Crafts Technology Thinks “Inside the Box” with Creative 3D Packaging Solutions

Crafts Technology engineers advanced systems and tooling that enhance the utilization and performance of industrial equipment, including superhard wear parts and cutting tools.  With over 100 years of experience working with some of the world’s largest manufacturers of production applications, we are skilled at thinking outside the box to create solutions based on innovation and continuous improvement for both the OEM and end-users.

At Crafts, one competitive advantage we provide our customers is developing custom refurbishing programs that deliver significant cost savings over the life of tooling and consumables.


As a solution-focused organization, we pride ourselves on finding opportunities and solving potential issues before they’re identified by clients. Some ideas may seem small, but these improvements make a big difference in the total cost of operation and the usability of components.  After noticing the assortment of boxing options clients use when returning parts for refinishing, which sometimes results in delays and transit damage, we identified an opportunity for improvement.

Superhard tooling and components are ridged.  If not properly packed, they can break during shipment.  Cutting consumables are sharp, which poses both safety and shipping challenges.  By analyzing every stage of the packaging process, a creative solution was discovered.


Generally, we think of 3D printing as a technology used to accelerate early-stage product development through rapid prototyping. However, our engineering team developed a creative solution leveraging 3D printing equipment to manufacture highly customized packaging by thinking outside of the box.

By using 3D printers, we’ve overcome the packaging challenges of cost, availability, and geometric limitations. Today, we design and print individual packaging on-demand based on the specific needs of an application.

The development process includes looking at the geometry of the part, identifying critical features (i.e., sharp or fragile tips that might break during transport), and understanding the current process.  Next, the package is designed using CAD software. Finally, after conducting real-world testing to confirm form and fit, we send samples to our partners for comments and approval.

According to Brett R. Staehlin, Crafts Technology Mechanical Process Engineer, “After developing a few 3D printed packages we realized that adding embedded magnets helped eliminate alignment issues between the part and packaging insert or between two inserts that could otherwise lead to damage.  This is just one example of how small upgrades make a big difference.”

Once approved, we provide our partners with on-demand kits that include the needed packaging along with instructions if parts are being returned for regrinding.

Adding part to packaging
Removing part from packaging


  • Saves time by not requiring your shipping department to procure materials and hand-build packages for geometrically challenging parts or pieces that need additional protection
  • Embedded magnets keep everything in place during shipment to eliminate alignment issues that can lead to damage
  • Each box is ergonomically designed for personal safety based on the unique part
  • Component sharp edges and fragile points are protected to avoid breakage during shipment and to reduce safety issues
  • Continuous fiber reinforced packaging provides structural integrity during transit
  • When necessary, the 3D package serves as an ideal storage vessel
  • Packages are built as needed with no minimum order requirements and can be increased to scale as required
  • Recyclable design is better for the environment than plastic options
  • By using rapid prototyping to develop the perfect package, a positive brand impression is built

Crafts adds a little magic in every box by creating innovative solutions that protect parts, improve ergonomics, and safely transporting components using recyclable 3D printing.

If you’re looking to partner with a team that has a history of developing unique solutions for the most demanding applications, contact our subject matter experts to learn how to build solutions that you did not believe were possible.

Crafts Technology Presents at AeroMat 2021

On Monday, May 24, 2021, Jeff Roberts, Vice President of Engineering of  Crafts Technology conducted a presentation on “Composite Cutting Solutions that Greatly Reduce TCO of Countersink Tooling and AFP/ATL Machines” during a technical program session at the virtual AEROMAT 2021 Conference. This technical program was part of their Composite Materials & Structures session.

AeroMat is hosted by American Society for Metals (ASM). ASM International is the preeminent association for engaging and connecting materials professionals and their organizations to the resources necessary to solve problems, improve outcomes, and advance society. As the world’s largest and most established materials information society, ASM engages and connects a global network of peers and provides access to trusted materials information through reference content and data, education courses, international events, and research. AeroMat is the forum that showcases the interchange of pertinent technical information on aerospace industry material and processes. With over 125 technical presentations, plenary speakers featuring the aerospace industry’s most pre-eminent leaders in aerospace materials and a diverse exposition with over 50 companies and organizations showcasing state-of-the-art products/services.

Crafts Technology specializes in using superhard materials for cutting solutions that can dramatically reduce TCO for all specialized cutting applications in the aerospace manufacturing process, including AFP, ATL, and countersink drilling. Crafts Technology collaborates with Fives Industrial Engineering Group to develop optimal cutting tools that achieve higher performance for both the machine manufacturer and the OEM. This video was created and presented by the VP of Engineering and the full video can be viewed on the Crafts Technology YOUTUBE channel.

