Swiss versus Conventional CNC Machining


Swiss CNC machines were originally developed to produce the high precision parts used by the famous Swiss watch industry.  While often associated with high volume production and costly tooling charges, in fact they are an excellent solution for long run high precision machining work.

The machined part in this image is suitable for both conventional and Swiss machining. Our machines can handle parts not smaller than this one, at roughly 0.81 in diameter and 2.75 inches long.   The volume of the part is low —50 pieces per month.  A part like this would typically be source machined on conventional CNC machines.  Let’s review the part itself, processed through conventional CNC machines, processed in a Swiss-style CNC, and re-imagine the potential cost reduction and quality improvements of low volume Swiss-style CNC machining.

It contains a variety of machining operations needed to complete.  It requires turning operations to reduce the diameter and create the threads on one side.  It will need milling to create the cross holes and hexagon pattern above the outer threads.    While the part envelope and features make it a candidate for a swiss-style CNC, the lower volume may guide one towards conventional CNC machines.

Let us imagine a manufacturer with a standard CNC lathes/turning centers and a four-axis CNC machining center as it could consolidate both the turning and milling operations into one set up making for efficient conventional CNC machining.  The raw bar would need to be cut to either part length.  It is possible that a manufacturer has a bar feed system on their CNC lathe and would feed through the chuck.  Most likely the bar would still need to be cut to fit the feeder and have bar ends not able to be pushed or pulled through the chuck.  A second turning operation in the same lathe or another would be required to complete the part.  The part would then go to the 4 axis machining center to mill the hex and drill the cross holes.  In summary, to produce the part would require a saw operation and two setups on a CNC lathe, and the set up of a 4 axis CNC machining center.  If the manufacturer had older technologies for their CNCs, the number of machines, setups, and fix turning required would increase as well as costs.

A Swiss machine is physically smaller than a conventional CNC machine as they were developed to produce smaller parts.  They also can machine on multiple axis.  Macfab has up to 9 axis Swiss-style CNCs.  In place of chucks, they utilize guide bushings and collet systems allowing for high speeds and lower runout parts.  A Swiss machine with guide bushings works by advancing the part out as turning and milling parts are machined; however, the part runout is directly affected by the runout of the bar material.  As a result, bar stock should be centerless ground. Newer Swiss machines also can switch to a collet system and can use standard bar material with much better control over part runout.  The collet systems are typically for shorter parts, whereas the traditional guide bushing machines are capable of running parts up to 24” long with slightly more efficient cycle times.

This animated part could be completed in one setup and a single fluid operation, whereas If the same part is made in a conventional CNC, it would present challenges with the orientation of the cross holes to the hex at an angle.  Furthermore, the number of cross holes drilled is an odd number making the angular alinement to the hex even more critical.

As Swiss machines are designed for high volume production, bar feeding integrated, and with less scrap as all operations are done in the same setup.  The collet design has high part rotation speeds for shorter cycle times with improved accuracy.  As the Swiss machine produces the hex, the machine can quickly establish the orientation of the cross holes without additional fixturing or probing time.  Macfab’s investment in virtual manufacturing allows for offline programming of our Swiss CNCs making them an economical option for lower volume precision parts.

Can you imagine your lower volume parts being made on a Swiss-style CNC?  Let Macfab’s creative engineers turn these visions into shorter lead times, lower part cost, and higher quality.

The Macfab Experience – Solving Manufacturing Challenges


As a senior level purchasing manager the selection of the right precision CNC machine shop for your requirements can mean the difference between a high stress job and a high stress job with long sleepless nights.

Across industries such as medical, security and defense, supply chains became brittle during the pandemic. Many purchasing managers witnessed a breakdown in supply chain interdependencies as a global pandemic swept across the globe. The pandemic wreaked havoc and caused a domino impact on each of the links in the manufacturing chain, causing delivery delays, increasing costs and uncertainty. Being a purchasing manager can be an extremely stressful job these days.

We watched a major global disruption break down the existing channels of goods and information. We have experienced the return of clients after experiencing these challenges with other vendors. This pandemic has left no industry untouched! We have helped our customers avoid shortages, meet delivery commitment timelines, and manage their production budgets during the uncertainties of the pandemic.  We continue to help them avoid the troublesome spikes in materials costs, including those that are coming in the near future.

