AUCKLAND, New Zealand, May 14, 2020 – FRAMECAD is excited to announce the latest release of structural engineering software: FRAMECAD Structure 9.2. Now upgraded to the latest IntelliCAD 9.2 platform, FRAMECAD Structure 9.2 delivers a range of new features providing increased speed, design flexibility, and accuracy.

As part of our continuous improvement program, all new features are added for your convenience. All updates are available at no additional cost to your current FRAMECAD software license.

FRAMECAD Structure 9.2 updates include:

1. Updated engineering methods enable better design and engineering using different construction methods. This is achieved with a flexible design and engineering software that can adapt to the local norms.
2. Now provides easier access to existing jobs on opening Structure.
3. The introduction of cross sections makes it easier to review the design and check for any issues, providing improved speed and accuracy when designing.
4. Ability to modify the stud spacings either for the entire design or for a section, saving time during the design process.
5. Improved design of openings – When designing an opening you can now automatically place additional jam studs around openings based on the local building requirements.
6. Seamless integration to Revit, using FRAMECAD Revlink*, has now been extended to FRAMECAD Structure bringing streamlined design and engineering capability into your BIM model.

*The FRAMECAD Revlink plug-in provides seamless integration between Revit and the FRAMECAD software suite. Recently updated to include FRAMECAD Structure, you can read more about FRAMECAD Revlink here.

A complete overview of all Structure 9.2 updates, including step by step how-to information and additional training videos, is available for all FRAMECAD customers in Knowledge Center.

About FRAMECAD Structure

Based on the powerful IntelliCAD platform, FRAMECAD Structure is a computer-aided engineering software that saves you time and money. Completing over 25,000 engineering calculations per square meter of roof and walls in just seconds, FRAMECAD Structure improves your engineering time by up to 80%.

FRAMECAD Structure makes real-time engineering calculations as the designs are created – analyzing loads, deflections and other forces – making it an easy process to optimize building code compliance whilst delivering best value engineering practices. The software generates a design checklist automatically generated based on the building code and other design factors. The enhanced 3D view displays framing components and an easy step-by-step truss, joist and wall builder.

With its universal design format and instant engineering analysis, FRAMECAD Structure is the world’s most compliant engineering software for cold formed steel construction. It has been developed for worldwide application, drawing from CFS building codes for USA, Canada, China, Europe, Russia, Brazil, South Africa and Australia/New Zealand.

Innovating for faster construction & better built environments

At FRAMECAD, innovation is everything. It’s a catalyst for growth – whether it’s enabling clients to construct buildings quickly and safely through an integrated system or supporting communities to achieve a better standard of living – we’ve spent 30 years researching and testing a platform that people can rely on. The ongoing development of FRAMECAD Structure is another example of this focus on innovation.

FRAMECAD provide the tools that help you gain business success. Our range of world-leading software, manufacturing equipment, online support and training programs are created to help your business increase productivity and return on investment.

For more information, visit https://www.framecad.com.

CLEARWATER, FL, USA, May 14, 2020 – BobCAD-CAM, the world leader in affordable & powerful CAD-CAM software, announces the release of BobCAD V32 Service Pack 2.

This second update for BobCAD-CAM V32 includes enhancements in CAD and Posting and corrections in the following areas; General, CAD, General CAM, Mill, Lathe, Wire EDM, Simulation and Posting.

For information about all the new enhancements and corrections released in BobCAD-CAM Service Pack 2 Build 3482, see What’s New in BobCAD-CAM V32 SP2

Customer are highly encouraged to update their software to the latest service pack to ensure they are running the latest enhancements and corrections. To download BobCAD-CAM V32 SP2 Build 3482, please visit bobcadsupport.com.

Don’t have BobCAD-CAM V32? Start your Test Drive of BobCAD-CAM V32 today and see why shop’s like yours are running BobCAD software on their CNC machines.

To know more about BobCAD-CAM, visit http://www.bobcad.com.

ATLANTA, GA, USA, May 14, 2020 – Applied Software, a leading systems integrator for the architecture, engineering, construction, and manufacturing industries, announced its popular MEP Force conference has been upgraded to a virtual event in 2020, making attendance possible for a much broader audience. The exclusive event enables MEP industry leaders to learn from their peers about new technology trends in fabrication, prefabrication, Industrialized Construction, Design for Manufacture and Assembly (DfMA), and more.