Click to view this video

ERP Becomes a Communication Tool

Crafts Technology has implemented a central display that can show larger-picture information such as financial info, who has been cross-trained in various departments and more.

Modern Machine Shop is the leading publication and media brand in North America devoted to CNC machining. To report on the ways CNC machining technology is advancing and succeeding, their staff writers travel the world exploring the ways job shops, contract shops and captive operations use machining equipment, processes and strategies to become more effective and efficient.

Recently, Emily Probst from Modern Machine Shop conducted an interview with Joe Abbate on the topic of JobBoss ERP Software and its benefits to Crafts Technology. “Everything that came along with the COVID-19 restrictions was the opposite of what we were trying to achieve as an employee-owned company in terms of collaboration, teamwork and business transparency,” says Joe Abbate, technical sales manager at Crafts Technology. According to Joe, the JobBoss ERP software is shown on digital displays located throughout the facility at Crafts “to provide transparent, digital communication which has accelerated the company’s ability to streamline its communication efforts”.

Learn how Crafts Technology benefited from the use of this software and others in this interview.

Crafts Technology Partners with Harper College to Offer Apprenticeship Program

This summer, Crafts Technology is launching an Apprenticeship benefit to the children of its’ employees.  The student level Registered Apprenticeship Program was developed by Harper College and adopted by Crafts Technology. The program is 4 years in length, registered with the US Department of Labor and is designed to lead to an Associate of Applied Science Degree in Advanced Manufacturing / Precision Machining CNC. There are several stipulations for the student-level apprenticeship program. The first stipulation is that the applicant will need to become a student at Harper College and 18+ years of age at the time of applying. The second stipulation is that the applicant is also a child of a Crafts Technology employee. Lastly, the applicant will need to submit a letter of interest that describes what interested them in a manufacturing career (minimum of 500 words).

Women are one of a number of economically disadvantaged groups and they are grossly underrepresented in manufacturing. As such, women are being strongly encouraged to apply for this apprenticeship program. This apprenticeship program is in keeping with the company’s long history of building a diverse and vibrant workforce at Crafts Technology.  The company is proud to offer a program that can help to increase opportunities for interested students and to encourage and potentially increase representation of economically disadvantaged and/or underrepresented groups within manufacturing.

For each of 2 semesters during the school year, the apprentice will be in class full-time at Harper College. The coursework completed each semester lasts for approximately 8 weeks and occurs twice during the school year. The apprentice will alternate between 8 weeks in school and then 8 weeks at work. There are many benefits to becoming an apprentice:

  • Gain practical skills and relevant training in the manufacturing industry.
  • Earn national credentials and an AAS degree.
  • No costs to the student apprentice.
  • Mentorship with experienced team members.
  • A career path with Crafts Technology.

While Crafts Technology is looking to further expand the Apprenticeship offering, this program is first being launched and offered to the children of current employees.  The applicants that are interested in beginning a manufacturing career with Crafts Technology, while also obtaining their Associates of Applied Science (AAS) Degree in Advanced Manufacturing / Precision Machining CNC will be submitting their essay and an application internally at Crafts Technology. The deadline for applying is April 5th, 2021.

Participation in the program will require the apprentice to be ready for college-level work. Harper College will assist the apprentice in preparing for this eligibility requirement once the applicant has expressed interest. You can learn more about the Harper College Registered Apprenticeship program here: http:\\apprenticeship

Crafts Technology is committed to exploring how to build the program out to further expand employee skills and to attract/train new talent. Crafts Technology is a leader in manufacturing precision parts from superhard materials that deliver optimum life and corrosion resistance for the most demanding applications. Our expertise includes micro-manufacturing, composite fabrication, and new product development that benefits the entire value stream. Products range from tungsten carbide core pins for injection molding to nozzles and needles, cutting tools, modular composite countersink drilling, AFP blades, and wear parts.

* The deadline for applying is April 5th, 2021.

Women in Manufacturing Hosts a Virtual Tour of Crafts Technology

Please join us for a free Virtual Tour of Crafts Technology on Thursday February 25th at 8:30am CT. This special event is being hosted by WiM IL (Women in Manufacturing) along with SME Chicagoland and IMEC.

