Orchard Park, NY – March 4, 2026 – Every mechanic knows the scenario: remove a wheel, balance lug nuts on the lift arm, watch helplessly as they roll off and disappear under equipment or get damaged on the shop floor. Sticky RX Refinishing Solutions has developed a patented solution—the NutUp™ Lug Nut/Lug Bolt Holster.

The problem costs shops significant time and money. Technicians waste minutes per vehicle searching for dropped hardware, replacement lug nuts cost $5-15 each, and damaged threads create safety concerns. In high-volume shops, these inefficiencies compound into substantial productivity losses.

“This addresses a problem that’s plagued automotive repair since the invention of the lift,” said Dave Lelonek, founder of Sticky RX Refinishing Solutions. “We recognized this as pure waste—wasted motion searching for lost parts, wasted money replacing damaged hardware, wasted time that could be spent on billable work.”

The NutUp™ solution applies Lean Manufacturing principles to automotive repair. Each set includes four injection-molded ABS holsters that magnetically attach to lift uprights, arms, ramps, tool benches, or carts. Dual N52 neodymium magnets provide powerful grip and slide resistance while rubber coating protects surfaces.

As technician shortages continue and shops face pressure to improve efficiency, simple innovations that eliminate daily frustrations are gaining traction. The NutUp™ system represents a new category of magnetic shop organization tools that modernize repair bay workflow.

Available in two configurations, the holsters suit virtually any passenger vehicle or light truck. The General Auto model holds six lug nuts or six lug bolts with a maximum diameter of 1 inch (25mm), accommodating domestic pickups, SUVs, and sedans. The Sports Car model holds five M15 lug bolts with an integrated tray, designed for European vehicles that use bolt-on wheels rather than stud-mounted systems.

Market response has validated both the need and the execution. Professional repair shops, restoration facilities, detail centers, and serious DIY enthusiasts are adopting the system to improve workflow efficiency and reduce lost hardware costs. At $124 per four-holster set, with volume discounts available for multi-bay shops, the NutUp™ system typically pays for itself within weeks through time savings alone.

By eliminating a persistent frustration point, the NutUp™ holster lets technicians focus on actual repair work—the efficiency gain that Lean Manufacturing seeks.

The NutUp™ holster is available immediately in single sets, five-packs, and ten-packs.

For more information or to order, visit store.stickyrxrs.com or contact Sticky RX Refinishing Solutions at sales@stickyrxrs.com or 716-539-0200.

About Sticky RX Refinishing Solutions Based in Orchard Park, New York, Sticky RX Refinishing Solutions combines mechanical engineering expertise with Lean Manufacturing principles to develop specialized refinishing services and innovative shop tools. The company holds multiple patents and serves professional automotive facilities and DIY enthusiasts nationwide.

Media Contact: Sticky RX Refinishing Solutions Email: sales@stickyrxrs.com Phone: 716-539-0200 Website: www.stickyrxrs.com Store: store.stickyrxrs.com

  Portland, OR – January 4, 2024 – PreAct Technologies (PreAct), an Oregon-based developer of near-field flash LiDAR technology, today announced a line of new flash LiDAR sensors – Sahara™, Borrego™ and Moab™ – to address various use cases across multiple industries including agriculture, healthcare, smart cities, retail, security, transportation, education or any field that requires detailed 3D mapping and modeling. The high-performance, low-cost sensor solutions provide the $30 billion near field sensing market a significantly better alternative to the existing, decades-old technologies that are being used today. 

“The more we interacted with customers and prospects, the more we realized how we could take our core technology and create multiple sensors to meet the needs of various markets,” said Paul Drysch, Co-Founder and CEO of PreAct Technologies. “The flexibility and software-definability of our technology enables the creation of different form factors that not only out-perform existing, technology being used today, but also meets the regulatory hurdles around data privacy as well as consumer demands for better safety and more convenience.”

The following sensors will debut publicly at CES for the first time:

SAHARA

Sahara is perfect for use cases that are outdoors and require up to 20 meters sensing capabilities, such as robotics, automotive, trucking and university research. It has a IP69K rating and holds up in harsh ambient light settings. The small packaging is designed for flexibility of placement at 110mm x 45mm x 33mm.

BORREGO

The Borrego sensor is designed to provide long, narrow space coverage for security, logistics and agriculture applications. The “out of the way” undetectable design has a protective mounting secured behind a support beam, positioning Borrego to not be an obstruction to precious cargo or draw attention. Bluetooth connectivity gives options in mounting placement and also reduces costs in installation. Accurate volume determination of a cargo container is an example of an application perfectly suited for Borrego.

MOAB

Combining a higher-power version of PreAct’s general purpose lidar sensor, Mojave, and the AI capabilities of Nvidia’s Jetson Nano, Moab is best suited for education, healthcare, smart cities, ITS, agriculture, retail, security applications. With its flexible integration, Moab supports wireless communication (4G LTE, WIFI) and multiple I/O (Ethernet, USB-C), and can stand up to industrial indoor applications. Moab’s strong AI-on-the-edge capability extends its applications to people counting in retail settings, inventory management, public transportation monitoring for safety, patient monitoring, and much more. The integrated “all in one box” packaging means that developers just need to plug Moab into their system and start developing.

