ISO 9001 vs IATF 16949

Quality certifications provide an important measure of how a manufacturer manages its processes, documentation, and production controls. ISO 9001 establishes a recognized quality management framework for manufacturers across many industries. IATF 16949 builds on that foundation with additional requirements developed for automotive manufacturing and demanding supply chains.

For aerospace machining, these differences can matter. Aerospace components often require repeatable production, close dimensional control, detailed documentation, and dependable process management. Gent Machine Co. holds IATF 16949:2016 certification, giving customers access to a quality system built around rigorous manufacturing controls. While IATF 16949 is not an aerospace-specific certification, the practices behind it can provide added value for precision aerospace part machining.

ISO 9001: A Strong Foundation for Quality Management

ISO 9001 gives manufacturers a structured system for managing quality. It addresses areas such as documented processes, customer requirements, risk-based thinking, performance monitoring, corrective action, and continual improvement.

For a machining supplier, ISO 9001 certification demonstrates that quality management is built into its operations rather than handled as a separate production task. It provides a solid foundation for consistent manufacturing across different products and industries.

The important distinction is that ISO 9001 is industry-neutral. It establishes broad quality requirements but does not contain the specialized automotive manufacturing requirements found in IATF 16949.

IATF 16949: Where the Requirements Go Further

IATF 16949 uses ISO 9001 as its foundation and adds requirements focused on automotive production and supply-chain quality. These requirements place greater attention on production consistency, risk reduction, defect prevention, and process performance.

Key areas include:

• Process controls and control plans
• Supplier performance
• Preventive maintenance
• Traceability
• Root-cause analysis
• Error-proofing
• Statistical process controls
• Customer-specific requirements

For a precision machining company, these practices create a structured approach to controlling production from the initial planning stages through inspection and delivery.

Why IATF 16949 Matters for Aerospace Part Machining

IATF 16949 is not an aerospace machining certification, so it should not be presented as a replacement for aerospace-specific requirements or certifications. Its value lies in the manufacturing discipline required to maintain the standard.

That discipline can be highly relevant to aerospace machining. Parts may require repeatable dimensions, controlled processes, documented inspections, traceability, and consistent production results. These priorities align well with the quality practices reinforced by IATF 16949.

When evaluating aerospace machining certifications, customers should look beyond the certification name and consider how a supplier controls its actual manufacturing processes.

Gent Machine’s IATF Advantage

Gent Machine brings IATF 16949:2016 certification to its precision machining operations. The company combines this quality system with Swiss CNC machining, screw machining, milling, and high-volume production capabilities.

Its quality processes include dimensional verification, statistical process control, first-article inspection, material and process certifications, and lot traceability. These controls give customers practical support throughout production rather than leaving quality management to final inspection alone.

For aerospace customers, that means working with a manufacturer that has established procedures for monitoring and controlling production.

IATF 16949 Aerospace: Understanding the Connection

Searches for “IATF 16949 aerospace” can create confusion because IATF 16949 was created for the automotive industry. Gent Machine’s aerospace capabilities should therefore be evaluated based on its machining expertise and quality practices, rather than treating IATF 16949 as an aerospace credential.

Gent Machine applies its production and quality experience to aerospace machining, including CNC turning, screw machining, CNC milling, and precision component production.

Behind Every Perfect Part Is a System That Won’t Quit

ISO 9001 provides a strong general quality management foundation. IATF 16949 adds more manufacturing-specific controls and requirements developed for demanding automotive supply chains.

For aerospace manufacturers, Gent Machine’s aerospace machining certifications offer another indication of its commitment to controlled, repeatable production. Combined with its precision machining capabilities and inspection processes, that quality foundation gives customers a capable partner for demanding aerospace components.

If your next program can’t afford uncertainty, don’t leave precision to chance. Partner with us to build that confidence into every cut, and let’s make sure your parts perform exactly as intended, every time.

Tsugami B3026s added to Swiss department

We recently added five (5) new Tsugami B3026 swiss machines to our CNC department. These machines were brought in to produce a part that will go towards the protection of our country. All five machines will run 24 hours per day, 5 days per week. We are excited by this opportunity and so far have made several changes to the manufacturing process to yield a better result.