Women in Manufacturing® (WiM) is the only national trade association dedicated to providing year-round support to women who have chosen a career in the manufacturing industry. At present, more than 5,800 individual members representing nearly 1,000 manufacturing companies have joined our growing ranks of industry professionals. WiM encompasses manufacturers of all types and welcomes individuals from every job function – from production to the C-Suite. Membership is available to women and men working within the manufacturing sector.

Some highlights of this Virtual Tour of Crafts Technology will include the following:

  • Micro Manufacturing – Producing features below .001″
  • Skills Matrix – Visual Representation of Cross Training and Addressing the Skills Gap
  • KPI Management – See how KPI’s throughout the operation help promote efficiency and company success. 
  • CNC Precision Grinding – see the evolution of manual to CNC while holding tolerances below .0001″
  • Ownership – See how Equity for all translates to success for the company. 

Crafts Technology is a leader in manufacturing precision parts from superhard materials that deliver optimum life and corrosion resistance for the most demanding applications. Our expertise includes micro-manufacturing, composite fabrication, and new product development that benefits the entire value stream. Products range from tungsten carbide core pins for injection molding to nozzles and needles, cutting tools, modular composite countersink drilling, AFP blades, and wear parts. Crafts harnesses a 4 pillar approach to provide significant value to the industrial marketplace including:

  1. Culture of Ownership
  2. Materials Engineering
  3. State of the Art Manufacturing
  4. Engineering Innovation

* Registration is free and open until 2/24/21 at 4:00 PM (EST)

Reduce the Skills Gap : Skills Matrix

We’ve all heard the saying, “A picture is worth a thousand words,” but have you ever considered how it applies to your business?

Visual management boards are an essential lean manufacturing tool. They effectively communicate information at-a-glance to help coordinate and guide users towards continuous improvement. By developing a skills matrix board, everyone on the team can quickly identify strengths and potential skills gaps.

For clarification, according to Skills Base (, a digital skills inventory assessment company, “skills management is the practice of measuring and monitoring the skills of people within an organization, to develop workforce capability and align it with organizational objectives.”

In today’s changing and somewhat challenging work environment, cross-training capabilities are critical because there will be disruptions – it’s just a question of when. For Crafts Technology, embracing a visual skills matrix has been a powerful communication tool to assess, track, and report on skills, which has led to expected and unexpected continuous improvement throughout the organization.

Crafts conducts quarterly reviews where both the participant and manager evaluate an individual’s skills using an iPad multiple-choice assessment. Once both parties have completed the evaluation the numbers are averaged.  Data compiled may identify areas that need work, uncover demonstratable competencies, or discover growth opportunities.

By embracing self-evaluation, there is a natural check and balance that helps provide a more effective assessment by focusing on gaining agreement. When using a skills matrix, the focus is on the skill and not necessarily directed to the person, which reduces opinion bias and improves open dialogue.  See the below table for rankings used by Crafts.

Crafts Technology
0.      Not Applicable:  No working knowledge of the process or operation.
1. Low Skill: Minimal understanding of the process or operation. Capable of performing the operation with heavy guidance from individuals with a higher skill level. Does understand safety and quality compliance of the process or operation.
2. Basic Skill: Basic understanding of the process or operation. Capable of performing the operation somewhat independently, with some higher skill level guidance. Does understands safety and quality compliance of the process or operation.
3. Competent Skill: Competent understanding of the process or operation. Capable of performing the operation independently, with minimal higher skill level guidance. Does understands safety and quality compliance of the process or operation.
4. Developed Skill: Developed understanding of the process or operation. Capable of performing the operation independently. Is capable of training lower skill level individuals. Does understands safety and quality compliance of the process or operation.

At Crafts Technology, the skills matrix is the foundation of human resources’ continuous improvement initiative. Participants include operations, engineering, and leadership who are assessed on both soft and hard skills. The skills matrix board visually showcases information in one location, allowing everyone to work from the same perspective, which aids in setting goals and motivates team members to learn new skills. 

Since implementing a skills matrix board, Crafts Technology has experienced several positive changes:

  • Identified the mismatch between the required skills and the skills that are possessed by team members
  • Encouraged cross-training to develop a more flexible workforce that can adjust to spikes in demand or COVID related absences
  • Improved employees’ motivation to learn new skills because everyone better understands the expectations
  • Mitigated risk by allowing a backup system to surface so that roles can be filled when people are off, particularly in today’s COVID-19 environment
  • Increased company growth by improving communication and skills throughout the organization
  • Reduced the skills gaps by highlighting training opportunities
  • Improved retention rates by better utilization employee strengths and offering training to address weaknesses
  • Enhanced employee satisfaction by transparently sharing information and empowering each team member

By using skills matrix software, Crafts Technology has aggregated data that provides insights that far exceed Excel or other collection methods, which has been instrumental in setting company goals. As a company, Crafts is committed to continuous improvement – as individuals’ skills shouldn’t be static. By mapping skills across the organization Crafts can predict, adapt, and respond proactively to issues.