Our team understands the complexities that our customers must navigate.  The Macfab Experience for our clients is the peace of mind that comes with a partner that delivers powerful turnkey solutions in high precision end to end CNC manufacturing applications.

We handle complicated components to support a range of industries, including complex medical, security, defense and aerospace programs globally.  The Macfab Experience enables our customers to protect and strengthen their competitive edge in an increasingly complex global business environment.

As a leader in precision CNC machining services for over 35 years, what are the essential components that set us apart from our competition?

1. Engineering Excellence

Our manufacturing engineers develop parts to meet your design specs at a competitive price to deliver both quality and reliability. From design prototyping to final production, we specialize in sophisticated jobs requiring tight tolerances and complex geometries.

Our CMM equipment allows the measurement of surfaces that would otherwise be unreachable. Traditional CMM technology uses touch probes and is combined today with other measurement technology including laser, video or white light sensors to provide multi-sensor measurement. Our investment in CMM equipment delivers the precision and accuracy required by our customers.

Our full-service quality control lab can measure your valuable parts. And, we are one of the rare machine shops with a cleanroom. Our components can go directly from our shop floor to our customer’s assembly line saving time and money as a result.

With multiple Swiss turn-style machines on premise, we can take on high volume precision machining jobs.

We are an ISO 9001 certified company, also possessing experience in ICPMS, ICP and IMS standards required in trace detection.

Our customers are global leaders in solving life-threatening health, security and defense challenges. The Macfab Value Proposition is built around offering high precision CNC machining and a range of ancillary services. We  can deliver fully finished parts that are used in demanding areas such as virus detection, environmental studies, detection of explosives and narcotics, and other mission critical tasks with absolutely no room for error.

2. We Align Value and Quality

When a plant shutdown occurs due to the late delivery of parts, an unreliable supplier, or poor product quality, purchasing managers look for accountability. Daily we read news about plant shutdowns across China, including reverberations from the early days of the pandemic. These steep unexpected hikes in costs are huge risks for purchasing managers when they are pressured to make such important decisions based on low price. Low price today is a reflection of incomplete costing and guarantees much higher unplanned costs down the road. What is the cost of a lost reputation?

The lesson we are learning in this global marketplace is that higher-cost parts upfront translate into higher measurable quality, greater value and lower overall project costs. We mitigate the downstream risk in the manufacturing process to protect your reputation, your market share and your bottom-line financial performance.

Macfab has built its reputation on quality not only in the highest precision machining services but in offering complete manufacturing solutions for our clients.

3. Full End to End Solutions

We are one of the largest machine shops in North America, boasting over 50 CNC machines and over $3 million invested in new machines and technology.

We align value and quality with a 360 degree approach to high precision CNC machining including assembly, cleanroom assembly, micro assembly, mirror polishing, brazing, plating, lapping, leak testing and off-gas testing. In addition to inventory management, we offer a comprehensive and integrated inspection and reporting system.

We are a full end to end manufacturing solutions provider, delivering parts that are cleaned, tested and packaged ready to go directly to your assembly line.  Alongside our technical insight, we also provide a whole suite of value-added services such as Kanban inventory management, managing manufacturing efficiency, and streamlining your supply chain.

Speak with one of our experts and begin to experience the Macfab difference today!

The Challenges of Rapid Prototyping


Rapid prototyping is a great way to get a preliminary tactile design of the final product. It enables you to visualize your product before you start manufacturing at scale. As the name suggests, rapid prototyping is the fast fabrication of a product with the help of a three-dimensional computer-aided design (CAD).

While planning for the final product, you can quickly fabricate a part or even an assembly that goes into the final piece. There are primarily two types of rapid prototyping techniques – additive (3D printing) or subtractive (CNC machining) methods of manufacturing.

Rapid prototyping gives you an immense advantage by giving you the opportunity to understand how your product will perform much earlier in the manufacturing cycle. Consequently, this gives you enough time to tweak the design and implement improvements before final production.

Depending on the manufacturing process you opt for, it is also cost-effective and does not need a lot of staff to manage. Moreover, since rapid prototyping is based on computer-aided design (CAD), human error and budget overruns are minimal.