In April of this year, PreAct launched Mojave™, the industry’s first software-definable flash LiDAR. With its software-definable capabilities, depth accuracy error of less than 2%, and a single unit retail cost of $350, Mojave is the first truly mass-market LiDAR. Mojave is currently distributed globally by Amazon, Brevan Electronics, Arrow Electronics and Digikey.

All PreAct sensors are GDPR compliant and 100% solid state.

About PreAct Technologies  

PreAct Technologies is the market leader in near-field software-definable flash LiDAR technology and integrated SDK (software development kit). Its patent-pending suite of sensor technologies provides high resolution, affordable LiDAR solutions to a wide range of industries including robotics, healthcare, ITS, logistics, security, industrial, consumer electronics, trucking, and automotive. With unmatched quality and accuracy, PreAct’s edge processing algorithms drive technology resulting in 3D depth-maps of small objects at sub-centimeter accuracy up to 20 meters. PreAct’s LiDARs and SDK enable companies and innovators to address the industry’s most pressing business and technology needs. The firm is headquartered in Portland, Oregon, with offices in Ashburn, Virginia, and Barcelona Spain. For sales inquiries, please contact sales@preact-tech.com. For more information, visit www.preact-tech.com.   

  Portland, OR – September 5, 2023 – PreAct Technologies (PreAct), an Oregon-based developer of near-field flash LiDAR technology, today announced the availability of its Mojave LiDAR, a high-performance, low-cost sensor solution to address a variety of applications including smart cities, robotics, cargo monitoring, education & university research, building monitoring, patient monitoring, agricultural, and much more.   The PreAct Mojave LiDAR is distributed globally by DigiKey Electronics and Amazon.

“I am incredibly proud of our team for getting Mojave ready to be available to the mass market, and these distribution partnerships are a major milestone for our company,” said Paul Drysch, CEO of PreAct. “As more industries are discovering the power of LiDAR sensors to provide high quality data while also maintaining individual privacy, we knew we had to make Mojave as widely available as possible. Now anyone – not just large companies – can purchase the highest performing near-field sensor on the market and customize it for a wide variety of use cases. The availability of such powerful technology at an affordable price is a game changer.” 

  Introduced to the sensor market in August, Mojave is the only flash LiDAR designed to meet the needs of non-automotive industries, as well as automotive applications. With its software-definable capabilities, depth accuracy error of less than 2%, and a single unit retail cost of $350, Mojave is the first truly mass-market LiDAR.

Mojave meets the stringent needs of sensors in robotics, agriculture, and other industrial applications. It has superior cliff and edge detection over any other sensor on the market, can provide over 1.4 million points per second of depth information, and has the ability to detect floor slope and camber. Mojave comes fully calibrated from the factory and both the software and firmware are upgradable, allowing companies to invest once in the hardware and continue to improve the sensor performance over time.

Mojave is now available to companies, organizations, and individuals looking to purchase single Mojave units or in volume through DigiKey and Amazon.

DigiKey is recognized as the global leader and continuous innovator in the cutting-edge commerce distribution of electronic components and automation products worldwide. Amazon is known for its fast, efficient distribution of products across the globe.

 For Mojave LiDAR specs, visit www.preact-tech.com/mojave.

 PreAct’s Mojave LiDAR is a high-performance, low-cost sensor solution that addresses the needs of a variety of applications including smart cities, robotics, cargo monitoring, education & university research, building monitoring, patient monitoring, agricultural, and much more. 

About PreAct Technologies  

PreAct Technologies is the market leader in near-field software-definable flash LiDAR technology and integrated SDK (software development kit). Its patent-pending suite of sensor technologies provides high-resolution, affordable LiDAR solutions to a wide range of industries including robotics, healthcare, ITS, logistics, security, industrial, consumer electronics, trucking, and automotive. With unmatched quality and accuracy, PreAct’s edge processing algorithms drive technology resulting in 3D depth-maps of small objects at sub-centimeter accuracy up to 20 meters. PreAct’s LiDARs and SDK enable companies and innovators to address the industry’s most pressing business and technology needs. The firm is headquartered in Portland, Oregon, with offices in Ashburn, Virginia, and Barcelona Spain. For sales inquiries, please contact sales@preact-tech.com. For more information, visit www.preact-tech.com.  

Modineer operates in a make-to-program environment where it engineers and delivers components to exact customer specifications. The company has enhanced and expanded its fabrication capabilities through a series of acquisitions and capital investment. Its Vice President of IT, Mike Lewandowski, was brought in with the purpose of unifying processes and deploying best-in-class systems across the entire company.

Lewandowski identified the possibility of using Actify APM to standardize the critical and complex development and launch process that transforms a customer’s design into a production part or assembly.  He enlisted a team to conduct an extensive proof of concept to evaluate Actify’s ability to replace the existing launch processes with a single system that combines program and project planning, deliverable monitoring, change management, and reporting. After testing its effectiveness at running dozens of programs, the Modineer team voted to expand Actify APM implementation to 100% of its programs across all its plants.

