Aerospace industry
The aerospace sector is undergoing a period of transformation. The growing need for more sustainable and environmentally friendly transportation is driving investments in advanced technologies, while digitalization is revolutionizing the way we design and manufacture aircraft.
At Sariki, we are committed to facilitating this transition towards a more efficient and safer future.
- Sustainable Propulsion: The aerospace industry is seeking to reduce its environmental footprint. Electrification and the use of green hydrogen are key areas. Accurate measurement of propulsion system components is essential to ensure their efficiency and safety. From turbines to exhaust systems, every part must meet strict tolerances.
- Advanced Lightweight Materials: Modern aircraft aim to reduce weight without compromising strength. Composite materials and advanced alloys are essential. Measurement of composite materials, joint inspection, and geometry verification are crucial to maintain structural integrity without adding unnecessary weight.
- Efficient and Safe Maintenance: Aircraft maintenance and repair must be performed with precision to ensure safety and minimize downtime. Metrology is applied in the inspection of worn components, part alignment, and tolerance verification. This helps keep aircraft in optimal condition.
- Certification and Regulatory Compliance: Aviation regulations are stringent. Aircraft must meet strict standards to obtain certification. Metrology provides objective evidence that aircraft meet regulatory requirements. Precise measurements support the documentation necessary for certification.
In this section, we present how Sariki addresses these challenges through innovative solutions and customized services. From coordinate measuring systems (CMM) to 3D laser scanners and optical measurement systems, we offer a complete range of solutions to meet the demands of the sector.
Featured products
Compact measurement solution for production environments
Ultra-precision CNC measurement machine
Highly flexible X-ray and tomography system
Portable measurement arm with 3D laser scanner
Automated measurement station using 3D laser scanner
Flexible, high-speed, in process measurement
Our customers
Case studies
![](https://www.sariki.es/wp-content/uploads/2021/04/heroux-devtek-quick-scope-mitutoyo-1-160x168.jpg)
Héroux-Devtek Spain
Mitutoyo's QS-L technology takes high fly thanks to HÉROUX-DEVTEK SPAIN.
more information![](https://www.sariki.es/wp-content/uploads/2021/01/quick-vision-apex-404-pro-mitutoyo-en-laboratorio-INTA-160x168.jpg)
INTA
INTA trusts Sariki to face its space missions.
more information![](https://www.sariki.es/wp-content/uploads/2019/10/casos-exito-trust-precision-engineering-160x168.jpg)
Trust Precision Engineering
TRUST PRECISION ENGINEERING bets on the optical inspection of aerospace precision components.
more information![](https://www.sariki.es/wp-content/uploads/2019/10/caso-exito-mecanizados-iniguez-intro-160x168.jpg)
Mecanizados Iñiguez
MECANIZADOS IÑIGUEZ uses a Mitutoyo Crysta Apex S7106 machine to verify aeronautical components.
more information![](https://www.sariki.es/wp-content/uploads/2019/10/caso-exito-dp-engineering-intro-160x168.jpg)
DP Engineering
Optical measurement slashes machining down time.
more information![](https://www.sariki.es/wp-content/uploads/2019/10/caso-exito-compositech-intro-160x168.jpg)
Compositech
Compositech produces large carbon fiber parts, which can now be inspected faster thanks to the Skyline Wide scanner and its wide laser line.
more information![](https://www.sariki.es/wp-content/uploads/2019/10/caso-exito-cffa-intro-160x168.jpg)
CFAA
Sariki is currently participating in 5 projects and is part of the ITP working group within the CFAA.
more information![](https://www.sariki.es/wp-content/uploads/2019/10/caso-exito-itp-intro-160x168.jpg)
ITP Engines
A CMM is helping a jet engine manufacturer keep pace with the demands of the production line.
more information![](https://www.sariki.es/wp-content/uploads/2019/10/caso-exito-sener-intro-160x168.jpg)
SENER
Maximum precision in automatic verification and position adjustment of electronic elements by image processing.
more information