EuroFasteners May 2021

ISSN: 2633-9706 print

ISSN: 2633-9714 online

Contents May 2021

Diary of events

8-10 June 2021 wire Russia

Trade exhibition Moscow, Russia Organisers: Messe Düsseldorf

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info@wire-russia.com www.wire-russia.com

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31 August – 2 September 2021 WireShow Trade exhibition Shanghai, China Organisers: Messe Düsseldorf Shanghai Co Ltd www.wireshow.com 8-10 September 2021 wire India Trade exhibition Mumbai, India Organisers: Messe Düsseldorf India Pvt Ltd

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info@wire-india.com www.wire-india.com

14-16 September 2021 AMI Cables Trade exhibition Cologne, Germany Organisers: AMI www.ami.ltd/event-cables

16-18 September 2021 China (Guangzhou) International Metal and Metallurgy Exhibition Trade exhibition Guangzhou, China Organisers: Guangzhou Julang Exhibition Design Co Ltd julang@julang.com.cn www.julang.com.cn

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22-24 September 2021 wire Southeast Asia Trade exhibition Bangkok, Thailand Organisers: Messe Düsseldorf Asia Pte Ltd wire@mda.com.sg www.wire-southeastasia.com

As with all shows, and with the continuing coronavirus pandemic, please check to ensure the event is going ahead

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Corporate News

Copyright TesT GmbH

▲ ( from left) Founders Therese Havemann, Klaus Havemann and Dr Axel Hunsche pass the baton to the succeeding generation: Jan Havemann, Arne Havemann and Julia Kiewitter

Passing on the baton: changes in TesT management

TesT GmbH is a German engineering specialist in testing machines and measuring systems, delivering solutions and services for components and materials testing. The company was founded 26 years ago by Dr Axel Hunsche, Therese Havemann and Klaus Havemann, who contributed their experience in measurement and testing technology and mechanical engineering.

This founding generation is now seeing a second generation commit to the family business: Julia Kiewitter (née Hunsche), Arne Havemann and Jan Havemann are taking over the management of TesT as co-managing directors. The successors have been established in the company for years and have passed through all company divisions in various roles. In addition, due to their respective educations in business administration,

physics and mechanical engineering, the new management trio complement each other professionally regarding the orientation of the company. At the annual company anniversary celebration in October 2020, the “baton” was ceremoniously passed to the next generation in the form of a spanner. TesT GmbH www.test-gmbh.de

Graphics bigstockphoto.com/Artist tereh

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Corporate News

Fastener Fair Italy postponed

Mack Brooks Exhibitions has announced new dates for Fastener Fair Italy. The event, originally scheduled to be held in November this year, will now take place from 30 November to 1 December 2022, at Fiera Milano City, Italy. the earlier news of Fastener Fair Stuttgart’s postponement. Due to the overlap in product categories, exhibitors and visitors between the two shows, the decision was made to also postpone Fastener Fair Italy, as an extended period between the shows will give the fastener and fixing industry more time to ensure that the products and The announcement followed

Italy. Of course, the ongoing COVID-19 pandemic and related lockdowns and travel restrictions have had an impact on our show calendar. “As a result, we agreed to move Fastener Fair Italy back to its original two-year cycle to avoid its dates overlapping with Fastener Fair Stuttgart.” Fastener Fair Italy is part of a series of trade events for the fastener and fixing industry that includes locations in Turkey, India, France, Mexico and the USA. Fastener Fair Stuttgart, in Germany, is the flagship exhibition of the brand. Mack Brooks Exhibitions Ltd www.fastenerfairitaly.com

services on display are up to date with the latest developments that the sector offers. Liljana Goszdziewski, portfolio director of the European Fastener Fairs, commented, “Following our decision to postpone Fastener Fair Stuttgart to the Autumn, we had to review when to hold Fastener Fair

