OSHA), the industry is holding its breath for when that day comes. When it does happen, it will likely have a ripple across the domestic CNC manufacturing industry which will increase product costs for consumers.

Lean Manufacturing Waste

7 Wastes of Lean Manufacturing

One of the effective ways of increasing the profitability of any enterprise is through waste elimination. Processes can either add more value or massive wastes to the production of goods and services. The seven wastes of lean manufacturing came from Japan where there were referred to as “Muda.” The first step towards eliminating waste is understanding what waste is and the specific places where it exists in your processes. The wastes found in various manufacturing environments tend to be similar. Here are the seven wastes in lean manufacturing.

1. Overproduction

Overproduction refers to the process of manufacturing specific items before they are needed in the market. Overproduction is expensive since it hinders the uninterrupted flow of material and degrades the quality of products produced. Overproduction in industrial manufacturing is usually referred to as “Just-In-Case” manufacturing. This type of manufacturing will lead to significant storage costs, excessive lead times, and make it almost impossible to notice defects. The solution to this waste is stopping the production tap. You should only manufacture what can be shipped or sold immediately.

2. Transportation

The waste of transportation usually refers to the movement of items between different processes. This will involve the use of a forklift truck or similar equipment to move products around the factory. Transportation is a waste occurring as a result of overproduction. Excessive movement of products around the factory will cause harm and can also lead to deterioration in the quality of the products. The equipment used to move the products around the factory lead to another production cost that adds no customer value.

3. Over Processing

Over processing is extra work that adds no significant value to the consumer or business. Over processing is a waste that takes the form of adding unnecessary features to a product that the customer doesn’t use but raises the cost of production. A good example of over processing would be maintaining paint finish more tightly than required or building a product that will last for five years when you know that the customer will replace it after two or three years.

4. Excess Motion

The waste of excess motion is related to wasted movement and is evident in all cases of walking, stretching, lifting, bending, and reaching. Some of these issues are also related to safety and health which is becoming a major concern in today’s world. Technically, jobs that require excessive movement need to be analyzed and re-engineered for significant improvement with the participation of the industrial workers.

5. Excessive Inventory

Excess inventory is a waste representing cash that is tied up in the form of material which is technically difficult to turn into liquid cash quickly. Inventory eats up much storage at the manufacturing plant since it has to be managed and stored. It can also become obsolete leading to more waste. The quality of any inventory can undergo deterioration over time especially perishable goods such as rubber seals or food.

6. Waiting

The manufacturing waste of waiting hours occur whenever products aren’t moving or being processed. Waiting is perhaps the most common lean manufacturing waste of the seven. It is lost time due to poor flow of production process. Equipment breakdowns, part shortages, and bottlenecks can also lead to waiting wastes. Waiting can also frustrate the workers leading to reduced morale. The Goldratt’s theory of constraints states that every hour lost in a typical bottleneck is like an hour lost to the entire factory output which is impossible to recover.

7. Defects

Defects have a direct and substantial impact on the quality of products manufactured. Defects will lead to rescheduling, re-inspecting, and loss of capacity. The overall cost of defects is always a substantial percentage of the entire manufacturing cost. This waste can be reduced through continuous process improvement and employee involvement in the production process.

high-speed machining

High-Speed Machining: What Is It and How Does it Help?

According to the US mechanical engineering schools, high-speed machining can be defined in two different ways. However, the most commonly used definition is based on the relative surface speed between the workplace and the CNC manufacturing tool. This definition is primarily a thermo limit since most of the CNC mechanisms depend on temperature. According to surface speed definition, high-speed CNC machining is favored by metal cutting researchers and toolmakers from US manufacturing department.

Researchers and tool makers define high-speed machining by indicating the range of a transitional region which is yellow, conventional machining region which is green and high-speed region which is red and depend on surface speed. The surface speed is in meters per minute, and its equivalent to v=πdn where n is spindle speed and d is the diameter of the milling work piece.

The second definition which is widely used by mechanical engineering schools is the DN number that is centered on the rotation capability of the loaded spindle bearings. D is the diameter in mm of the larger bearing bore, and N is the spindle speed in rpm.

High-Speed Machining Principles

High-speed machining operates on several principles. Keep in mind that not every type of machining will benefit from HSM, but most applications could from HMS with implementation of CNC automation and assumptions. Below are high-speed machine principles.

CNC machine
Tool holders
Cutting tools
CAD system
CAM system

How Does High-Speed Machining Help?