Adding new equipment to our floor is important because it shows our willingness to invest in new technology but also ensure we can hold the tightest tolerances that are required in the market.

Summer Flies for Gent Machine Summer Interns in CNC Machining

When we were kids, summer days would stretch out into the sunsets. Days were spent playing
outside with neighborhood friends until the streetlights came on and the fireflies came out. The
lights of the fireflies blinked their notice that evening was indeed upon us once again. Another
day of summer in the books. Summer seemed to fly. School would let out, and all at once we
were back in class with new teachers and new things to learn.

This summer, Gent Machine was pleased to have four Cleveland State mechanical engineering
students willing to let their summers fly by in a hot and muggy machine shop as interns. This is
Gent’s third summer internship program. The program is a 10-week hands on experience
learning the ins and outs of practical machining. Students learn how blueprints actually convert
to precision machined parts, how tricky tolerances truly are at times for machinists and
machines, how skilled machinists troubleshoot, and that specific machines at Gent are used to
make different parts based on a variety of considerations. Interns learned practical applications
in quality and the machining areas of Davenports, Swiss CNCs, Hydromats, and Acmes. They
learned about secondary operations.

In addition to machining, two sessions are held with management. Both sessions address what
is learned on the shop floor. One session reviews job search skills, including networking skills
and resume builders. Heavy emphasis is placed on the skill necessary to communicate well
between engineers and machinists. Another session speaks to what is involved in running a
machine shop, quoting, and understanding materials. Management seeks information on what
the interns wished they could have done, but did not have the chance to experience.

The students aren’t the only ones to benefit from their experience at Gent. Employees at Gent
provide their expertise, learning to train and foster growth in themselves and their trainees.
They are passing on their wealth of knowledge to the next generation of engineers and
machinists. Having an internship program takes organization and attention to detail. Gent has
found this program very beneficial. The buy in of employees is essential. We all look forward to
three or four bright new faces every summer. The additional upside for the employer is that
several may become full time employees. As we wrap up another internship cohort with pizza
and certificates of completion, it is satisfying to know that these young engineers now
understand practical machining and machinists to a degree far more than their first day of
school at Gent Machine.

Lisa Jilbert, Gent Machine’s Operations Manager, is famous

The public media has been buzzing about Lisa Jilbert and her pulsatile tinnitus. Everyone wanted a story about her and how she’s handled the difficult change of hearing her heartbeat in her head.

To help cope with this issue, Lisa started swimming. After mastering swimming, she started to ride her bike. Then she started to run. The perfect segway to doing all of these activities is to tackle a triathlon. And that’s what she did, she signed up for the Cleveland Triathlon and completed it on August 10th, 2025.

One news story can be found in the link below from Spectrum News:

https://spectrumnews1.com/oh/cleveland/news/2025/08/10/pulsatile-tinnitus-very-disruptive-but-rarely-life-threatening

She can also be heard on The Sound of Ideas on Ideastream public media:

https://www.ideastream.org/show/sound-of-ideas/2025-08-13/woman-shares-her-health-story-living-with-rare-condition-pulsatile-tinnitus

MS51991 A286 fasteners – CNC swiss Machine produced

Are you looking for special fasteners made from A286 stainless steel? We use our CNC swiss machines to produce these parts. We have produced these fasteners in all variations from the MS51991 matrix.

Please contact us for pricing. Unfortunately, we do not stock these fasteners but we are the manufacturer so you would pay manufacturer prices, not distributor pricing. We do have a minimum order quantity so that may be a deterrent if you only need 5 pieces but if you need over 1000 pieces then we would be your economical option.

Please use the email at the top of our site to inquire.

Mazak Hyper Quadrex CNC turning center added to lineup

A Mazak Hyper Quadrex 100msy (HQR) CNC turning center arrived last week to Gent machine and has been added to our floor. The beginning of 2025 has been a busy one with regard to new equipment. This machine has been added to to our lineup in order to supplement production of a large project we are working on. It is on loan, as a courtesy, from Mazak Corporation.