The fully virtual event will be held half-days from August 31 to September 2. By participating in MEP Force, MEP leaders can gain insight into new and more efficient processes, giving them a competitive edge in the methods of fabrication and prefab. Because of the virtual format, more MEP contractors can participate, while saving time and money on travel and accommodations.

The online half-day format will allow busy contractors to combine a partial workday with a half-day of learning about the latest innovations in the MEP industry, including topics like: 3D scanning, virtual spools, kitting, conduit modeling, takeoffs, profiles, fab part detailing, Revit add-ins, BIM management, clash detection, bid accuracy, and collaboration. “As virtual meeting techniques continue to develop, we’re pleased to offer this opportunity for a much wider audience to take advantage of all the vital knowledge this conference has to offer,” said Richard Burroughs, President of Applied Software.

Registration is open for the event on the Applied Software website at: MEP Force.

About Applied Software

Applied Software, a full-service premier systems integrator for the AEC, MEP, fabrication and manufacturing industries, is on a mission to transform industries by empowering our clients and championing innovation with real-world expert consultants. With a broad range of world-class solutions, services and training, Applied has been helping clients achieve a competitive advantage since 1982. For more information visit www.asti.com.

SURREY, UK, May 14, 2020 – An array of new and enhanced functionality, and seamless integration with other software packages, ensures the latest release of ALPHACAM stays at the forefront of helping manufacturers create Smart Factories, in line with Industry 4.0.

Updates to the Automation Manager in ALPHACAM 2021 assist users to prepare jobs for processing as well as managing them.

Product Manager Chip Martin says the order of layers and machining styles can now be modified. “The order defined in the layer mapping setup will be used for applying the toolpaths, and users can now control the order of the toolpaths while defining how the part will be machined. However, the Machining Order option can still be used for ordering operations by tool.”

Automation Manager now shows the list of parts that could not be nested, so the operator can either cancel them or process them in a future job. An option to create a new job containing only the parts that could be nested is also available for further automation.

Enhancement to the user interface provide full control on which part properties the operator wants to see. “In previous versions, users could only see the part names, and needed to click each part individually for more information. Now they can see key details such as height, quantity, if the part is nested, and any of the part’s properties.”

The new Folder Watcher allows jobs to be processed autonomously via Automation Manager.  Chip Martin says this tool is ideal to use in both a well-established manufacturing process, as well as where orders are created through ERP software or any other system outside ALPHACAM. “It watches a folder, and as soon as an order is created, it automatically processes it using Automation Manager without the user having to do anything.”

Moving on to CAD – Geometry Node editing has been improved to allow multiple elements to be converted to a single line or arc. Prompts will also appear about node selection when two or more nodes overlap. It’s also possible now, to break and join one or multiple paths without having to leave this command, making it a more complete tool for modifying and fixing 2D geometries.

ALPHACAM’s heavy investment in machining solids directly, without the need to create geometries, has led to a major improvement regarding automation. “Previously, it’s not been possible to automate this, as the solid faces to be machined always had to be picked manually. But in the same way that geometries in layers can be machined using Machining Styles, solid model faces can now be added to layers. Machining styles are created from a variety of operations, and users can easily machine solid faces in that layer without having to manually select the faces.”

A new option to Optimize Toolpath Overlapping significantly improves material usage in nesting. It allows toolpaths around different parts to overlap, provided the tool doesn’t cause any damage. Additional distances are applied where required to protect the parts, while still allowing the toolpaths to overlap. He says the new option also brings notable nesting improvements when tools with a larger diameter are used inside the part, but a smaller tool is needed to cut the outer shape. “In earlier releases, nesting would use the largest tool to define the overlap between parts, to avoid toolpaths damaging other components. Now, the nesting engine uses the outer tool diameter to define the overlap.”

Another enhancement enables solids to be nested with their geometries. “As nesting is a 2D solution, it’s not yet possible to nest parts containing workplanes, but as solids can now be placed in the nested sheet it’s possible to machine the solid after it’s been positioned there. Toolpaths can be applied directly to the solid and solid faces and the user can even carry out another operation to extract geometries from the solids, and then machine those geometries.  It means that after nesting, it’s possible to machine geometries and solid features using more than 3-axis.”