Jeffrey Roberts, Vice President of Engineering at Crafts Technology, reports, “At Crafts the skills matrix is an important lean management tool that helps us reach our goal of continuous improvement and best in class. It’s proven especially useful when evaluating our skills gap. We’ve used it to enhance cross-training and found it motivates all involved.”

By using visual management boards like a skills matrix, Crafts Technology provides a stronger message than words alone, which has enabled them to effectively maximize their entire team’s skills.

Learn More About How Crafts Uses Visual Management Boards

Governor JB Pritzker Gives Special Thanks to Manufacturers in Illinois

“Illinois manufacturers have a proud history of ingenuity, innovation and resilience. And, despite the extraordinary challenges presented by COVID-19, they continue to persevere by adapting operations and offering life-saving solutions to this crisis,” said Governor JB Pritzker.  “During this year’s National Manufacturing Month, we must give special thanks to the hardworking men and women who have gone above and beyond to create new products and devices and to put their communities first so that we can deploy the level of health response that this crisis has demanded from all of us. With the industry on pace to grow and to become even more critical in the years ahead, I encourage Illinoisans to join us this month to honor the role of our manufacturers.”
Each year, National Manufacturing Month represents an opportunity to recognize the essential economic contributions manufacturers provide and to call attention to the importance of this growing industry and the 21st century job opportunities it can provide to Illinois residents. Over the next eight years, it’s estimated that 4.6 million new manufacturing jobs will need to be filled nationwide.
Crafts Technology, an employee owned company, designs and produces advanced systems and tooling supporting some of the largest electronics, aerospace and medical manufacturers in the world. The company history of producing critical tooling paved the way for it to ramp up production of COVID-19 test equipment earlier this year. Its production scale-up has been central in the efforts of global medical diagnostics companies as testing capacity emerged and remains a critical need in the fight against COVID-19. These products are essential to the mass production of medical products such as vials, syringes, blood tubes and medical electronics, specifically helping frontline healthcare workers battle the virus. 
Under the leadership of Governor Pritzker, the state of Illinois has made continued investments to bolster the manufacturing industry and to prepare communities for the future growth of the industry – with extensive investments in workforce training programs, transportation infrastructure, and with an expansion of economic development tools, like the apprenticeship tax credit to expand the manufacturing pipeline of talent and extension of the research and development tax credit to ensure cutting-edge products are developed here in Illinois.

Governor JB Pritzker gives thanks for Manufacturers in Illinois

“As home to more than 400 manufacturers that employ 15,000 Illinoisans, Elk Grove Village salutes innovators like Crafts Technology and all the companies that have answered the call to produce goods and materials that are helping the overall effort to mitigate this global health crisis,” said Elk Grove Village Mayor Craig Johnson.  “Because Elk Grove Village is home to the nation’s largest industrial park, we are keenly aware of the vital role our manufacturers play in helping communities and families thrive and in keeping the Illinois economy moving forward especially during these very challenged times.”
For more information on webinars and manufacturing resources offered by the state of Illinois, visit DCEO’s website. Additionally, DCEO encourages you to join the conversation on manufacturing by following us on social @IllinoisDCEO and signing up to participate in free virtual events held all month long.

State of Illinois Proclaims October Manufacturing Month

​The Illinois Department of Commerce and Economic Opportunity (DCEO) is joining manufacturing industry leaders and members of the community at Crafts Technology to proclaim October as Manufacturing Month in Illinois.  

Since COVID-19 hit, manufacturers have played an increasingly important role in protecting and powering Illinois communities. It’s estimated that over 1,000 Illinois manufacturers and distributors stepped up to support Illinois and the broader community by shifting operations to manufacture and deploy the life-saving personal protective equipment (PPE) necessary to fight the pandemic.

“Stepping up to the needs of medical product manufacturers was no different than stepping up to a war effort, however, this time, the threat was a virus,” said CEO and President of Crafts TechnologyJeffrey Taylor. “Manufacturing is a central part of Illinois and for any healthy economy, and the pandemic actually reinforced our team’s resolve to expand our operations, increase employee training and to expand investments in equipment and technology to meet the ever-evolving needs of the medical products companies.  Crafts Technology has been producing high performance engineered wear solutions for critical and essential industries for more than 100 years in Illinois and we look forward to our next 100 years in the great state of Illinois.” 