Every machining shop desires high productivity and improved machining process. Machinists make complicated metal parts, shapes and need to run complicated programs to help them provide good services to their clients. Machinists use high-speed machining to make their work faster and easier. Here are some benefits of using high-speed machining.

Reduced Energy or Heat Loss

High-speed machining helps in increasing the rate and speed of material cutting which reduces excessive heat loss and transfer. When you reduce heat transfer, turnaround time and transmission are kept low which lowers energy consumption. Traditionally, time was provided for metals to cool down and form a hardened metal but in this case, the coolant is used in metal cooling which reduces heat loss and increases the speed of production since less time is spent on cooling.

Increased Productivity Rate

High-speed machining has driven manufacturers and machining shops to higher rates of productivity. Faster productivity rates mean the machines can produce more parts in a short period. However, the functionality of high-speed machining is often affected by the ability of the cutting materials themselves. Manufacturing in USA prefer the use of faster cutters since their productivity is high.

Even if all cutters are faster, the results produced by cutters of different materials are unique. For instance, diamond, ceramics, HSS, tungsten carbide and cermets cutters all provide different outputs. High-speed cutting tools can take a lot of time and may even lead to stress. The main problem that is associated with high-speed cutting tools is that they don’t manage heat effectively and require a coolant.

Machine Shop

History of Machine Shops

A machine shop is a specialized room, building, or big company where CNC machining and other types of machining are done. The activities that take place in such a shop involve experts/machinists using various machining tools and cutting tools to come up with different parts. People tend to think that a machine shop must be a massive building with complex equipment but this isn’t true.

A typical machine shop can either be a portion of a large factory or simply a small store such as a job shop. The various parts manufactured are usually sold to multiple lines in the US manufacturing industry, car industry, and even the aviation industry. The production of these critical parts typically involves cutting, shaping of the parts, drilling, and finishing.

History of Machine Shops

The history of machine shops can be traced back to the 19th century when the first mechanical engineering schools started to come up in the U.S. The first machine shop appeared around this time. It is also during this time that the industrial revolution was at its peak and there was a high demand for various parts. Before this era, critical parts and tools were mainly produced in local workshops in villages and cities. However, the production was limited to small-scale, and the parts were primarily sold to local CNC manufacturing artisans.

Production of parts in large factories took place on site where every part was produced individually. As time passed by, the plants started to come up with their workshops to deal with the production of the required parts. During those days, the textile was still the dominant raw material.

After the 19th Century

Further developments in mechanical engineering CNC machining took place in Germany, Scotland, and England after the 19th century which led to the development of cheaper and simple techniques for the massive production of steel. This development triggered the rise of second industrial revolution which played a significant role in the electrification of factories, mass production of parts, and also an uprise of more US manufacturing schools.

Machine shops gained popularity around this time as they were commonly referred to locations where complicated mechanical parts are cut to the required size and carefully put together to form complete mechanical units.

However, the rise of the machine shops came along with its fair share of both manufacturing and organizational problems. This triggered the emergence of various theories and publications trying to solve the problems.

One of the earliest publications in the field of mechanical engineering which gained a lot of popularity was a series of books titled; “Modern machines_ Shop economics” that was authored by Horace Lucian.

20th Century

The beginning of 20th century saw an increase in the number of publications relating to machine shops with various authors including Frederick Winslow Taylor and Howard Monroe More funds were directed towards research and invention which led to the invention of the electric motors in late 20th century.

The electric motors took over power supply of the common machine tools from the conventional mechanical belt. This era also ushered in CNC automation and numeric control in the field of manufacturing in the USA. The two aspects production design and primary production became integrated.

ISO 9001

What is ISO and What are the Steps to Becoming ISO Certified?

ISO 9001 originated from the conglomeration of two different organizations namely United Nations Standard Coordinating Committee (UNSCC) and International Federation of the National Standardizing Associations (IFNSA) in 1946 when over 25 nations convened at the Institute of Civil Engineers in central London.

ISO (International Organization for Standardization) creates all the essential documents that provide specific guidelines, requirements, specifications, or characteristics that are used to ensure that materials, processes, products, and services are highly fit for their purpose. The body has published over 22025 International standards which can be purchased from the ISO store. The standards cover all sectors including manufacturing in USA, mechanical engineering schools, and even CNC automation.

The ISO 9001 standards bring real and more measurable benefits in various sectors since the standards underpin the technology most industries rely on and ensures quality is adhered to in every stage of CNC machining and CNC manufacturing. Some of the benefits of being ISO 9001 certified include improved efficiency and cost savings, widened market potential, higher level of client service which leads to higher customer satisfaction, and compliance with procurement tenders.