Using a new project manager page called Clamp Insert, clamps and fixtures can be dragged and dropped into drawings, and then an XY location chosen to insert them. Once they’re in place, ALPHACAM automatically reads the material thickness and places the clamp at the correct Z level.  “It’s also possible to define if the clamp will be positioned below or if it will be holding down the material, and allows the user to rotate the clamps on insert,” says Chip Martin. He adds that this is part of a long-term project making it easier to use clamps in ALPHACAM, and that future releases will extend it to more complex clamps with several movable components, such as rails and pods.

NCSIMUL Essential has been integrated into ALPHACAM, replacing the external simulator in the router and mill modules, giving the ability to simulate 3 to 5 axis toolpaths and machines with movable clamps.

Another new innovation is Casebuilder, which is the result of a partnership with CABINET VISION. It was created specifically for small to medium-sized woodworking companies, and is used for quickly designing cabinets and case goods…and then with the click of a button processes the parts and generates NC code using ALPHACAM.

Chip Martin describes it as an easy-to-use order entry software tool for manufacturing kitchen and commercial cabinets.  “With minimal set-up users are quickly designing and sectioning cabinets, and outputting ARD files directly to ALPHACAM, for output to NC routers. Cabinets can be configured individually, including the quantity and position of doors, drawers, shelves and roll-outs, and then the system automatically generates ALPHACAM drawing files for all the components.”

Finally, another integration; this one with WORKPLAN and nesting offcuts. ALPHACAM connects directly to a WORKPLAN server and uses the materials in its database, meaning the operator knows the exact amount of material in stock to run a job, as well as making it easier to manage offcuts.

“Users reserve sheets and define which offcuts will be generated by the job. Confirmation that the job  has been processed, is done using WORKPLAN’s windows tablet application. The main material will be deducted from stock, and  the offcuts added to the database, where they’ll be available for future jobs.”

About Hexagon’s Manufacturing Intelligence Division

Hexagon is a global leader in sensor, software and autonomous solutions. We are putting data to work to boost efficiency, productivity, and quality across industrial, manufacturing, infrastructure, safety, and mobility applications.

Our technologies are shaping urban and production ecosystems to become increasingly connected and autonomous – ensuring a scalable, sustainable future.

Hexagon’s Manufacturing Intelligence division provides solutions that utilise data from design and engineering, production and metrology to make manufacturing smarter.

Hexagon (Nasdaq Stockholm: HEXA B) has approximately 20,000 employees in 50 countries and net sales of approximately 3.8bn EUR. Learn more at hexagon.com and follow us @HexagonAB.

BEND, OR, USA, May 14, 2020 – In the absence of the company’s traditional in-person regional events, Tech Soft 3D is hosting a series of virtual HOOPS Summits as well as technical trainings on the HOOPS SDKs. All virtual events are open and free for anyone to attend.

HOOPS Virtual Summits are best for heads of technology or engineering looking for information about trends in the industry, how to overcome business challenges and learn from partners who have solved specific business challenges.

1. Building the Digital Factory: explore how advancements in the building & construction industry are changing how the modern factory is built.
2. Manufacturing in the Digital Factory: explore topics ranging from utilizing 3D digital representations to optimize workflows and processes to how the Industrial Internet of Things (IIOT) is changing how factories operate through monitoring and predictive maintenance.

The HOOPS Virtual Trainings are for developers wanting to learn how to work with the HOOPS SDKs to build applications for manufacturing, AR/VR, 3D printing, AEC and more. Developers will be introduced to topics such as building 3D web applications, CAD access and translation, and mesh processing.

Click on the links below to register.

HOOPS Virtual Summit Series – All

1. The HOOPS Virtual Summit will feature inspiring and informative events for engineering software developers interested in technology trends and challenges facing our industry. Learn about new features in the 2020 HOOPS SDKs, find out how to leverage our tools and gain a market edge directly from our partners, and benefit from engaging demos from our experts.

HOOPS Tropical Happy Hour & Product Update – Wednesday, May 20th

1. Europe (4-5pm CEST)
2. North America (4-5pm EDT) Join the Tech Soft 3D team for a lively tropical-themed Happy Hour as our product managers guide you through the HOOPS product portfolio. We’ll be discussing what’s new for 2020, what we have planned for the future, and how these developments are impacting applications from Manufacturing to Building & Construction. Grab a drink, your favorite colorful shirt, and connect with our team as well as industry colleagues

Building the Digital Factory – Wednesday, May 27th

1. Europe (3-4pm CEST)
2. North America (1-2pm EDT)
3. The Building the Digital Factory virtual event will explore how advancements in the building & construction industry are changing how the modern factory is built. We’ll explore the significance of linking construction data and manufacturing information, the efficiencies of manufacturing process planning, and how the resulting large models can be methodically visualized.