“We are all-in on Actify APM,” said Lewandowski. “By adopting Actify we now have a company-wide program launch process that enables benchmarking and ongoing improvement. We can easily see where programs and projects stand with respect to launch outcomes, plus we know where issues are arising and what we need to do to address them. Our customers are more confident in our ability to meet launch milestones and our teams know exactly what they need to do and when. We have replaced legacy approaches and fragmented systems with a single source for program information that is far simpler and more productive to use by team members across the company.”

“Modineer is more than our customer,” said David Opsahl, CEO at Actify, “they are a partner who has given us the practitioner feedback and insight that’s essential to any new software solution. Modineer is on our Customer Advisory Board and has been instrumental in creating a breakthrough solution for the automotive supplier community.”

For more information on Actify APM, please visit https://actify.com/solutions/automotive-program-management/. 

About Modineer

Modineer Company efficiently delivers the best in premium industrial metal components and products to the automotive, military, truck/trailer, and industrial markets. Headquartered in Niles, Michigan, Modineer’s 1500+ employees produce more than 37 million components annually across Michigan, Indiana, Missouri, Pennsylvania and its newest plant in Juarez, Mexico. Modineer brings expertise and capabilities across a wide range of fabrication methods to meet customers’ unique component requirements. Through its focus on “shaping metal component innovation” and personalized service, Modineer has become a trusted supplier to leading OEMs including Ford, GM, and Volvo. For more information, please visit www.modineer.com.

About Actify

For 15+ years, Actify has been helping manufacturers to visualize and interact with design and engineering information. We’ve led the industry by creating easy-to-use tools that are affordable and improve quality and productivity. Now, Actify is applying everything we have learned to meet the unique needs of automotive program teams. Actify serves a global base of more than 2,000 companies of whom approximately 85% are suppliers to the auto industry. Actify is headquartered in Detroit, Michigan with sales and support in 45 countries through its offices in the United States, the United Kingdom and Germany, and a global network of partners. For more information, please visit www.actify.com.

San Jose, Calif. – August 22, 2023 – Recogni Inc. the leader in AI-based processing for autonomous vehicles, today announced the availability of Pegasus, a PCIe card that allows Recogni’s Scorpio, the world’s first 1000 TOPS (Peta-Op) class inference solution for autonomous mobility, to be configured for any autonomous mobility application. When using Pegasus in conjunction with the Recogni SDK, customers are able to experience the value of Scorpio’s high compute capabilities, with low power consumption, low latency, and low system cost.

“The need for autonomous capability is growing rapidly across all forms of transportation, and Recogni is committed to providing the most powerful, purpose-built solutions for autonomous mobility, regardless of use case,” said Marc Bolitho, CEO of Recogni. “Being able to easily integrate Scorpio into any autonomous mobility application with our new Pegasus PCIe card and Recogni’s SDK showcases the multiplatform flexibility, as well as the robustness and readiness of our solutions. We’re pleased to empower our customers with system architectural flexibility and fast deployment in autonomous mobility applications.”

Pegasus can process up to four 8-megapixel cameras to provide front and surround views, and uses the Recogni SDK to convert, compile, profile and deploy models. Perception output includes 3D object detection, vulnerable road user detection, lane detection, free space detection, and traffic light/sign detection. This makes Pegasus a flexible solution for a variety of autonomous mobility applications, including robotaxis, autonomous trucking, drones, autonomous delivery vehicles, and autonomous aviation.

Unlike traditional solutions that are based on legacy technology and repurposed for the monumental task of AI perception processing for autonomous mobility, Recogni’s system is purpose-built to overcome compute and power efficiency barriers specific to autonomous mobility. Using Pegasus in conjunction with the Recogni SDK proves that Recogni’s purpose-built accelerator, Scorpio, is ready to be implemented in a variety of autonomous applications. In addition, because Pegasus has a high degree of development and deployment flexibility, it allows for much faster time to market for any autonomous mobility application.

“Having been in the automotive and autonomous driving industry for decades, it became clear that autonomous capabilities would only be able to go so far when using existing technology,” said Dr. Yvonne Lutsch, Investment Principal, Bosch Ventures. “Recogni has proven that to move the industry forward, it requires purpose-built technology that is powerful, flexible, and easy to integrate. And Recogni continues to demonstrate their credibility as an autonomous technology provider.”

About Recogni

Recogni provides exceptional vision-based perception processing to Autonomous Driving platforms addressing high compute, low latency, and low power consumption. The company was founded in 2017 with offices in San Jose California and Munich Germany.  Lead investors are GreatPoint Ventures, Celesta Capital, Mayfield, DNS Capital, as well as notable automotive OEM and tier 1s including BMW iVentures, Toyota Ventures, Bosch, Continental, Forvia and FluxUnit-OSRAM Ventures. For more information, please visit www.recogni.com.

“After many years working with our customers, we know that fleet-driven businesses have put optimizing their operations and vehicle utilization as a top priority in their digital transformation roadmap,” said Aarjav Trivedi, Ridecell President and CEO. “I’m proud of our team’s vision and creation of a one of a kind cloud that delivers the kind of value our customers have been searching for. Finally, fleet-driven businesses will be able to take the data and insights from all the various fleet and vendor systems and create automated actions that will improve overall operational and cost efficiency, as well as help achieve sustainability goals.”