This HQR is a twin spindle twin turret machine with a 2″ bar capacity. Each turret has 12 positions for driven or static tools. The front and rear spindles can reach speeds of 6000 RPM while the rotary tools can also reach 6000 RPM by way of a 7.5HP motor.

Although the capacity of this machine is no different than our Eurotech Elite B446SY2, it is certainly the largest machine to come into our building. See the pictures below. It barely fit down our aisles but the rigging team worked their magic and was able to set it in place.

We are excited to have this machine to supplement our production. Then once all of our swiss machines are fully operational we look forward to using this machine for larger part projects that come through the pipleline.

Mazak Syncrex 388 (#2) CNC Swiss machine arrives

Gent Machine welcomed our second Mazak Syncrex 388 CNC Swiss machine to the shop last week. This machine will produce the same part as Syncrex #1. We also have 3 more machines that are due in over the next several months to produce this same part.

In total, we needed 5 new machines for a project we were awarded late 2024. The project requires, at its peak, 160000 pieces per month to be produced. The cycle time of the part is 40-45 seconds and in order to make this many pieces we need 5 machines to run 24 hours per day, 5 days per week.

Our customer has a ramp up period so not all 160,000 pieces are needed in the first month. We have been working up to this quantity with releases starting at 15,000 then 45,000, 60000 and finally 160000 pcs.

We are excited to have this new technology on our floor and can’t wait to be in full production.

New Mazak Syncrex 388 swiss CNC machine

Our new Mazak Syncrex 38/8 swiss CNC machine arrived last week and has already had the attention of a half dozen technicians. The teams from Mazak and Edge Technologies have been working on the install since Friday morning, before the machine even arrived, to ensure we can be into production as soon as possible.

The machine arrive Friday morning, 11/22/2024. It is our first Syncrex after spending 17 years as a Citizen only user. Our 9 Citizens are still running production every day so it will be an adjustment learning a new machine. We are up to the challenge but it will require everyone to step out of the comfort zone of the wonderful Mitsubishi controller. The advantage is that the Syncrex controller is the most similar to the Citizen and we have several more tool positions.

See images below of the machine movement as we make room for new production.

Escomatic swiss CNC machine

The most recent addition to our CNC department is the Escomatic NM6-Flexi swiss cnc machine. This small machine is a coil fed machine as opposed to all of our other swiss machines which are bar fed. It can go up to 6mm diameter and has 4 OD tools, 4 ID front tools and 4 ID back tools. They are designed for long runs without lights our production.

The coil fed machine saves time based on the part we’re making. It is 5″ long so the bar feeders change bars every 9 minutes…but not the coil fed Escomatic. It doesn’t have to change bars since the raw material is pulled off of a coil. This will save 90 seconds of production every 9 minutes. This is equivalent to about 4 more parts every 9 minutes.

This machine is also ideal for small short parts. Brass parts are ideal because of the malleability of 360 brass and it can make parts unattended.

This machine will certainly fill a need with our stainless shaft production. The big question is whether we can grow with this machine and become experts on it just like we are on our screw machines and swiss machines.

AI for screw machine and CNC machine layouts

Gent Machine has been experimenting around with artificial intelligence (AI) with generating layouts for both our screw machine and CNC machine layouts. We have been feeding our AI engine part prints, technical books and machine data. Then we ask it to give us a layout for a Davenport machine or for an Acme screw machine and it outputs a layout. The result is not perfect but so far it creates a good template for which we can make tweaks to generate a cycle time.

We have also run our CNC machine part prints into the engine and asked for a program. We ask for the most efficient program to produce the part we uploaded and out comes a program. Again, it is not perfect but it is close. In fact, it defines each tool number and it’s function. It then writes the basic structure of the program and adds the coordinates of the part.

The most amazing thing is that the AI engine is conversational. when we asked why a counterbore was not listed on the layout, it responded “my apologies, I forgot to include the counterbore. See the revised layout including the counterbore.”

We plan to use AI to assist with our quoting process and make our response time to quotes faster.