Würth purchases ORR Safety to deliver expanded safety solutions

Würth Industry North America (WINA)/ Northern Safety & Industrial (NSI) has acquired ORR Safety, one of the largest privately held safety companies in the USA. WINA is part of the Würth Group fastener distribution company. Since 1948, ORR Safety has provided personal protective equipment (PPE) and related safety services, helping to protect hundreds of thousands of workers. It has four distribution facilities across the USA. The acquisition of ORR Safety will add depth and diversity to Würth Industry’s

current safety product offering by NSI, which Würth acquired in 2015. combined logistics, locations, personalised safety programmes and private label products make it one of the largest safety-focused national distributors. The purchase will better serve the needs of Würth Industry’s existing customers. “Würth Industry has strong sales growth targets, both organically and through key acquisitions,” said Dan Hill, chief NSI and ORR Safety’s

the addition of micro-machining, laser processing and assembly technologies. Schivo’s manufacturing capabilities en- compass micro-machining, fabrication, coating, electro-mechanical sub-assem- bly, full-build clean-room assembly, and package design and verification. The company assists clients from the early concept phase to prototyping, and through all levels of manufacturing. Schivo www.schivomedical.com executive officer for Würth Industry North America. “This investment represents an important strategic opportunity to expand our personalised safety services to manufacturers across North America. “The acquisition of ORR safety allows us to expand our market share in the safety solutions and offer safety solutions in new markets such as rail, auto and government.” Würth Industry North America www.wurthindustry.com

Schivo acquires Supreme Screw Products OEM contract manufacturing partner Schivo has acquired Supreme Screw Products, Inc (SSP), a supplier of precision machining, laser processing and assembly services for the medical device market. “Additionally, the recent investment in an impressive additional 30,000ft 2 facility highlights SSP’s commitment to their employees and customers and provides a great venue to serve our expanding business needs.”

“I amdelighted to welcome [SSP president and CEO] Misha Migdal and the Supreme team to the Schivo family,” said Graham Reeves, CEO of Schivo. “Culturally, we both share a passion to serve customers with pioneering technologies coupled with exceptional quality and service.

The acquisition will strengthen Schivo’s development and manufacturing foot- print, enhance its technical capabilities, and deepen customer partnerships. SSP’s two manufacturing facilities in Plainview, New York, USA, will be added to Schivo’s footprint in Ireland. SSP will complement Schivo’s existing capabilities through

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Corporate News

Tanner selected as distributor for maximum security screw

Tanner Bolt & Nut Inc of Brooklyn, New York, USA, has reached an agreement with Parker Fasteners to become the exclusive master distributor in the United States for its Lock-Out® maximum security screw. The new Lock-Out security fastener features a patented drive that is engineered to perform in high-torque applications. The distinctive oval centre pin and multiple drive/key combinations

give customers the option to select higher levels of security in a tamper-proof fastener. Installation bits are not available commercially, and will only be sold through Tanner. Lock-Out is available in various head styles, threads, diameters, lengths, materials and finishes. Diameters range from ¼" to 5 / 8 ", M1.4 to M16, and #0 to #10, with lengths up to 12" for certain diameters. Materials available include carbon steel; stainless

steel 302HQ, 304, 316 and A286; and brass alloy steel 4037 and 8740. For maximum protection of property or products, Lock-Out can be manufactured with a unique drive pattern that is exclusive to the customer. Made-to-order products typically ship in eight to ten weeks.

Tanner Bolt & Nut Inc www.tannerbolt.com

Support for Danish offshore wind foundation project

Bumax, a Swedish manufacturer of stain- less steel fasteners, and its sister company Bufab Denmark have partnered with the Danish CeJacket project to develop more efficient methods to manufacture jacket structures for offshore wind turbines. The concept is to manufacture jackets in modules as opposed to whole structures, to streamline manufacture and assembly. Bumax, along with Danish industry and academic partners, was invited to inves- tigate fixed-foundation solutions for con- structing large offshore wind turbines in deep water. Tests during the project con- cluded that the company’s fasteners would be suitable for the design and construction of modular and durable foundations. Bumax provided fasteners for the project partners to test. Stud bolts, washers and nuts in the stainless steel Bumax 88 grade for marine applications were provided, as they offer corrosion resistance to the harsh saltwater environments, as well as high strength to ensure a maintenance- free solution throughout a wind turbine’s design life. The 2019 CeJacket Splash Zone Report by Force Technology, which documented three tests with Bumax 88, concluded that “the stainless steel Bumax 88 mechanical fasteners and stainless bolt extenders did not display any signs of pitting or crevice corrosion, nor did they display any signs of cracks in the stud and nut base metal after testing.” Bufab Denmark managing director Robert Svendsen said, “The use of high-strength,

▲ Fasteners in stainless steel Bumax 88 grade were used in the project

corrosion-resistant Bumax products can be a good choice for demanding marine applications as they can reduce lifecycle costs and safeguard large capital investments, such as wind turbines – as the CeJacket project has highlighted.” Lars Holm, CEO of Bumax, commented, “There is a need for innovative founda- tions since the global market for offshore wind power continues to grow, with wind turbines getting larger and being con- structed in deeper water. This requires different foundations and structures com- pared with conventional fixed-foundation wind turbines in relatively shallow waters.” Some of these large deep-water turbines will require jacket structures – steel substructures that are traditionally used in the oil and gas industry to support offshore rigs at water depths greater than 100m. The challenges for such structures include how to cost-effectively construct them while ensuring the use of high- strength and corrosion-resistant materials.