DCEO was joined at Crafts Technology by industry organizations including the Illinois Manufacturing Association (IMA) and Illinois Manufacturing Excellence Center (IMEC). Manufacturing is the number one contributor to our economy, employing more than 550,000 Illinoisans and producing $108 billion in total output.  

“Illinois’ manufacturing industry is one of our state’s greatest prides. Not only do our manufacturers create hundreds of thousands of good-paying jobs, but they also keep the rest of our economy moving, providing the supplies our essential workers need to continue serving our communities,” said Deputy Majority Leader Laura Murphy (D-Des Plaines). “We are grateful for Illinois manufacturers year-round, but Manufacturing Month is a great opportunity to celebrate their contributions to our state’s growth.”

     Click to view a video on how Crafts Technology helped with a COVID-19 testing solution.

For more information on webinars and manufacturing resources offered by the state of Illinois, visit DCEO’s website. Additionally, DCEO encourages you to join the conversation on manufacturing by following us on social @IllinoisDCEO and signing up to participate in free virtual events held all month long.

A New Standard: The Dynamic Partnership Between End User, OEM, and Industrial Machine Consumable Manufacturers

Large industrial machines produce a lot of something. That ‘a lot of something’ varies from laying composite tape on the outside of an airplane fuselage, to cutting fabric for baby diapers, to dispensing droplets of adhesive on electronics so your phone won’t break after an accidental drop.

Most of these industrial machines use consumables like knives, drills, and needles that perform a critical manufacturing operation. These consumables govern the performance and efficiency of each machine. If the components are not of the highest quality and/or not appropriately maintained the industrial machine’s productivity can dramatically drop. At the same time, consumable enhancements can result in noticeable increases in a machine’s functionality. 

This criticalness of the consumables breeds a unique relationship between the end user of the equipment, the original equipment manufacturer (OEM), and the industrial machine consumable manufacturer.  Each party plays an important role in the effectiveness of the wear parts, which translates to the effectiveness of the machine as a whole. 

End-User: Uses the equipment and the consumable wear parts

OEM: Designs and manufactures the equipment

Consumable Manufacturer: Designs and manufactures individual consumables that are routinely replaced, generally from wear)

How the end user, OEM, and consumable manufacturer’s relationship changes over time

At the beginning of an industrial equipment’s life, after the initial bugs are worked out, the end user traditionally appreciates the utility of the machine.  

During this period, the OEM usually supplies the end user with wear parts.  When problems that affect the machine’s performance arise, the end user often turns to the OEM for answers. The OEM is eager to find a solution to keep their customer happy, confirm their machine’s value, and maintain future business opportunities.

As the original manufacturer, the OEM is responsible for the design of the equipment and intimately understands the overall intent and specifications of the machine. OEMs don’t manufacture every component of a complex piece of equipment – that’s where the industrial machine consumable manufacturer steps in and becomes a vital part of the process. The consumable manufacturer’s engineer understands the dynamics, specifications, and functionality of the respective sub-components.

Although the OEM possesses a deep understanding of the machine, they often rely on consumable manufactures to handle the finite details of wear parts. Through engineering and manufacturing knowledge, the consumables manufacturer can discover the greatest characteristics of the component. This level of mastery is achieved by understanding the manufacturing process, design elements, and the materials science of individual consumables.

As the machine matures, aftermarket consumables may enter into the equation. Aftermarket manufacturers go around the OEM working directly with the end user, frequently offering parts at a reduced price. This relationship is not without its’ flaws. Without the OEM there is no understanding of the original design intent of the machine. To overcome this aftermarket manufacturers often reverse engineer the part, trying to make enhancements.  Without a full understanding of the machine and knowing how changes impact the system this process can lead to extended R&D time, marginal if any improvements, and troubleshooting difficulty.

Boeing, Fives and Crafts Technology developed an open-source partnership to find a better way

By creating an open-source partnership that leverages the strengths of each entity a win-win-win solution can transform the relationship, resulting in measurable benefits for each party including improved utility, performance, throughput, and revenue. 