What Are the Steps to Becoming ISO 9001 Certified?

Obtaining an ISO certification for US manufacturing schools or any other industry player requires a significant investment of time, effort, and money. This is a process that will take some time to complete. Below are the essential steps to be followed while seeking ISO certification.

Select a Credible Certification Body

The journey towards being ISO certified starts with identifying a qualified certification body to help you in the process. Since most of the ISO 9001 standards for mechanical engineering are based on a three-year cycle, most of the certification parties will expect the company to sign up a minimum three-year agreement to be considered. Some of the certification bodies will insist on visiting your company several times a year to assess the progress, but a single visit is usually enough to establish the milestones achieved towards the certification.

Develop a Management System

Developing a Management System is an essential part of achieving ISO certification standards. There is the Quality Management System for ISO 9001 standard and the Environmental Management System for the ISO 14001 standard. The core components of the quality management system include analysis and improvement, provision of resources, processes of management activities, and product realization. Once you’ve developed your management system, you’ll be required to fully implement the system, verify if it’s effective, and register it.

Stage 1 Audit

Once you have the quality management system in place, a thorough audit of company activities is what follows. An auditor evaluates your existing systems and provides a well-analysed report identifying suitable actions that need to be undertaken to meet the specific standard. Stage 1 audit is mainly used as a roadmap to the next phase of auditing, so there is no need to worry if you feel like the company is underprepared.

Stage 2 Audit

Stage 2 audit involves fixing all the problems that were identified in stage 1 audit. Once you’ve implemented in the recommendations put forward in the report of stage one audit, an auditor will come in again to complete stage two audit. The purpose of stage two audit is to determine the effectiveness and efficiency of your management system and to establish whether it meets all the requirement of the ISO 9001 standards that you want. If the system is good and it meets all the requirements, then the company will be recommended for ISO certification.

manufacturing marketing

5 Valuable Online Resources for Marketing Your Manufacturing Business

In a short period, the marketing landscape has changed dramatically. The internet, social media, and inbound marketing capabilities have assured that manufacturing competition is now global. Staying ahead of trends and having a substantial online presence bolstered by quality content is now mandatory. The reality is that your manufacturing marketing, and or, salespeople probably need some guidance to compete at this relatively new game. Here we will highlight five quality online resources that provide insights and instruction for marketers in the manufacturing sector.

Hubspot
Personalized advice & resources for your inbound business Hubspot is a fantastic resource if you or your marketing department are new to, or struggling with inbound marketing efforts. They offer different levels of service, tailored to your specific needs and allow you to upgrade the services as your marketing efforts grow. To start, Hubspot provides a vast array of services that you or your team can use to learn more about, and engage the inbound marketing approach. The free tools and courses alone, available for both sales and marketing teams, will get your manufacturing business up to date with the current trends of effective online and content marketing.

Content Marketing Institute

Leading global content marketing education and training organization Content Marketing Institute was founded by author and content marketing guru Joe Pulizzi, as part of an on-going effort to educate the masses about the present and future of marketing. CMI has an impressive list of companies with which they have worked. In addition to direct consulting services, CMI offers workshops, podcasts, events, a digital magazine, blog posts and an online University to provide you with the resources that you will need to expand your inbound manufacturing marketing strategy.

Thomas Marketing
With Thomas Marketing you will find a group that focused marketing strategy that is specific to manufacturing and industrial industry. According to their website, as many as 57% of business purchasing decisions are made before the first personal contact. These decisions are made solely on the content that you provide. At Thomas, they understand the importance of a robust inbound marketing strategy and where it fits into your industry. The Thomas Network allows you to list your business, with a limited amount of information for free, and Thomas Insights offers white pages, case studies, and articles so that you can stay up to date and get inspired.

Advantage Business Media
Having developed from a company focused on publishing to offering full-service marketing solutions, Advantage Business Media as an advantage over others concerning content creation. They create high-quality content in-house, and regularly collect and utilize data to ensure that they are targeting your ideal audience, and justifying ROI. The Blog and Playbooks, on their website, offer valuable free information and insights into inbound strategy and marketing efforts.

Marketing Profs
A massive platform offering information for manufacturing marketing individuals and teams, Marketing Profs is a go-to source for informative articles, podcasts, courses and interactive workshops.There is an abundance of helpful info available with their free membership. However, for a small membership fee, three members of your marketing team can access significantly more tips, tools, and discounted courses. Although not a manufacturing industry specific site it will be an excellent match for a manufacturing company with an established marketing team in place that could use help with the newest B2B marketing trends.