A potential modular jacket structure solution with bolted connections would require stainless steel fasteners that can withstand the corrosion conditions throughout the different parts of the structure. This includes both above and below the waterline, and within the crucial ‘splash zone’, where corrosion conditions can be more severe due to repeated wet and dry cycles and build-up of salt deposits. The bolted connections must also have a high strength and provide a long-life, maintenance-free fastener solution in all these areas. CeJacket is a common project between Siemens Wind Power, Force Technology, Dong Energy, Bladt Industries, Institute for Mechanics & Production at Aalborg University, and Lindoe Component & Structure. Bumax AB www.bumax-fasteners.com

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Products

▲ Edge Clip with Fiberon decking

Partnership for building outdoor living spaces

Deck fasteners and tools specialist Camo (a National Nail brand) is partnering with Fiberon, a manufacturer of low-main- tenance decking, railing and cladding, to offer Edge®, Edgex™ and Starter Clips to Fiberon’s entire dealer network. Edge, Edgex and Starter Clips are engineered to offer contractors a better installation experience, increasing speed and efficiency. “We are excited to partner our leading Camo Edge Clip fastening technology with the award-winning Fiberon decking products,” said W Scott Baker, CEO of National Nail. “The combination of our two brands will provide an unparalleled

installation and outdoor living experience for installers and homeowners alike.” Chris Hayn, Fiberon’s vice president of sales, added, “Fiberon prides itself on supporting its customers with the best decking products in the industry. We’re thrilled to enhance our installation experience by adding the latest hidden grooved fastener innovations from an industry leader like Camo.” Edge, Edgex And Starter Clips are all warranted for use with Fiberon grooved deck boards. Both Edge and Edgex Clips eliminate the need for partial installation. Edge Clips (for 90° deck patterns) hug the joist, and Edgex Clips (for any deck

pattern) fit in the board groove, allowing contractors to set multiple rows of boards and clips in place before fastening with the included Never-Miss™ Guide. Starter Clips offer a fastener-free deck surface that is easy to install. For a better experience with faster installation, contractors can use Camo Lever® board bending and locking tools and stand-up Camo Drive™ tool, both available through Fiberon distribution partners. Camo Fasteners www.camofasteners.com Fiberon www.fiberondecking.com

Graphics bigstockphoto.com/Artistnd 3000

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Products

Longer lasting bolts The performance of threaded fasteners – screws, nuts, and bolts – is critical in commercial engineering. The Fastener Quality Act of 1990 was enacted by Congress in the USA after several high- profile fastener failures, such as the San Francisco bridge collapse, according to the National Institutes of Standards and Technology.

metal components using a custom- designed hydrostatic burnishing tool. The pressure is delivered with enough force to generate plastic deformation, compressing a layer of the metal so that it resists damage from foreign objects, corrosion fatigue, fretting, stress corrosion cracking and other common damage mechanisms. “The LPB process provides a means of introducing an optimal compressive residual stress in the thread root where failures occur,” explained Doug Hornbach, CEO of Lambda Research, Inc, the research and materials testing laboratory that is part of Lambda Technologies Group. “Manufacturing processes used to form threads do not produce the compression that can be generated with LPB. Shot peening, which is a widely used surface enhancement method, will dimple and distort the thread face while not adequately treating the thread root. LPB works because we can design custom-

shaped tooling that fits into the root of the thread.” Lambda conducted the experiment on steel, but LPB can be performed on almost any alloy. “The speed at which we can treat the screws and bolts is another major benefit of the process,” commented Paul Prevéy, CEO of Surface Enhancement Technologies (SET), thedivisionof Lambda Technologies Group that develops surface treatment solutions for commercial engi- neering applications. “LPB is performed on conventional CNC machines. With customised tooling installed on a high- speed lathe application, LPB is applied in a second or less.” The complete case study on improving threaded fastener fatigue performance is available on Lambda’s website at www. lambdatechs.com/diffraction-notes Lambda Technologies Group www.lambdatechs.com