In a world of cross-border manufacturing and shortening product development, conceptualizing products early on in the product development cycle is absolutely vital to your success. Rapid prototyping can not only help you reduce manufacturing risks but also keep the competition at bay.

That being said, rapid prototyping comes with its own set of unique challenges as well. There are multiple factors that come into play when considering a rapid prototyping method – purpose, cost, complexity, quantity, and quality have a significant impact on prototyping success.

Let’s look at some of the challenges of rapid prototyping –

Cost and Availability of Materials

Rapid prototyping is an excellent way to get a proof of concept. However, it won’t give you an accurate representation of the final product’s feel, finish, color, or texture. When it comes to 3D printing, the material options are limited as well. Moreover, some materials require thorough understanding to ensure safety and quality.

At Macfab, we are experts at both additive and subtractive rapid prototyping techniques. We’ve got high-precision CNC Turning and Milling services that let us solve a variety of material limitations.

Cost of Equipment

Rapid prototyping technology equipment can be costly, especially if you are looking for highly specialized prototyping machines. The cost also increases with each iteration of the prototype, which can impact the budget of your product development cycle.

While rapid prototyping will save you costs in the long run, be ready for a higher capital expenditure initially as you iron out faults and optimize the design.

Lack of Skills and Well-Trained Staff

Finding the right talent with diverse knowledge and experience in rapid prototyping is a challenging task. The right person needs to have the knowledge of materials, tools, programming, project management, and product development.

Mix into that the complexity of an internationalized manufacturing supply chain and compressed timelines, and you can easily understand why finding the right talent is essential.

We take talent seriously at Macfab and have an expertly staffed team of 3D printing and CNC machinists. With decades of experience managing highly complex manufacturing tasks, be assured that you are in safe hands when you choose to work with us.

Accuracy and Quality of Prototypes

As mentioned earlier, rapid prototyping might not necessarily be 100% accurate. The molded parts and molding processes need to be improved in order to improve accuracy.

Accuracy is paramount in the case of specific rapid prototyping techniques such as stereolithography or SLA. SLA rapid prototyping can create medical grade and high precision rapid prototypes.

Software Capabilities

Even though rapid prototyping is done using computer-aided design, the variety of software and file formats can bring in unnecessary complexity. Some software has persistent data loss issues due to the nature of the file format, which can result in poor surface quality. This is an area that still needs improvement.

The challenges of rapid prototyping are very little compared to the benefits that it offers.

Our craftsman machinists take a fool-proof approach towards prototyping. Our Engineering group creates a Design for Manufacturing (DFM) to clarify any unknowns before beginning production. Along with the DFM, our experts also review your 3-dimensional CAD file or 2-dimensional drawing, collaborating with you throughout the process, ensuring you get the part as you envisioned it. The process model and drawings are then developed in Solidworks, an industry-leading CAD software.

Our 3D printing equipment is able to produce parts in both metals and polymers. To provide a more comprehensive offering, we also integrate our conventional machines to finish the 3D printed parts and improve the surface finish.  This integration works great for our customers who need timely production of concept parts for physical reviews and assembly analysis.

Any part that you imagine, we can most likely deliver. With travels up to 40 inches in the X-axis, 20 inches in the Y-axis, and 20 inches in the Z-axis, our CNC machining centers can create a wide range of part sizes. From a coffee table to the rim of an automobile, it is all possible at Macfab!

And since we offer a whole suite of prototyping and production services, customers can also validate the program operation by operation, owing to our industry-leading first part yield percentage. Once the part is produced either by additive (3D printing) or conventional machining, our Coordinate Measurement Machines are ready to kick into service. Using Solidworks, we can also inspect the part for any deviations and make sure it is created to the original specification.

We obsess about quality at every step of the process so that you don’t have to worry about it when the part goes into final production.

We, at Macfab, are there for you through the complete journey of your part, from prototyping your concept to reality, to being there with our precision manufacturing services to manufacture production volumes when ready.

At Macfab, we look at your manufacturing orders from a holistic lens of budget, time, and materials. With our end-to-end capabilities of prototyping to production, we are prepared to support you throughout your production journey. Do drop us a message, and our team would love to get in touch with you to learn how we can help your business succeed.