Crafts Technology (consumable manufacturer) embraced one such partnership with Boeing (end user) and Fives (OEM) that resulted in a new technology for Automated fiber placement (AFP) blades that are used by Boeing to cut composite tape on AFP machines. Each party brought a unique perspective to the development process. By collaborating to develop AFP and ATL (automated tape laying) solutions unparalleled success was achieved that delivered the perfect balance of cost, uptime, and performance.

A critical step in the partnership included understanding each organizations role in the process and communicating what issues and opportunities each firm faced.  By sharing information and asking a few simple questions the team developed a solution that was successfully implemented.  

Questions end users, OEMs, and consumable manufacturers should ask to uncover consumable solutions?

End User

With the benefit of seeing the equipment in action the end user has a unique perspective enabling “out of the box” ideas that can result in dramatic improvements.

  • What causes downtime? 
  • What small improvements can enhance machine operation and maintenance? 
  • What are the low hanging fruits restricting overall machine efficiency?


As the original equipment manufacturer OEMs best understand the design and intent of the machine and have experience with unique and reoccurring issues.

  • What has been done in the past? 
  • What are the restraints in the design? 
  • What new technologies are available?

Consumable Manufacturer

Being laser-focused on specific wear parts the consumable manufacturer can incorporate solutions from across industries and best understands the specific component design options and limitations.   

  • What aspects can be altered to enhance performance?
  • What materials can be used to increase performance?
  • Can the consumables be designed to incorporate re-use instead of replacement to enhance the total cost of ownership of the machine?

By developing an open-source team Boeing, Fives, and Crafts Technology experienced dramatic improvements that would not have occurred independently. The redesign resulted in an increased blade life, reduced manufacturing cost, and changeover time was cut in half.

Leverage each parties’ strengths

Next time your producing “a lot of something” consider how you can incorporate strategies that create an open-source partnership. Look at the big picture, take the time to understand the value each organization brings to the process, and most important continually strive to improve communication. By fostering strong synergies you’ll build the foundation to create systems and products that significantly enhance performance and productivity.

Learn How Crafts Technology Enhances Part Design

Crafts Technology, Inc. manufactures machinery and components. The Company offers rings, core pins, fluid dispensing components, tungsten carbide, advanced ceramics, and precision knives. Crafts Technology conducts its business in the State of Illinois.

WEBINAR: Hear Members of Crafts Executive Team Discuss the Shift to the “New Normal”

WEBINAR: Hear Members of Crafts Executive Team Discuss the Shift to the “New Normal”

Masterclass No. 35 Brought to you by Enclave, will bring on Crafts Technology President & CEO Jeffrey Taylor and Vice President of Engineering Jeffrey Roberts to reveal and examine how they had to shift gears in their minds, and their organization to respond to “the new normal”.

Wednesday June 17th, 2020 6:00pm – 7:30pm.

Zoom Meeting:

Meeting ID: 832 2661 1772 Password: 339121

For Telephone Connection without Video: 312.626.6799

Email us for more information on our COVID-19 Response Plan

General disclaimer information

This site contains information, data, documents, pages and images prepared by Crafts Technology. While the Information contained in this site and in the Response Plan has been presented with all due care, Crafts Technology does not warrant or represent that the Information is free from errors or omission.

The Information is made available on the understanding that Crafts Technology and its employees and agents shall have no liability (including liability by reason of negligence) to the users for any loss, damage, cost or expense incurred or arising by reason of any person using or relying on the information and whether caused by reason of any error, negligent act, omission or misrepresentation in the Information or otherwise.  The information is being supplied so that users of the information can develop their own Response Plan that is reviewed and modified accordingly by the user.

Accuracy of information

While the Information is considered to be true and correct at the date of publication, changes in circumstances after the time of publication may impact on the accuracy of the Information. The Information may change without notice and Crafts Technology is not in any way liable for the accuracy of any information printed and stored or in any way interpreted and used by a user.

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Crafts Technology takes no responsibility for the accuracy, currency, reliability and correctness of any information included in the Information provided by third parties nor for the accuracy, currency, reliability and correctness of links or references to information sources (including Internet Sites).

Links to other Internet Sites are for information only. Care has been taken in providing these links as suitable reference resources. However, due to the changing nature of the Internet content, it is the responsibility of the users to make their own investigations, decisions, enquiries about the information retrieved from other Internet Sites. Providing these links does not imply any endorsement, non-endorsement, support or commercial gain by Crafts Technology.

Crafts Technology, Inc. manufactures machinery and components. The Company offers rings, core pins, fluid dispensing components, tungsten carbide, advanced ceramics, and precision knives. Crafts Technology conducts its business in the State of Illinois.