Lambda Technologies Group has released a study showing how threaded fastener fatigue life can be improved by using compressive residual stress. In an experiment conductedon a threaded rod manufactured from B7 steel (AISI 4140, ASTM A193), Lambda Technologies used low plasticity burnishing (LPB) to introduce high compressive residual stress into a threaded fillet. Fatigue testing showed the LPB samples had a fatigue life 15 times greater than the untreated specimens. LPB® is a patented mechanical process that applies pressure to the surface of

Clipped washers for limited space applications Boker’s, Inc produces a range of clipped washers that provide solutions for design engineers who have limited space and need to control axial motion within their applications.

Boker’s clipped washers are custom produced in short, medium and long runs with fast delivery, minimal tool cost and with 3D prototypes available. The company also maintains more than 32,000 stock tools for flat round washers, spacers and shims without tool charges. With outside diameters of 0.08" to 5.14" and a wide variety of inside diameters, the company states that there are millions of flat and speciality washer possibilities. Boker’s, Inc www.bokers.com

Clipped washers have a flat edge on either the outside diameter (OD), inside diameter (ID) or both. This flat edge helps prevent the washer from rotating in applications, especially when space is limited and component performance is critical. Applications that use clipped washers occur in industries such as automotive, marine, aerospace and medical. “Clipped washers, also referred to as D-washers, are generally used in applications where space limitations do not allow the use of a flat round washer, as well as when keeping an assembly stationary is required,” said Chuck Kersey, assistant sales manager. “Clipped washers can be used with shafts, rods or mating parts that are shaped like a ‘D’.” The functionality of the clipped washers comes from providing a flat bearing surface within assemblies. They are generally used under the head of a bolt and/or a nut to disperse loads as well as to prevent the washer from turning in the application. They are mounted with the flat edge of the washer facing a flat surface or recessed hole to prevent rotation. Clipped washers are available in steel, stainless steel and aluminium, as well as over 2,000 other stock metallic and non- metallic materials to meet specific applications needs. Design engineers can choose from a wide variety of sizes, thicknesses and materials.

▼ Clipped washers from Boker’s

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Products

New engineering YouTube series Würth Industry North America (WINA), an industrial distributor of supply chain solutions for fasteners, MRO and safety equipment, has launched a new YouTube engineering series calledWürth Knowing. Würth plans to expand beyond fasteners to cover a wide range of industry- related topics promoting education and innovation in the industry.

concepts, discussion, demonstrations and testing help viewers learn and understand the science behind fastening. The show is hosted by WINA technical instructor Randy Lammers and appli- cations engineer Aaron Keevan, in Mr Lammers’s east Texas workshop. “We are beyond thrilled to bring this new educational avenue to our industry,” said Dan Hill, chief executive officer for Würth Industry North America. “Our engineering department has decades of knowledge and are best-in-class at supporting our customers in every aspect of their manufacturing process.” Becky McMorrow, vice president of marketing and business transformation, said, “It is exciting to be the first in our industry to offer fun, educational fastener training via YouTube. The concept of the series was inspired by an old show we all used to enjoy – Home Improvement – or, really, the show on the show, ‘Tool Time’. We filmed the show at Randy’s home workshop, and it stars two of our fantastic engineers, Randy and Aaron, who bring a new level of energy and fun into learning about fastener engineering.” Würth Industry North America www.wurthindustry.com

Würth Knowing was inspired by WINA’s Fastener Academy training. The show’s ini- tial episodes explore topics related to fas- tener engineering, bolted joint design and fastener assembly. From basic to complex

The first season, delivered in 15-20 minute episodes on WINA’s YouTube channel, shares the company’s expertise on fastener-related topics. In season two,

