VERICUT PROVIDES SAFE MACHINING OF COMPLEX AEROSPACE PARTS AT HMS MAKINA

A leading supplier of complex aerospace components is enhancing the reliability of its machining operations since investing in VERICUT verification, simulation and optimisation software from CGTech. Among many benefits, the implementation of VERICUT has seen this progressive manufacturing business reduce its scrap rate for FAI (first article inspection) parts to almost zero.

Established in 1979 and today located at Manisa in the west of Türkiye, HMS Makina is a leading machinist of many different parts and products for a global portfolio of aerospace primes and their sub-tiers, mainly in EU countries. The company, which employs 440 highly skilled personnel, exports 70% of total sales from its modern 23,000 sq m production facility. All of HMS Makina’s special processes carry approvals by major OEMs and NADCAP.

“With over 80 high-technology CNC machines we’re able to produce complex and precision parts from all kinds of light and hard metals, including aluminium, steel alloys, stainless steel, titanium, magnesium and nickel-based superalloys from plate, sheet, castings and forgings in compliance with customer specifications,” explains Onur Benzergil, new part supervisor at HMS Makina.

Benzergil leads the team that carries out machining process design and NC programming for aerospace parts. HMS Makina has ability to offer finished aerospace products, providing post-machining services that include NDT (non-destructive testing), shot peening, surface treatment, painting and assembly. This market differentiation, alongside its quality-oriented production, makes HMS Makina a preferred supplier to the aerospace sector.

The company produces a wide variety of aerospace parts for its customers, including forged titanium engine components and structural airframe parts.

“Machining these complex-geometry components requires a simulation program to prevent failure and avoid the expense of scrapping workpieces made from expensive materials,” states Benzergil “As a result, we decided to make this investment because we see VERICUT as superior to other solutions.”

He adds: “We had been researching simulation systems for a long time, but VERICUT is known to every company working in this sector. Since it was such a critical issue, we didn’t want to leave anything to chance.”

Installed in 2023, HMS Makina leverages the benefits of VERICUT to detect errors, potential collisions and areas of inefficiency before actual metal cutting. Innovating and gaining a competitive edge in aerospace means meeting increased demand and tight timelines with high-quality parts. VERICUT is the key to machining components quickly and with confidence.

“Notably, the software has allowed us to eliminate manual prove-out processes, freeing-up machine time to run more parts,” says Benzergil. “It’s also proving highly beneficial in reducing scrap rates. Our scrap rate is now almost zero for first-article parts. In addition, safer machining really stands out for me. Even though this gain is not easy to quantify, I can say safety is the biggest benefit we see on a daily basis.”

HMS Makina also takes advantage of VERICUT’s AUTO-DIFF module at the end of every simulation. The company says AUTO-DIFF helps it detect errors such as potential gouges, providing approximately 99% accurate results.

VERICUT AUTO-DIFF compares a CAD model with a VERICUT simulation, automatically detecting differences, design weaknesses or mistakes in the design. AUTO-DIFF also reduces the time it takes to prepare an NC tool path. Notably, programmers can check for gouges or excess material while working on the program, identifying and correcting issues before machining.

“VERICUT fully meets our expectations,” states Benzergil. “Today, we do not move to the production phase until the VERICUT simulation is complete.”

HMS Makina received comprehensive training and technical support from local VERICUT reseller, Ucgen Yazilimo, on every aspect of the software, helping the company to understand the full potential of VERICUT.

“Of course, VERICUT should not prove difficult to learn for anyone who uses CAD software,” he says. “We became familiar with it in a short time period. Today, VERICUT is definitely helping us use our machinery more effectively, which in turn drives more efficiency. I think any company machining parts in the aerospace sector should invest in VERICUT. The software has a simple interface; so many details are well categorised and it’s extremely easy to access. The graphics are also advanced and I find the Reviewer plug-in especially useful.”

VERICUT Reviewer incorporates all the functionality of NC Review mode in a stand-alone viewer that does not require a licence. The Reviewer can play forward and backward while removing and replacing material. Users can rotate, pan and zoom, just like normal VERICUT.

“I would recommend VERICUT to other businesses because it has very good infrastructure backed by a great team for technical support,” concludes Benzergil. “VERICUT is a proven and constantly evolving program, and we’re finding it highly beneficial here at HMS Makina.”