We are proud to announce Macfab Manufacturing Inc. has joined the Ben Machine Products family.

Backed by over 35 years of experience, Macfab Manufacturing Inc. will continue to offer precision manufacturing expertise to its broad range of customers in the life sciences, defence, aerospace, environmental and power generation industries.

Ben Machine Products is the ideal partner for Macfab Manufacturing with synergies that will benefit all our customers. Our combined machining capacity will include a total of more than 100 advanced CNC machines, almost 200 employees and more than 100,000 square feet of production floor space. We are excited about what the future will bring.

As part of the EIC group, Macfab Manufacturing and Ben Machine will continue to operate independently and collaboratively serving our customers’ requirements with no disruption, offering additional capabilities and capacity with the significant backing and resources of the parent company EIC of Winnipeg, Manitoba.

To learn more about Macfab Manufacturing, please visit us at

To learn more about Ben Machine Products, please visit us at

To learn more about EIC, please visit us at

Top Advice to Finding Your Best Precision Manufacturing Partner


Building high-quality, precision manufactured goods require a partner you can trust, who has the credentials and the level of expertise and experience to provide you with quality finished products or equipment.

How do you choose the best in a market full of supposedly good quality precision manufacturers? Moreover, how do you even evaluate whether a precision manufacturer will meet your needs or not?

Choosing the right partner is paramount, as that’ll potentially affect everything in your supply chain. Let’s look into how you can make the right decision when searching for a great precision manufacturing partner.

1. Tools Of The Trade

Precision manufacturing needs highly specialized tools and equipment. As technology and requirements keep changing, the equipment needs to be upgraded as well. A CNC expert would know the equipment best practices as well as when it needs to be upgraded.

Take into account the equipment the CNC team currently has and its level of upkeep. You’d want your partner to be an expert in CNC machines to get the best results. They should also be vetted for the machinery that they’re using.

An ISO 9001:2015 certification is a good proxy for quality and a commitment towards the latest CNC technology.

Non-machining experts could find the technical details a bit overwhelming, but the right precision manufacturing partner will bring in efficiency and quality with the use of their equipment and its good maintenance.

You should also be aware of what you need. A five-axis CNC machine cannot and must not be replaced by a three-axis one. Check out the machine roster on the company website to ensure they have what you need.

2. Skills and Expertise

A precision manufacturing partner that you choose should not only have the best machinery but also a highly experienced team to operate the equipment.

A good CNC team will need more than just theoretical knowledge and programming skills; they should be well versed in machine behaviour and have a deep understanding of its intended design.

There is no substitute for experience, and in-depth precision manufacturing experience is only built over the years. A highly experienced CNC manufacturing partner will provide high reliability, product commitment and have a reputation to uphold in terms of customer service.

They will also provide invaluable experience in terms of optimizing your component design, which can save money, from material to selection production.

This can’t be said enough but a CNC manufacturing partner must know their equipment, materials, the industry and your business. Do your research to make sure that they have an experienced team with the proper credentials.

The right team will offer design support and engineering suggestions on the production to reduce costs and potentially increase yields. It is necessary to understand the full capabilities of the machining team.

Some questions you want to answer are –

  • Can the company work with the materials you have in mind?
  • What techniques do they implement?
  • What are the tolerances and outputs they can achieve?

You also need to know whether the company has experience in your industry (e.g., automotive, defence, medical, electronics, or optical)

The last thing you want to hear from a precision machining partner is about yield and quality issues. An experienced partner can do better capacity planning, and you will know your project is safe in the hands of skilled machinists.

3. Communication is Key

We’ve gone past the times where finding a precision manufacturing partner involved going through phonebooks, making calls, and meticulously collecting cost estimates.

In the internet age, communication has become speedier, and just a click away. Nonetheless, finding the right CNC expert can still be cumbersome. And one of the ways to separate good precision machine shops from the best ones is through communication.

The company should have clear contact information on their website with their location, phone number, and email address. A prompt reply to your email means that the company is well-staffed and prioritizes customer queries.

While communicating with external stakeholders (customers etc.) is essential, a good precision manufacturer will also have stellar systems of internal communication. A collaborative team with high energy and the right skills can make your project run on time and within your budget.