▼ The series is recorded in the home workshop of one of the presenters

Larger diameters added to licensed fastener production

Optimas Solutions has added larger diameter (M12-M18) fastener production of the industry standard Mathread® and Taptite 2000® licensed products. The larger M12-M18 Mathread and Taptite 2000 diameters enhance Optimas’s licensed products manufacturing capabilities, which already include smaller diameters of Mathread, Mortorq®, Phillips Square- Driv®, Remform® and Taptite 2000 brands. The enhanced, larger diameter capabilities complement the existing smaller diameter offerings, and support Optimas’s aim to deliver manufacturing solutions directly to distributors and OEMs. “We’ve been manufacturing licensed fasteners for smaller diameters for a number of years,” said Marc Strandquist, CEO of Optimas. “Now with technological

upgrades made at our Wood Dale, Illinois, and Droitwich, UK, manufacturing facilities, we can produce larger dia- meters of licensed products to make us more competitive in a variety of industries that require larger fasteners, such as automotive, heavy duty trucks, construction machinery and agricultural equipment.” By adding the larger diameter capabilities, Optimas can build on partnerships with OEM brands wanting to onshore more manufacturing, with licences especially beneficial to industrial applications. These licenses allow Optimas to supply customers with next-generation fastening solutions, with claimed advantages that include improved performance, reduced installation times and weight savings.

Optimas offers cold-forming manu- facturing for a variety of fasteners at its facilities in Wood Dale, Illinois, USA, and Droitwich, UK, including self-threading designs for metals and a roll-forming design for plastics. our manufacturing capabilities by working with high-quality, well-respected fastener licensers, such as Mathread, Phillips and Taptite,” said Mr Strandquist. “As we continue to roll out our Manufacturing Solutions strategy that we announced in the third-quarter of 2020, it was a natural progression to add larger diameter licensed product capabilities for existing and new customer applications.” “We continue to improve

Optimas Solutions https://optimas.com

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Manufacturing Technology

▲ Rockford’s Protector shield

Safeguarding milling machines, drills and other metal cutting equipment

Rockford introduced Protector shields for safeguarding mills, drills, lathes, grinders and other cutting and turning machines. Constructed of 14-gauge powder-coated steel and thick 3 / 16 " shock-proof, scratch- resistant polycarbonate, Protector shields defend operators from flying debris, lubricants, coolants and swarf. They incorporate cool, bright LED lighting into the frame to illuminate the work area for shadow-free, detailed visibility. Some models also feature colour- changing LED lights to indicate when the Systems has

shield is open or closed. For additional protection, an interlock will disengage power and prevent a connected machine from starting up when a Protector shield is not in the correct work position, solving the problem of operator bypassing. An optional safety monitoring relay can be added to monitor the interlock switch for failure or damage. Rockford’s Protector series shields are modular in design so that shape, size, mount, arm, offset, lighting, interlocking and safety monitoring are easily configured to provide the solution for a specific machine. The shields are manufactured by Rockford Systems LLC

in Rockford, Illinois, USA, and are available for immediate ordering. Since 1971, Rockford Systems has specialised in the design and installation of over 25,000 safeguarding solutions for industrial fabrication equipment and manufacturing systems that exceed applicable safety regulations and stan- dards. The company also provides turnkey combustion safety solutions, including assessments and inspections, as well as standardised and customised valve safety trains. Rockford Systems, LLC www.rockfordsystems.com

Graphics bigstockphoto.com Artist Youra_P

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Manufacturing Technology

Taking nail manufacturing to the next level

Changes in supply chain, increasing raw material prices, higher requirements for qualified labour and a focus on sustainability all demand new ways of gaining efficiency in wire nail production. Obvious targets are to minimise material waste and production downtime and to ensure optimum labour productivity. 4.0 methodology and digitalisation to bring intuitive efficiency tools to wire nail manufacturers with the new Enkonail+, which comes with Enkotec’s new software platform, Enkosmart. Enkonail+ with Enkosmart is equipped with sensor technology that provides real- time information to ensure output and reliability. This will reduce manual work and decrease the need for interaction with the machine. One of the key Enkosmart features is a continuous nail monitoring system. Supported by intuitive adjustment features and a tolerance software module, it provides the opportunity to optimise and control the production output. The target is optimum utilisation of wire rod and minimum scrap levels, resulting in a positive impact on the bottom line, and enabling sustainable production. The extended sensor technology of the new Enkonail+ allows instant troubleshooting, which brings downtime to a minimum. Sensor interconnectivity enabled by Enkosmart tracks and positions nails and tools visually. The Enkosmart software platform enables the operator to handle all aspects of the machine through the user interface. Extensive data is collected, processed and Enkotec has used Industry

▲ Enkonail+ with Enkosmart

presented in a way that allows the user to understand and operate themachine to its maximum. It is possible to track machine utilisation and operator performance, enabling a framework with continuous overview and optimisation. An optional Performance Module feature brings a simple but informative overview of themachine and operator performance. The system highlights the top five internal and external reasons for machine stops based on specific time intervals. An RFID-enabled login system makes it possible to view the data related to each operator. By tracking operator performance, wire nail manufacturers will be able to point out productivity enhancement initiatives by assigning suitable training and development needs for each employee.