Solutions to Digitally Transform Fleet Operations

Ridecell Operations 360: Revolutionizing Fleet Operations and Lifecycle Management
Ridecell Operations 360 enables businesses to easily automate fleet operations and lifecycle management for every phase of the vehicle’s lifecycle including sourcing, upfitting, operating and remarketing. Intelligent API integrations help fleets integrate their current existing IT and vendor systems, unifying real-time data for all vehicles within the fleet.

Ridecell Sustainability: Advancing Emission Reduction and Cost Efficiency
Ridecell Sustainability allows fleets to achieve significant reductions in emissions and fuel costs while prioritizing driver safety. For example, engine idle control minimizes unnecessary idling while meeting compliance and sustainability goals by intelligently locking and shutting off idling vehicles when required.

Ridecell Mobility Solutions: Embrace the Future of Mobility
With built-in support for keyless access and automations for monetized fleets, Ridecell Mobility offers a modern user experience for all shared and rental vehicles. Integrated management processes allow vehicles to easily be exchanged from one service to another or participate in multiple service offerings simultaneously.

Achieving Digital Transformation Through Fleet Automation

The Ridecell Fleet Transformation Cloud is based upon four core platform pillars: intelligent automation, keyless vehicle control, flexible systems integration and AI/ML insights.

Intelligent workflow automations are triggered by multiple fleet data sources, including vehicle data, internal IT systems, driver-reported conditions and vendor data allowing fleet teams to deploy automations as “digital workers” to manage routine and predictable operational tasks.

Keyless vehicle control adds the ability to switch from physical keys associated with vehicles to digital keys that are associated with drivers. A digital key can be issued in the Ridecell Fleet Transformation Cloud to provide access rights to the right driver in the right vehicle at the right time, including maintenance technicians to ensure timely vehicle repairs.

Flexible systems integration provides insights and recommended actions for automation. The cloud comes with a set of packaged components and developer tools to connect vehicles, suppliers and IT systems, providing the ability to see and act upon insights from the collective data captured by all fleet management systems used in the oversight of fleet operations.

AI/ML and intelligent automation are now becoming a part of the popular lexicon. The Ridecell Fleet Transformation Cloud brings big data insight capabilities which are unaddressed with installed solutions as the next step in the digital transformation of fleet-based businesses.

“Historically, businesses with fleets have focused on implementing connected vehicle data and fleet management systems to digitize and unify fleet operations, but the steps required to implement the recommended actions are mostly manual,” added Trivedi. “The Ridecell Fleet Transformation Cloud ushers in a new era of digital transformation by bringing intelligent automation to the operations and management of fleets. The solutions Ridecell provides deliver the ability for fleet management companies, last mile delivery companies and all fleet-driven businesses to see a clear picture of fleet operations using insights turned into action.”

To learn more about the Ridecell Fleet Transformation Cloud, visit www.ridecell.com.

About Ridecell

Ridecell Inc. is leading the way in the digital transformation of fleet businesses and operations. The Ridecell Fleet Transformation Cloud modernizes and monetizes fleets by turning existing fleet management insights into triggers for automated workflows. The result is unmatched levels of efficiency and control for shared services, and rental, leased and logistics fleets. Ridecell powers some of the most successful fleet businesses in cities across Europe and North America, including Gig Car Share from AAA NCNU, KINTO Share by Toyota Sweden and Arval Car Share. Ridecell is headquartered in San Francisco, with offices in Madrid, Paris, Berlin and Pune, India.

Headquartered in Bavaria, Germany, WISA Werkzeug- und Formenbau GmbH (WISA) is a medium-sized company that has carved out a respected position over the past 30+ years developing and manufacturing technically sophisticated tooling and molds for customers across a variety of industries, including automotive. Historically, the company exchanged drawings and parts lists with customers in paper form. Increasingly, however, the information they needed to successfully produce their complex tooling and molds was contained in 2D and 3D CAD files.

“The move away from paper towards digital files made it all the more important for every employee to be able to look at and access this data,” explained Torsten Decker, Managing Director of WISA. “Not everyone who wants to check a few dimensions in a CAD file needs the full functionality of an expensive CAD tool, especially since it’s not necessarily that easy to use either. In addition, customers provide us with data in a wide variety of formats, and we were sometimes unable to read them in – we needed to find a better way to handle visualization of CAD data.”

After thoroughly researching different CAD viewer offerings, the company quickly selected SpinFire from Actify as the best option. SpinFire gives teams everything they need to view and interrogate assemblies, parts, and drawings in all major 2D and 3D CAD formats. The tool not only visualizes design data, but also provides analysis tools with functions such as measurement, dimensioning, wall thickness analysis, exploded view, and markups, among others. Additionally, SpinFire converts CAD data into a compact, neutral format for easy sharing with internal and external teams.

Despite its powerful functionality, one of SpinFire’s key benefits is its intuitive, user-friendly nature. An introduction to the tool only takes 15-30 minutes, and the most important functions can be learned quickly – something that WISA’s teams have greatly appreciated. At first, WISA only used the software tool in the calculation and quotation preparation department. Later, a single license was added in the work preparation department, and additional licenses were added to other teams over time, depending on requirements.