This means having reliable systems to track the project, collaborate, schedule, run and improve processes.

In an ever-changing environment where events in one part of the world can quickly have a ripple effect across your supply chain, you need to be sure that your precision manufacturing partner will have quick, transparent, and clear communication with you.

4. Scale and Additional Services

While having a precision machining partner that can do their core job very well is excellent, it’s not a bad thing if they have a more well-rounded repertoire of services. A precision manufacturer that offers additional services can take a lot of burden off your shoulders.

These additional services can be –

  • Help with procuring raw materials
  • Prototyping
  • Fabrication
  • Custom machining
  • Testing & Inspection
  • Clean room assembly

All these additional services can save you a lot of time in the long run.

Also, look out for the scale of operations and breadth of customers. An international customer base would mean that the company is very well equipped to manage global supply chains.

An international customer base also implies that the company has a machine shop that operates at scale and would be flexible towards your needs, no matter the complexity of your manufacturing job.

There’s a lot that goes into finding the right precision manufacturing partner. Be mindful that the partner you choose should adapt to your needs and bring in the right level of expertise.

If you’re looking for a precision manufacturing partner, look no further than Macfab! We’ve always delivered excellence to our customers owing to our experienced employees, engineering acumen, and diverse experience across industries.

Feel free to get in touch with us, and we’d be happy to help!

How To Choose Between Machining & 3D Printing Service


Machining and 3D printing are based on two fundamental processes – subtractive and additive manufacturing.

Subtractive manufacturing forms the basis of CNC machining and cuts away a block of material to arrive at the final part. In contrast, additive manufacturing is the concept on which 3D printing is based. In 3D printing, layers of material are added to arrive at the final part.

The development of 3D printing has encouraged manufacturers to explore the new technology, although it is still limited by speed and accessibility. However, CNC machining has established itself as an industry standard in machining.

While both have their pros and cons, there’s a lot that goes into choosing the right one. And if you’re a company evaluating the two, finding the right one depends on multiple factors like cost, material, time.

Let’s take a look at everything that you need to know to make the most informed decision between machining or 3D printing.

Evaluating the Differences Between 3D Printing and Machining

Whether you want to create functional prototypes or end parts, both technologies can offer a variety of advantages. Also, both 3D printing and machining rely on CAD data and a variety of materials. And this is where they start diverging from each other.

Physical Feature Considerations

Both CNC machining and 3D printing are limited by their tool size. In the case of CNC machining, the tool diameter will dictate the smallest negative feature that can be created. In 3D printing, the nozzle diameter in combination with Z axis resolution will dictate the smallest positive feature that can be made.

When it comes to surface finish, CNC machining takes the lead as it is able to produce a lot smoother surfaces. 3D printers can produce fit and finish, but for exceptional smoothness, machining is the way to go.

If we talk about loading, CNC machines can create parts that can withstand much higher loads. In comparison, non-structural parts are a better fit for conventional 3D printing.

Both the manufacturing technologies can use metals and polymers to build parts. The choice then comes down to which process is more readily available for manufacturing the part you need.

Also, take into account the waste that is created in both the manufacturing technologies. Since CNC machining is a subtractive manufacturing process it often results in more waste.

3D printing creates minimal waste, as it’s an additive manufacturing process, with some technologies even allowing the reuse of the minimal waste that is created.

Budget and Time Considerations

Usually, CNC machining removes material a lot more quickly than 3D printing deposits it. But if your material removal requirement is quite high, then 3D printing might be a better option.

Programming time is an important consideration. The complexity can significantly increase the programming time in CNC machining. However, once that’s done the cost per additional unit drops rather quickly. This scales well into hundreds or thousands of units per month.

For 3D printing, the programming time is fairly less and complexity has little impact on the time. The unit cost is not much affected by volume and scale can be achieved by getting more 3D printers up and running.

Labor costs are a huge consideration as well. Properly trained operators and programmers are critical to success with CNC machining. However, in 3D printing, there is only minimal training required as programming is made simple using software and can be run unattended.

As a rule of thumb, if you’re looking at scale CNC machining will work fairly well for you. But if you’re looking for quick prototyping and tooling, essentially low volume applications, 3D printing is your best choice.