The operator manuals are supplied in a digital format, with an intuitive interface and animations, on a tablet as well as on the Enkosmart user interface directly on the Enkonail+. This makes all of the neces- sary operation and maintenance infor- mation immediately available, instead of having to be searched for among hundreds of printed pages. Enkosmart provides remote access and control for fast-track and real-time support, which enables experts from the Enkotec headquarters to help with guidance, training and troubleshooting. Internet connectivity allows software updates for new features or to keep the machinery up to date. Enkotec A/S www.enkotec.com

▼ Real-time nail head and length monitoring

▼ The display of the optional Performance Module

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Manufacturing Technology

Vibration testing innovation

▼ Model 208

Junker testing machine with bolt connection specimen

Bolted connections can bear significant responsibility, such as in railway or aeronautical engineering. The Junker test is a preferred quality assurance method to determine what a bolted connection can withstand and howmuch time will pass before it loosens. The test is particularly used to measure the service life of a bolted connection under dynamic transverse load. However, the established method has weaknesses. For example, it has only been possible in a vibration test stand to adjust the transverse stroke without specimen before the test. During the test, the actual resulting stroke declines because the bolted connection is tightened. If the bolt then loosens during the test, the stroke continues to change. In the field, it is ultimately the forced transverse stroke that leads to the loosening of bolt connections. To enable a more differentiated test setup, the new TesT 208.200kN allows control of the transverse stroke in a closed loop as required, during the running test. The transverse displacement amplitude can be kept constant, and any desired ramps or other sequences can be simulated. This product innovation anticipates the new aviation standard ISO 16130, which describes amplitude regulation during the execution of experiments as preferred. It meets DIN 65151, DIN 25201-4 and DIN 16130, and can be used to test all elements of bolt connections and locking systems. TesT GmbH www.test-gmbh.com

Copyright TesT GmbH

Custom engineering for OEMs looking to onshore manufacturing

Optimas Solutions, an industrial manu- facturer/distributor and service provider, has enhanced its standing in the fastener supply chain by changing the way manufacturers improve product design, streamline production and increase efficiency with new onshore custom and collaborative design engineering capabilities in the USA. It claims to be the only fastener company in the USA and the UK that offers advanced cold forming manufacturing and global supply chain distribution offerings. In 2020, it announced a strategy to emphasise its manufacturing services. As part of the plan, Optimas is investing in custom engineering solutions designed to reduce time, cost and waste in fastener manufacturing, to help manufacturers more easily regionalise or re-shore to the USA. “We have always worked closely with our customers, but we are finding they want more of our direct involvement in improving product design and their manufacturing processes,” said Marc

Strandquist, CEO of Optimas Solutions. “Our engineers have years of hands-on experience specifically within the fastener application and manufacturing arenas. This allows our teamto quickly understand US and UK customer challenges and work with them onshore to develop solutions that improve product design and manufacturing processes.” A Gartner, Inc survey of 260 global supply chain leaders in February and March 2020 found that a quarter of survey respondents stated that they have already regionalised or localised manufacturing to be closer to demand. Optimas has invested more than $10mn in its US cold forming manufacturing capabilities over the last few years, principally at its facility in Wood Dale, Illinois, to further elevate its onshore manufacturing solutions. Advancements within its engineering solutions (3D printing with plastic, carbon and steel, rapid prototyping, design software and cold forming equipment)

have allowed it to better leverage its manufacturing capacity for supply chain, operations and procurement professionals who are responsible for fastener acquisition and usage. In-house application and manufacturing engineers enable Optimas to be a one- stop shop for customers to design and produce fasteners. Cold form engineered services offer custom large-scale product production for flexibility in fastener manufacturing, in diameters from M2 to M22. The company has 106 dedicated machines – 43 cold headers and 42 thread rollers, plus shavers, trimmers, and pointing, slotting and drilling equipment. Optimas has strategic local partners for heat treating, plating, coating, patching and other secondary processes, as well as partnerships with 11 licensed brands known for thread-forming and drive solutions that also include weight- and height-saving solutions.

Optimas Solutions https://optimas.com

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Industry & technology news from the world of fasteners

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