More information www.cgtech.co.uk

UR reaches milestone

Universal Robots (UR), the Danish collaborative robot (cobot) company, has reached a new milestone of launching over 500 products through its UR+ ecosystem. The landmark represents significant growth in the ecosystem since it started in 2016 with the ambition of making UR an open-source-like platform that empowers developers to create groundbreaking solutions. Today, the UR+ ecosystem offers a wide range of components, kits, applications and solutions within both hardware and software designed to meet various customer needs.

More information www.universal-robots.com

Emco Mecof mills for Baker Industries

Baker Industries, a Lincoln Electric company, is extending its manufacturing versatility and capacity and offering new in-house capabilities with the arrival of two new Emco Mecof UMill 1800 CNC universal machining centres. The new machines boast automatic tool changers and diverse high-speed five-axis machining capabilities that include milling, drilling, turning and undercutting. A large work envelope of 1.8 x 2.15 x 1.25 m (X/Y/Z) supports the ability to turn parts up to about 2.5 m in diameter. The machine commenced production at the company’s Detroit facility at end of 2023.

More information www.bakerindustriesinc.com

Precision machinist invests in Wenzel CMM

Subcontract machining specialist Barth Präzisionstechnik offers a broad component manufacturing capability range from 5 to 2500 mm, and from 5 g to over 2 tonnes. Serving customers in industries such as energy, construction and mechanical engineering, the company’s philosophy is based on maximum precision, a zero-defect mentality and absolute adherence to deadlines.

In keeping with this tradition of continuous quality optimisation, the Binzwang-based company opted for an LH 2015 CMM from Wenzel. The LH 2015 gantry measuring machine features WM Quartis software and the Revo five-axis multi-sensor probe system from Renishaw. The latter offers a combination of contact measurement and scanning, which enables fast and precise measurement of even complex components. Due to its high flexibility and accuracy, the combination of the Revo with the LH 2015 opens up considerable advantages and a wide range of possible applications.

WM Quartis software forms the heart of the measurement solution and enables the precise recording, analysis and visualisation of measurement data. Thanks to its intuitive user interface and versatile functions, Wenzel says the tried-and-tested measurement software is an indispensable tool for quality control.

The professional team at Wenzel supported Barth with the integration of the LH 2015, resulting in a smooth commissioning process. The machine enables the company to optimise its production processes and deliver first-class products to its customers.

The three generations of the Barth family currently actively involved in the business are unanimous: “Manufactured by a German family business for use at a German family business that handles high-precision measuring tasks, this measuring machine is not only sustainable for our company today, but also represents pioneering technology for future generations.”

More information www.wenzel-group.com

IDS: Trained quickly, inspected swiftly

Careful quality control is essential to ensure that only flawless indexable inserts leave production and meet high durability and reliability requirements. A flagship project by automation and measurement technology specialists Xactools and IDS Imaging Development Systems demonstrates how AI can help visual inspection make quantum leaps. The companies developed a fully automated handling and inspection system for a global manufacturer of indexable inserts based in Scandinavia.

A total of eight high-resolution industrial cameras and two spider robots handle and inspect the indexable inserts for defects, which monitor and load three rotary table nests and one pin pallet each. DENKnet’s AI forms the heart of the complex image processing system between cameras, robots and a multi-GPU computing rack to help drive zero-defect production.

The indexable insert manufacturer has around 2800 products in its portfolio, divided into almost 100 geometry families. The aim was to automate handling and defect inspection for them all.

The first challenge resulted from the numerous colours, whereby the AI required extreme training to variations and lighting conditions. But in addition to visual appearance, it is also about insert geometry. Categories such as triangle, rectangle, rhombus and square can be found in countless variations. Around 20 to 30 images were needed to teach each geometry family.

The team integrated AI into the production line in just a few months, achieving almost perfectly reliable AI results for checking right from the start.

“Indexable inserts identified as defective are sorted and grouped according to the size and position of the defect,” says Daniel Routschka, sales manager – AI at IDS Imaging Development Systems. “The AI image analysis detects more than 99% of production errors.”

More information https://en.ids-imaging.com