How To Know Which One Is Right for You?

There is a lot to consider when we talk about machining and 3D printing. While we’ve laid out the essential differences, let’s also look at some guidelines that you can use depending upon your requirements.

How Much Are You Producing?

Making the right choice between the two can often come down to the volumes you are aiming for. If you are chasing scale, CNC machining is your best choice but when you are manufacturing in small batches, 3D printing might be more effective. Also, if you’re creating complex parts but in small quantities, 3D printing will keep your costs under control.

What Materials Are You Working With?

Since CNC machining is the more established technology, you can work with almost any material. This includes metals, plastics and wood.

However, some materials cannot be easily machined (flexible, glass). Here, 3D printing can come to the rescue. It can also work with resins and some metals.

Finally, your choice will depend upon what you need to create. Complexity, cost, materials, volume, budget, and timeline are a few factors you need to keep in mind when making the decision.

We, at Macfab, take pride in our operator’s years of experience and programming skills. Offering both CNC machining and 3D printing, our team of professionals can guide you on the best process for your requirement while maintaining top-notch quality.

Drop us a line now!

Macfab invests in precision-balancing technology for satellite rotors

News, Space and satellites, Uncategorized


NEWS RELEASE: March 17, 2020: Macfab Manufacturing, an international supplier of precision components and sub-assemblies, today announced that the company has committed to a significant investment in a hard-bearing measurement system with two-plane dynamic balancing capability.

This technology is used for high-precision balancing of rotors of widely varying sizes – ranging, for example, from dental drill rotors to the much larger rotors used in electric motors, turbines and generators in a variety of industries. Macfab’s initial focus will be on balancing rotors used in reaction wheels for satellites. The new system is calibrated and certified in accordance with SAE ARP 4048. As a result, Macfab will be able to deliver components conforming to the optimal grade, designated as G 0.4 from ISO 1940/1.

Another turnkey solution for satellite component customers

The purchase of precision-balancing equipment is the latest in the company's long history of technology investments that further the company's ability to deliver turnkey solutions. In the case of satellite component manufacturers, including precision-balancing as part of Macfab's full suite of services provides several important benefits. "A big factor is streamlining the supply chain," says Macfab president Chris Macmorine.

“Previously, our clients would purchase the machined component from us, cleaned to a very high standard. They would then do the assembly at their facility, then send it out to a precision balancer and wait another six to eight weeks. Now that client can come directly to us. We’ll machine the part from raw material, we can assemble it with all the other components, clean it, balance it, and then do a final cleaning, and send it to them – certified and ready for installation. The result is reduced lead times, lower overall cost of the assembly and, again, a much more simplified supply chain.”

Reaction wheel

(Shown above:) Reaction wheels designed and built by Sinclair Interplanetary, machined and engraved by Macfab, have been installed in 44 satellites, all of which are still functioning on orbit after several years in service.

About Macfab Manufacturing

Macfab is a contract manufacturer of components and sub-assemblies used in four major industry sectors: space & satellites, analytical instruments, optics & photonics, and defence & security. Macfab supports early-stage product development as well as production volumes, and offers a complete suite of precision machining, finishing, cleaning and assembly solutions. Founded in 1987 in Toronto, Canada, the company today works with science- and technology-based businesses across North and South America, the United Kingdom, Europe, South Africa, Singapore and Australia. For more information, write to or visit:

Macfab sponsors, attends, 11th European Cubesat Symposium

News, Space and satellites, Uncategorized

Shown: Student-designed cube satellite at the University of Aalborg’s Institute of Electronic Systems

NEWS RELEASE: September 5, 2019: Macfab Manufacturing, an international supplier of precision components and sub-assemblies, is a participating sponsor of the 11th European Cubesat Symposium, held September 11-13 at the University of Luxembourg.

The symposium provides a snapshot of the cubesat world, from technology demonstrators and scientific missions to the future technologies and the space exploration.This year’s event will emphasize the role of cubesats, and of satellite businesses large and small, in driving the commercial NewSpace phenomenon.  

“We’re very proud to support this year’s symposium,” says Joe Magyar, Macfab’s business development director. “For us, this event provides a wonderful opportunity to connect with our colleagues in the satellite industry, in Europe and beyond, and also to meet new ones. Space is a fast-growing, fast-moving industry and we treat events such as the Cubesat Symposium as a top priority.”