Manufacturing in the Digital Factory – Wednesday, June 3rd

1. Europe (3-4pm CEST)
2. North America (1-2pm EDT)
3. The final event in the virtual summit series, Manufacturing in the Digital Factory, picks up where our last event left off. As we take a look at the cutting edge technologies running our factory. We’ll explore topics ranging from utilizing 3D digital representations to optimize workflows and processes to how the Industrial Internet of Things (IIOT) is changing how factories operate through monitoring and predictive maintenance.

Virtual Training Series All

BUILDING YOUR FIRST 3D WEB APPLICATION WITH HOOPS – THE HOOPS WEB PLATFORM

1. Tuesday, May 19th (10 AM PDT)
2. Robert Tadlock, Director of Consulting Engineering
3. The HOOPS Web Platform is a simple but powerful toolkit for advanced 3d web visualization. Learn how to import and visualize CAD data, add and interact with our JavaScript API, add additional functionality to a webpage, and host your project on an AWS server.

INTRODUCTION TO CAD ACCESS AND TRANSLATION WITH HOOPS EXCHANGE AND PRC

1. Tuesday, May 26th (10 AM PDT)
2. Peter Kane, Senior Consulting Engineer
3. HOOPS Exchange is the fastest and most accurate CAD data translation toolkit. PRC is the data model that allows developers to access content from over 30 CAD file formats. Learn how to traverse an assembly tree and topology, untangle material definitions, extract visualization information, and metadata.

DOCKERIZING 3D WEB APPLICATIONS

1. Tuesday, June 2nd (10 AM PDT)
2. Robert Tadlock, Director of Consulting Engineering
3. Docker container technology allows for rapid application deployment and scaling. Now that you have a 3D web application learn how to create and manage Docker images containing HOOPS based applications.

INTRODUCTION TO MESH PROCESSING WITH HOOPS AND POLYGONICA

1. Tuesday, June 9th
2. Jonathan Girroir, Senior Manager, Technical Marketing
3. Polygonica is a powerful mesh processing software used for preparing models for additive manufacturing. Learn how to heal, Boolean, and simplify models for 3d printing

About Tech Soft 3D

Tech Soft 3D is the leading global provider of development tools that help software teams deliver successful applications. Established in 1996 and headquartered in Bend, Oregon, Tech Soft 3D also has offices in California, France, England, and Japan. The company’s toolkit products power nearly 500 unique applications running on hundreds of millions of computers worldwide. For more information, visit techsoft3d.com.

VICTORIA, BC, Canada, May 13, 2020 – Cebas Visual Technology Inc. is pleased to announce its next major release of thinkingParticles. The release of thinkingParticles Subscription Drop 9 represents one of the biggest bug fix sweeps and workflow enhancements, yet. Overall simulation robustness, outstanding fluid solver stability and enhanced soft body dynamics offer a uniquely rounded overall Visual Effects experience for every 3ds Max user.

Besides some serious housekeeping, new advanced Visual Effects operators have been added to the tool chest. Find below a short summary of new functions and features found in thinkingParticles Subscription Drop 9.

Particle Based Fluids

The introduction of a new fluid solver: SPH VE 6.9 marks a landmark achievement for all 3ds Max users who usually experience a lack of realistic all purpose particle based SPH fluid solver options. The new algorithm creates a more stable fluid simulation with less experimentation and guesswork in parameter setup. Automatic foam generation in fluid simulations is now more predictable and accurate as it aligns with the real world phenomena of air bubbles rising to the top of the fluid surface.

Time Independent Simulation Caches

For the first time, thinkingParticles offers the concept of truly time independent simulation caches. In the past, once a simulation was cached out to a hard disk, there was not a lot of manipulation possible. thinkingParticles’ new time independent simulation caching offer ultra fast interactive timeline scrubbing and the possibility of easy particle manipulation after the fact.

Industries Workhorse Rigid Body Dynamics Solver ‘SC’

thinkingParticles unique Rigid Body visual effects solver; ShapeCollision (SC) has been brought forward to the 21st century. Using ShapeCollison within a thinkingParticles simulation is no more different than any of the other Rigid Body solvers. Rigid Body properties are no longer attached to a particle group, they are now assigned to individual particles.

ShapeCollision is a Rigid Body solver, unique to thinkingParticles and it has become the favorite go to tool for professional VFX artists. Over the last decade, ShapeCollision found its way into many movie productions like Independence Day, 2012 and the latest series of Marvel movies. ShapeCollision offers many options to optimize simulation setups. Although not known for its fastest processing speed, it is loved and used for its legendary robustness and ability to churn through highly complex, most often crappy, 3D meshes. A signature feature of ShapeCollision is its natural ability to simulate stickiness between intersecting geometry.

thinkingParticles Subscription Drop 9 comes as a free upgrade to all Subscription customers in good standing. thinkingParticles can be easily updated and downloaded through the freely available cebas Product Manager.

An extensive list of new features of thinkingParticles Subscription Drop 9 can be found at www.cebas.com/thinkingParticles.

The best thing to do is download the thinkingParticles unlimited free trial or email info@cebas.com for an educational license.

thinkingParticles 6.9 officially supports 3ds Max 2021, 2020, 2019.

About cebas Visual Technology 

The main focus of the company has always been offering optimized hard- & software solutions for graphics-intensive applications. In the early days of computer technology, there was no way of getting the power to create 3D images on a standard PC. This is why cebas started out as a specialized company that offered UNIX and RISC processor workstations.

With the very first release of 3D Studio DOS R1 everything changed dramatically. Because of the increasing power of desktop PCs, Windows is the preferred development platform for cebas 3D plug-ins today. Several major 3D software packages are supported, and all cebas software is under constant development. For more information, visit https://www.cebas.com.

NEW YORK, NY, USA, May 13, 2020 – With a large part of the global production of personal protective equipment (PPE) happening in the United States and China, much of Europe is experiencing a major PPE shortage, putting millions of lives at risk. In order to combat the shortage, the Professional Clothing Industry Association Worldwide (PCIAW) is partnering with Gerber Technology to make PPE more widely available. Through their PPE Task Force, Gerber has already helped over 1,200 manufacturers across the globe successfully convert their manufacturing capabilities to PPE production.

“Nobody should have to go without the proper protection and risk being infected by COVID-19,” said Richard Jessup, Sales Director, EMEA of Gerber Technology. “Here at Gerber, the health and safety of people all around the world is a top priority. We are working tirelessly with our partners and customers to help and rapidly increase the production of PPE to ensure nobody is without.”

The Gerber PPE Task Force is helping their global network of manufacturers switch to production of protective masks, gowns, face shields, and other PPE by providing free  resources such as production-ready patterns, sharing best practices, and connecting manufacturers and suppliers through the PPE Manufacturer Matchmaking Program.

“We are absolutely thrilled to partner with Gerber as their expertise in PPE is unmatched,” said Yvette Ashby, founder and CEO of PCIAW. “Their advanced knowledge, innovative solutions, and helpful resources are going to help vastly increase the availability of PPE in the U.K. and all of Europe.”

About PCIAW

PCIAW is the first worldwide organisation developed to serve the professional clothing industry. The UK-based association helps members such as Snickers Workwear, Hunter, and Incorporatewear to discover new business opportunities, increase their reach, and strengthen their position in the rapidly-growing professional clothing industry. For more information, visit pciaw.org

About Gerber Technology.

Gerber Technology delivers industry-leading software and automation solutions that help apparel and industrial customers improve their manufacturing and design processes and more effectively manage and connect the supply chain, from product development and production to retail and the end customer. Gerber serves 78,000 customers in 134 countries, including more than 100 Fortune 500 companies in apparel and accessories, home and leisure, transportation, packaging and sign and graphics.

Based in Connecticut in the USA, Gerber Technology is owned by AIP, a New York based, global private equity firm specializing in the technology sector and has more than $3.0 billion assets under management. The company develops and manufactures its products from various locations in the United States and Canada and has additional manufacturing capabilities in China. For more information, visit https://www.gerbertechnology.com.

MARLBOROUGH, MA, USA, May 13, 2020 – Kubotek3D, a leading supply chain software provider, announced the 2.1 release of the Kubotek K-Compare and K-Display software products. This release provides updates to CAD file translators, user interface improvements, and several new functions for each product.

Updated CAD Translators

Reading of 3D CAD files across all 2.1 Kubotek software programs has been updated to support the latest versions of four major CAD file formats:

1. Siemens NX 1899 Series to 1907
2. CATIA R30 (V5-6R2020)
3. SolidWorks 2020
4. ACIS SAT 2020

User Interface Improvements

Improvements to the interface of all release 2.1 products allow previews of tab contents before selection, saving time by preventing unneeded tabs from cluttering the workspace. When dialog boxes are open, the interface now blurs to provide enhanced visual focus for the user. Visual improvements to graphics and display include black edges on models as well as cleaner axis indicators, both of which provide a more precise visual field for the user. Further improvements provide consistent decimal precision in measurement results.

K-Compare Revision Commands Added

Improvements in K-Compare Revision have mostly focused on further increasing productivity of users during creation of reports which highlight the differences found between two 3D CAD models. Three new commands group differences together with nearby or similar differences which may be best documented together as a set. Another four new commands support sorting the order of differences by size or position on the part. New measurement tools in 2.1 allow users to add linear, radial, diameter, and coordinate measurement labels to the difference report and link them to precise locations on the 3D models. The general label object has also been enhanced to support multiple arrow leaders which can be locked onto positions on the model. The ability to insert custom watermark background image in reports has also been provided in release 2.1.

K-Compare Validate Enhancements

The 2.1 release of K-Compare Validate has added support to run the program from a command prompt allowing integration with numerous PLM and document management software from other vendors. The automated reporting capabilities now work with a user-definable template to allow users to customize the header content in the tamper-proof reports. Kubotek tests with sample user data have shown significant performance enhancements of a 15% overall faster performance than the 2.0 version, and a 70% increase in performance speeds over the now retired Kubotek Validation Tool 2019 SP1 version.

K-Display Commands Added

With release 2.1 K-Display users analyzing plastic parts can now create multiple thickness measurement labels across the part for communicating wall thickness. These labels, as well as other operations such as hide/un-hide, bounding box, and draft angle face coloring, now support database undo/redo and delete. To support popular 3D print preparation programs K-Compare Convert 2.1 adds the output capability option to save each solid in the CAD file into a separate STL file.

About Kubotek3D

Kubotek3D empowers the supply chain with the right design information by delivering core precision 3D technologies and easy-to-use software products. This strategy allows geometry, no matter where it originated, to be used to speed time to market, reduce costs and improve quality. Kubotek3D is a division of Kubotek USA, Inc., a wholly owned subsidiary of Kubotek Corporation (7709.T Tokyo Stock Exchange). Kubotek Corporation was founded in 1979 and is headquartered in Osaka, Japan. For more information, visit www.kubotek3d.com.

CHICAGO, IL, USA, May 12, 2020 – Sciaky, Inc., a subsidiary of Phillips Service Industries, Inc. (PSI) and leading suppliers of electron beam (EB) welding solutions and metal additive manufacturing (AM) solutions, announced  that it will deliver a state-of-the-art electron beam (EB) welding machine to Michigan-based systems integrator and solutions manufacturer MERRILL.

MERRILL’s end-to-end offerings include solutions for design, build, test and deliver stages, along with the in-house expertise to design and manufacture intricate parts and prototypes through high-volume production. They provide solutions for a wide range of industries, including aerospace, defense, chemical, energy, oil & gas, transportation, and mining.

Sciaky’s EB welding systems have been the gold standard of EB welding technology for decades. Sciaky’s internal moving EB welding gun is the most versatile EB welding gun in the market and its multi-axis gun motion operates at half the chamber volume of fixed/external gun systems, providing beam access for unusual joint configurations, and significantly simplifies part tooling.

“Sciaky is excited to provide our world-class EB welding technology to a forward-thinking solutions provider like MERRILL,” said Scott Phillips, President and CEO of Sciaky, Inc. “The results-driven pros at MERRILL will no doubt take advantage of Sciaky’s exceptional EB weld strength and its high-precision repeatability to deliver incredible results, over and over again.”

Sciaky’s welding equipment meets rigid military specifications to manufacture items such as airframes, landing gear, jet engines, guided missiles and vehicle parts. For more information, follow us on Twitter, Facebook, YouTube and LinkedIn.

About MERRILL

MERRILL is a highly innovative American small business delivering contract manufacturing services to the defense, aerospace, heavy equipment, automation, energy and transportation markets. Headquartered in Saginaw, MI, we have nearly 400 skilled and value-driven team members and nearly 700,000 sq. ft. of manufacturing floor space. Our resources are dedicated to the design, fabrication, machining and integration of components, systems and programs. If you need it, MERRILL can make it. For more information, visit MERRILLTG.com.