The growing demand for the solution across the organization led the company to realize that the Enterprise version of SpinFire would make the most sense, allowing them to take advantage of a single enterprise-wide license. Now, every PC in WISA – from the purchasing and sales departments, to design and manufacturing – has a powerful CAD viewer that employees can leverage.

“We no longer need to handle licenses because a SpinFire Enterprise license covers an unlimited number of workstations at our company,” said Decker. “As a side benefit, this greatly reduces the administrative effort – which makes the IT department happy. That widespread deployment is important, because otherwise the chain is broken.”

The importance of this “unbroken chain” across departments has been demonstrated multiple times, with one particular instance of helping a customer troubleshoot issues with their new molding tool helping to paint the picture.

“Before we could assist the customer, we had to really understand how the tooling worked,” said Decker. “That’s where SpinFire helps us, with features like sectional views through the assemblies. Colleagues from the assembly and design departments looked at the 3D data together and sent the customer suggestions for optimizing his tool. Once these suggestions were approved, the design was modified in a CAD system. Finally, the team used SpinFire to add manufacturing notes to the 3D data and create screenshots for capacity planning. Everywhere you look, the tool has its fingers in the pie, so to speak.”

This type of widespread usage has resulted in more efficient workflows: nearly all tooling or mold information can be stored in the 3D CAD model and accessed via SpinFire. As a result, additional PowerPoint or PDF documents are no longer required, streamlining documentation efforts. Design and production are hardly the only areas that benefit from SpinFire. The CAD viewer has also ensured greater accuracy around purchasing, making incorrect orders for materials much less frequent.

The small file size of the 3D SpinFire data – and the associated minimal hardware requirements – provides another key benefit. This is particularly noticeable with very complex assemblies, such as those typical for WISA’s injection molds.

“After saving a two gigabyte CAD file in the compact SpinFire file format, the file size is reduced to about 60 megabytes,” said Decker. “This makes it much easier to handle the data and exchange it with the customer. No matter what the customer sends us – we can read it in – That’s priceless.”

Ultimately, SpinFire Enterprise has made many aspects of WISA’s daily work easier and more efficient, from licensing and customer communication, to troubleshooting and material planning. Most important, however, is the reliable and cross-departmental availability of 3D visualizations.

To learn more about Actify SpinFire Enterprise, visit https://actify.com.

About Actify

For 15+ years, Actify has been helping manufacturers to visualize and interact with design and engineering information. We’ve led the industry by creating easy-to-use tools that are affordable and improve quality and productivity. Now, Actify is applying everything we have learned to meet the unique needs of automotive program teams. Actify serves a global base of more than 2,000 companies of whom approximately 85% are suppliers to the auto industry. Actify is headquartered in Detroit, Michigan with sales and support in 45 countries through its offices in the United States, United Kingdom, Germany and China, and a global network of partners. For more information, please visit www.actify.com.

Headquartered in Michigan with 43 global locations across nine countries, Mayco provides design, engineering, tooling, manufacturing, assembly, sequencing, logistics, and systems integration services as part of its overall mission to be the Tier 1 automotive supplier of choice for its customers. Efficiently carrying out that mission requires a fair amount of technological groundwork behind the scenes, including giving different team members throughout the organization the ability to view CAD files that contained important information.

“Someone in purchasing might need to look at 3D drawings for a particular component they’re procuring from a vendor,” explained Ted Lukiewski, IT Director at Mayco. “Pretty much our only choice is to either buy them a license for the CAD application that created the file, or to buy them a CAD viewer. That might be fine if they only received Catia files. But the next day, they might receive a Pro E file, and the day after that, an NX or AutoCAD file, and we’re back to square one, trying to get them access to the information they’ve received.”

One consequence of this challenging situation is that “workarounds” would develop: Teams that didn’t have a CAD application or viewer would lean on members of the design and engineering team to open files for them, pulling designers and engineers away from their core tasks. Additionally, the situation placed a substantial burden on the IT department, while slowing down the overall speed with which various departments could carry out their work.

“We were handling nearly 20 tickets a month related to gaining access to CAD files,” said Lukiewski. “The time really adds up: You have to put in a purchasing requisition, get a PO and price quote for the product, purchase it, install it, and then show the user how to use it. That’s a multi-day affair – and if I’m a program manager or a purchasing estimator, that’s too much time. They need to make decisions ASAP.”

Actify SpinFire Enterprise was an ideal solution to the challenges Mayco was experiencing. An enterprise visualization solution, SpinFire Enterprise provides a way for entire organizations to view, mark-up, and fully analyze 2D and 3D CAD data in all the major formats.

“We could have tried adding a few more floating licenses of various CAD applications and CAD viewers, but that approach just wasn’t scalable,” said Lukiewski. “Also, most of the viewers didn’t provide a way to do basic mark-up or file conversion, which would have created bottlenecks in the workflows. We did some back of the napkin math and realized that getting the enterprise edition of SpinFire was a very smart choice, cost wise.”

Mayco decided to make SpinFire Enterprise part of its standard desktop load across the organization, so that every single team member in every department would be able to open whatever 2D or 3D CAD files they needed to access.

“It doesn’t matter if our users receive a Catia file or an NX file or a Pro E file,” said Lukiewski. “They just click on it, and it opens up in SpinFire Enterprise. They don’t have to do anything on their end to make that access happen – and in many cases, they don’t even realize they’re using SpinFire Enterprise. That’s the best kind of tool there is, as far as I’m concerned: one that users don’t even have to think about – it just works.”

With SpinFire Enterprise in place across the organization, Mayco has been able to experience several significant benefits. For starters, team members no longer have to contact IT or resort to unofficial workarounds in order to open up and view CAD files – greatly speeding up their turnaround time on their various tasks.

“Using SpinFire Enterprise, we’ve reduced the wait time for end users to get access to an important CAD file from 3-6 days to 0 days,” said Lukiewski. “The resolution of their problem is instantaneous: They click on the file, and SpinFire Enterprise opens it for them so that they can start acting upon that information.”

As much as teams like purchasing and estimating have benefited from SpinFire Enterprise’s capabilities, Mayco has also been pleasantly surprised at unexpected use cases that have sprung up across the organization.

“Our HR and Health & Safety department uses it quite a bit, which wasn’t something we initially foresaw,” said Lukiewski. “As an enterprise-wide solution, SpinFire didn’t just solve the specific problems we had; it also gave us the solution to problems that we didn’t even know we had.”

Looking forward, Lukiewski feels that SpinFire Enterprise tackles the challenges they face today while better positioning Mayco for the future.

“The auto industry is changing and evolving very quickly,” said Lukiewski. “SpinFire Enterprise futureproofs us, because no matter what CAD application our customers or their suppliers decide to use, we’ll be able to open the files they send us. It’s not something we need to worry about – we have a scalable and flexible solution for visualizing CAD data as we move forward.”

To learn more about Actify SpinFire Enterprise, visit https://actify.com.

About Actify

For 15+ years, Actify has been helping manufacturers to visualize and interact with design and engineering information. We’ve led the industry by creating easy-to-use tools that are affordable and improve quality and productivity. Now, Actify is applying everything we have learned to meet the unique needs of automotive program teams. Actify serves a global base of more than 2,000 companies of whom approximately 85% are suppliers to the auto industry. Actify is headquartered in Detroit, Michigan with sales and support in 45 countries through its offices in the United States, United Kingdom, Germany and China, and a global network of partners. For more information, please visit www.actify.com.

CLEVELAND, OH, Monday, June 12 – DriveDown, a curated online automotive marketplace, is revolutionizing the enthusiast car buying experience with its unique top-down pricing approach. The Cleveland-based company founded by two car fanatics aims to disrupt the traditional car buying and selling process, providing a seamless and transparent experience for both buyers and sellers.

Unlike traditional car marketplaces and auctions, DriveDown is a Buy Now platform.  Each accepted vehicle is listed at an initial offering price and drops in price daily until it is sold, with a 7 day limit. Buy Now today, or wait for a lower price tomorrow, but risk missing out to other interested buyers.

“We are thrilled to introduce DriveDown to the automotive market,” said Mitch Scher, Co-Founder and CEO of DriveDown. “Our platform offers a new and exciting way to buy and sell cars online, saving people their most valuable asset –  time. With unmatched transparency and our innovative top-down pricing approach, we empower buyers and sellers to make informed decisions while utilizing the benefit of built-in negotiation. DriveDown puts users in the driver’s seat, allowing them to buy a car at the price they’re comfortable with. We envisioned a way to build something great for the car community, and now it has come to fruition.”

DriveDown eliminates the hassle of negotiation for both buyers and sellers, with a completely free platform for sellers and an industry-standard 5% Buyer’s Fee for buyers. Acting as a “matchmaking service” for enthusiast automobiles, DriveDown leverages its marketing resources and vast network to ensure a stress-free selling experience, while providing a curated selection of high-quality vehicles for buyers.

DriveDown’s co-founders come from multi-generational automotive families and believe that the enthusiast car market is still largely untapped.  After launching just a week ago, DriveDown has been met with remarkable success, accumulating thousands of views, and selling its launch car on day one.  The company offers an incentivized partnership program, with over a dozen affiliates and dealerships already enrolled.  DriveDown is an exciting new platform, and is free to join.

For more information, please visit www.drivedowncars.com and follow us on Instagram and Facebook @drivedowncars. DriveDown media email: jaime.kinsley@gmail.com 

About DriveDown

DriveDown is a curated online automotive marketplace utilizing a new and innovative top-down pricing approach.  Our transparent pricing saves the buyer and seller time with built-in negotiation. 

Every accepted vehicle is listed at an initial offering price, and drops in price daily until it is sold, with a 7 day limit. Buy Now today, or wait for a lower price tomorrow, but risk missing out to another buyer.

Environmental concerns, particularly regarding climate change and air pollution, have pushed automakers to prioritize fuel efficiency in their vehicle designs. Stricter emissions regulations and a global push for sustainable transportation have accelerated the need for cleaner and more efficient cars. Fuel efficiency plays a significant role in reducing greenhouse gas emissions and improving air quality, making it a crucial aspect of automotive innovation.

In this article, we will delve into the world of fuel-efficient cars and explore the models that are set to dominate the market in 2023. With increasing awareness about environmental sustainability and the rising demand for economical transportation, fuel efficiency has become a key criterion for car buyers. As automotive manufacturers strive to meet these evolving consumer needs, they have introduced a range of innovative technologies and design advancements to maximize fuel economy.

Exploring The Factors Driving The Increased Demand for Fuel-Efficient Cars

The increased demand for fuel-efficient cars can be attributed to several key factors:

Environmental Consciousness

Growing concerns about climate change and environmental sustainability have led to a significant shift in consumer attitudes. Individuals are now more aware of the impact of carbon emissions on the environment and are actively seeking greener transportation options. Fuel-efficient cars help reduce greenhouse gas emissions and minimize the overall carbon footprint, making them a popular choice for environmentally conscious consumers.

Rising Fuel Prices

The volatility of global oil prices has made fuel efficiency a crucial consideration for many car buyers. With fuel costs accounting for a substantial portion of the overall vehicle ownership expenses, consumers are increasingly motivated to choose cars that offer better mileage and lower fuel consumption. Fuel-efficient vehicles help mitigate the financial burden of rising fuel prices, providing long-term cost savings.

Government Regulations and Incentives

Governments worldwide have implemented stricter emission standards and regulations to combat air pollution and reduce dependency on fossil fuels. These regulations often incentivize the production and purchase of fuel-efficient vehicles through tax benefits, subsidies, or exemptions. As a result, consumers are motivated to opt for fuel-efficient cars to take advantage of these incentives and avoid potential penalties.

Technological Advancements

Automotive manufacturers have made significant advancements in engine technology, aerodynamics, and lightweight materials to enhance fuel efficiency. Hybrid and electric vehicles have gained popularity, offering improved fuel economy and reduced reliance on traditional internal combustion engines. Additionally, innovations such as start-stop systems, regenerative braking, and advanced transmission systems contribute to better fuel efficiency in modern vehicles.

Technological Advancements in Fuel Efficiency

Technological advancements have played a pivotal role in enhancing fuel efficiency in the automotive industry. Automakers have continuously pushed the boundaries of innovation to develop more efficient engines, improve aerodynamics, and incorporate advanced systems that optimize fuel consumption. Here are some key technological advancements contributing to fuel efficiency:

Hybrid Powertrains

Hybrid vehicles combine an internal combustion engine with an electric motor, allowing for improved fuel economy. The electric motor assists the engine during acceleration and low-speed driving, reducing fuel consumption. Additionally, regenerative braking technology converts kinetic energy into electrical energy, which is stored in the battery and utilized to power the electric motor, further enhancing efficiency.

Electric Vehicles (EVs)

Fully electric vehicles, or EVs, rely solely on electric motors powered by rechargeable batteries. EVs eliminate the need for internal combustion engines, resulting in zero tailpipe emissions and significantly reducing overall fuel consumption. The continuous advancements in battery technology have increased the driving range of EVs and made them a viable option for many consumers.

Lightweight Materials

The use of lightweight materials, such as aluminum, carbon fiber, and high-strength steel, helps reduce the weight of vehicles without compromising safety. Lighter vehicles require less energy to accelerate and maintain speed, resulting in improved fuel efficiency. Additionally, advancements in material engineering have improved the strength and durability of lightweight materials, enhancing overall vehicle performance.

Advanced Engine Technologies

Engine technologies, such as direct fuel injection, turbocharging, and variable valve timing, have significantly improved fuel efficiency. Direct fuel injection allows for more precise fuel delivery, optimizing combustion and reducing fuel wastage. Turbocharging increases engine power without sacrificing efficiency, while variable valve timing adjusts the timing.

Top Fuel-Efficient Car Models of 2023

Model 1: XYZ Electric

Boasting an impressive electric range and exceptional efficiency, the XYZ Electric is set to lead the pack in fuel efficiency for 2023. With its advanced battery technology and regenerative braking system, this model offers not only zero tailpipe emissions but also a range that rivals many gasoline-powered vehicles.

Model 2: ABC Hybrid

The ABC Hybrid combines the best of both worlds, seamlessly blending a gasoline engine with an electric motor. Its intelligent power management system optimizes fuel consumption, allowing for an impressive fuel economy. With its sleek design and advanced hybrid technology, the ABC Hybrid offers an efficient and eco-friendly driving experience.

Model 3: PQR Diesel

Designed for long-distance travel and efficiency, the PQR Diesel stands out with its impressive fuel efficiency and torque. Equipped with a cutting-edge diesel engine, this model provides exceptional mileage and reduced emissions. Its advanced engine technology ensures a smooth and fuel-efficient ride, making it a top choice for those seeking high efficiency without compromising on performance.

Model 4: DEF Plug-in Hybrid

The DEF Plug-in Hybrid offers the flexibility of electric driving with the convenience of a gasoline engine. With its ability to charge from an external power source, it provides an extended electric driving range. The DEF Plug-in Hybrid seamlessly switches between electric and hybrid modes, delivering outstanding fuel efficiency and reduced emissions.

Model 5: UVW Compact

The UVW Compact offers an economical and efficient option for urban commuting. With its compact size and lightweight design, this model maximizes fuel efficiency in city driving conditions. Its efficient engine and aerodynamic features contribute to reduced fuel consumption, making it an ideal choice for navigating crowded city streets while keeping fuel costs low.

Key Features and Benefits of Fuel-Efficient Car Models

Fuel-efficient car models offer several key features and benefits that cater to the needs of consumers seeking economical and environmentally friendly transportation options. Here are some key features and benefits of fuel-efficient car models:

Cost Savings

Fuel-efficient cars help drivers save money on fuel costs. With better mileage and reduced fuel consumption, owners can enjoy significant savings at the pump over the life of the vehicle. These savings are particularly noticeable as fuel prices continue to rise.

Reduced Environmental Impact

Fuel-efficient cars contribute to reducing greenhouse gas emissions and air pollution. By burning less fuel and emitting fewer pollutants, these vehicles help mitigate the environmental impact associated with transportation. They play a crucial role in reducing carbon footprints and promoting a more sustainable future.

Government Incentives

Many governments offer incentives, such as tax credits, rebates, and lower registration fees, to promote the adoption of fuel-efficient vehicles. Owners of fuel-efficient cars may benefit from these incentives, reducing the overall cost of ownership and making them more financially attractive.

Innovative Technologies

Fuel-efficient cars often incorporate advanced technologies and features designed to optimize fuel consumption. These technologies may include hybrid powertrains, electric motors, regenerative braking systems, start-stop functionality, and aerodynamic designs. These innovations enhance efficiency and performance, providing a seamless driving experience.

Long Driving Range (EVs)

Electric vehicles (EVs) offer the benefit of a long driving range on a single charge, allowing for extended travel without the need for frequent refueling. This makes EVs suitable for daily commuting as well as long-distance trips, providing convenience and flexibility.

Future-Proofing

As governments worldwide implement stricter emission standards and regulations, fuel-efficient cars are better positioned to comply with evolving requirements. By choosing a fuel-efficient model, owners can future-proof their vehicles and anticipate potential changes in regulations that may penalize less efficient vehicles.

Improved Resale Value

Fuel-efficient cars often retain higher resale values due to their desirability among cost-conscious and eco-conscious buyers. These models tend to have a strong market demand.

Future Outlook and Industry Trends

The future outlook for fuel-efficient cars is promising, with the automotive industry continually striving to improve efficiency and meet the evolving demands of consumers and regulatory requirements. Here are some key future trends and industry developments to watch out for:

Electrification Expansion

The trend towards electrification is expected to continue, with an increasing number of electric vehicle (EV) models hitting the market. Advances in battery technology are driving improvements in driving range, charging infrastructure, and affordability. As battery costs decrease and charging networks expand, EV adoption is likely to accelerate.

Hybridization Advancements

Hybrid vehicles will continue to play a significant role in the transition to electrification. The development of more advanced hybrid powertrains, such as plug-in hybrids, will offer consumers greater flexibility and longer electric driving ranges. Automakers will focus on refining hybrid technologies to optimize efficiency and performance.

Autonomous Driving and Efficiency Integration

Autonomous driving technologies have the potential to enhance fuel efficiency significantly. Self-driving vehicles can optimize routes, accelerate and decelerate more efficiently, and improve traffic flow, resulting in reduced fuel consumption. As autonomous driving continues to advance, its integration with fuel-efficient technologies will drive further efficiency gains.

Lightweight Materials and Aerodynamics

Automakers will continue to explore lightweight materials, such as carbon fiber composites and high-strength steel, to reduce vehicle weight and improve fuel efficiency. Additionally, advanced aerodynamic designs will minimize drag and optimize airflow, further enhancing efficiency.

Connectivity and Data Analytics

The integration of connectivity and data analytics into vehicles will enable more intelligent energy management systems. Cars will utilize real-time traffic data, weather conditions, and driver behavior to optimize fuel consumption, route planning, and performance. This integration will contribute to improved efficiency and personalized driving experiences.

Regulatory and Policy Shifts

Governments worldwide are introducing stricter emission standards and regulations to reduce greenhouse gas emissions. This will continue to drive automakers to invest in fuel-efficient technologies and develop cleaner vehicles. Incentives and regulations favoring fuel-efficient cars, such as tax credits and low-emission zones, will also influence consumer choices and market dynamics.

Sustainable Fuel Alternatives

The exploration of sustainable fuel alternatives, such as biofuels, hydrogen, and synthetic fuels, will gain momentum. These alternatives have the potential to reduce carbon emissions and enhance fuel efficiency, providing alternatives to conventional fossil fuels.

Conclusion

In conclusion, the automotive industry has witnessed a significant shift towards fuel-efficient car models in response to environmental concerns, rising fuel prices, and changing consumer preferences. The fuel-efficient car models dominating the market in 2023 showcase the advancements in technology and design aimed at maximizing fuel economy without compromising performance. These models offer cost savings, reduced environmental impact, and government incentives, making them attractive options for consumers seeking economical and eco-friendly transportation solutions. With the continued focus on electrification, hybridization, lightweight materials, and connectivity, the future of fuel-efficient cars looks promising, with further advancements expected to drive even greater efficiency and sustainability. As the demand for fuel efficiency continues to grow, automakers are actively pushing the boundaries of innovation to meet the evolving needs of consumers and contribute to a greener future.