The European Cubesat Symposium is organized by the Luxembourg Space Agency, the University of Luxembourg, and the von Karman Institute for Fluid Dynamics.

About Macfab Manufacturing

Macfab is a contract manufacturer of components and sub-assemblies used in four major industry sectors: space & satellites, analytical instruments, optics & photonics, and defence & security. Macfab supports early-stage product development as well as production volumes, and offers a complete suite of precision machining, finishing, cleaning and assembly solutions. Founded in 1987 in Toronto, Canada, the company today works with science- and technology-based businesses across North and South America, the United Kingdom, Europe, South Africa, Singapore and Australia. For more information, write to or visit:

Macfab signs on as Launch Canada sponsor

News, Space and satellites, Uncategorized

Macfab announces sponsorship support for Launch Canada amateur rocketry competition

NEWS RELEASE: August 1, 2019: Macfab Manufacturing, an international supplier of precision components and sub-assemblies, has today announced that Macfab has become a corporate sponsor of Launch Canada, an Ontario-based non-profit founded by amateur rocketry evangelist Adam Trumpour. Macfab, together with other sponsors, will fund Launch Canada's upcoming launch competitions for student- and amateur-based rocketry teams across Canada.

"We first met Adam Trumpour at a space industry conference," says Joe Magyar, Macfab's business development director. "We were so impressed by his enthusiasm for Canada's space sector, we featured him in a Macfab video profile. When we heard about Launch Canada, we immediately wanted to be part of this exciting venture."

"Industry support is critical to Launch Canada's success," says Adam Trumpour. "We are delighted that Macfab recognized the value of nurturing Canada's future space leaders. Thank you, Team Macfab!"

Adam Trumpour - Launch Canada

Launch Canada founder and director, Adam Trumpour

About Macfab Manufacturing

Macfab is a contract manufacturer of components and sub-assemblies used in four major industry sectors: space & satellites, analytical instruments, optics & photonics, and defence & security. Macfab supports early-stage product development as well as production volumes, and offers a complete suite of precision machining, finishing, cleaning and assembly solutions. Founded in 1987 in Toronto, Canada, the company today works with science- and technology-based businesses across North and South America, the United Kingdom, Europe, South Africa, Singapore and Australia. For more information, write to or visit:

Macfab attends 33rd AIAA/USU Conference on Small Satellites

News, SmallSat Conference 2019 Utah State U, Space and satellites, Uncategorized

NEWS RELEASE: July 30, 2019: Macfab Manufacturing, an international supplier of precision components and sub-assemblies, will attend the 33rd AIAA/USU Conference on Small Satellites, held August 3-8 at Utah State University, Logan Utah.

This year's conference theme, "Driving a Revolution," focuses on technical and development issues, together with new business opportunities arising from today's  "ever-growing trend toward missions using tens, hundreds, or even thousands of small satellites to achieve revolutionary effects."

"This conference has been one of the most successful and productive for Macfab," says Macfab's Business Development Director Joe Magyar. "We've connected with a number of new companies in each of the past two years we've attended. This year we look forward to visiting our existing customers and connecting once again with new prospects."

At last year's SmallSat conference, Macfab Business Development Director Joe Magyar at the NewSpace Systems booth with James Barrington-Brown, CEO, and Leehandi de Witt, Sales and Marketing Manager.

Space Inventor CEO Karl Kaas at his booth at SmallSat 2018

SmallSat Conference 2019

Widely regarded as one of the world's premiere space industry events, the SmallSat conference draws scientists, technologists, researchers and industry specialists from across the globe.

About Macfab Manufacturing

Macfab is a contract manufacturer of components and sub-assemblies used in four major industry sectors: space & satellites, analytical instruments, optics & photonics, and defence & security. Macfab supports early-stage product development as well as production volumes, and offers a complete suite of precision machining, finishing, cleaning and assembly solutions. Founded in 1987 in Toronto, Canada, the company today works with science- and technology-based businesses across North and South America, the United Kingdom, Europe, South Africa, Singapore and Australia. For more information, write to or visit: