Who We Are
KIMI is an independent engineering workshop headquartered in Perama, Greece, operating at the heart of the Piraeus ship repair zone, one of the world’s most important hubs for marine engine repair and ship repair services.
With more than 40 years of experience in marine engineering and ship repair, KIMI combines deep mechanical expertise with advanced manufacturing technologies to deliver reliable solutions for complex challenges across the Μarine, Εnergy, and Power Generation industries.
Through continuous investment in precision machining, laser cladding, AI-driven robotic welding, and reverse engineering, KIMI restores and manufactures critical mechanical components, extending equipment life and providing high-precision, cost-effective alternatives to OEM replacement.
Trusted by industry leaders
History
KIMI’s roots date back to the early 1960s, when Kyriakos Pitsirikos founded a mechanical workshop specializing in ship repairs and railway operations.
In 1984, the company was formally established in Piraeus and gradually developed into a specialized engineering workshop, building on decades of technical expertise and hands-on industrial experience.
Foundation
Marine engine overhaul and ship repair services established in Piraeus.
Leadership
Ioannis Pitsirikos assumes CEO leadership, expanding the company into a modern marine engineering and ship repair workshop.
Strategic Relocation
Relocation to privately owned facilities in the Schisto Industrial Park, near the Piraeus ship repair zone.
Quality Control Laboratory
Establishment of an ISO 17025 accredited laboratory, strengthening inspection capabilities for marine repair and precision engineering.
Laser Cladding Innovation
Development of an approved laser cladding process for crankshaft journal restoration, in collaboration with Bureau Veritas.
AI Robotic Welding
Integration of AI-driven robotic welding systems for advanced two-stroke engine component reconditioning.
Industrial Expansion
€15 million investment in a new high-technology facility dedicated to marine shaft and propulsion component repair, strengthening KIMI’s capabilities in the Mediterranean ship repair industry
Our People
75+ Engineers &
Technicians
- Mechanical
- Naval
- Metallurgical Engineers
Engineering Design &
Manufacturing Specialists
- CAD/CAM engineers
- Mechanical designers
- CNC machinists
Hands-On Ship Repair
Experience
- Skilled service technicians
- Fitters
- On site machinists
Value Proposition
KIMI delivers advanced engineering repair and manufacturing solutions for critical mechanical components, combining decades of ship repair expertise with cutting-edge repair technologies for the marine, energy and power industries.
Advanced Repair Technologies
Laser cladding | Robotic welding |
CNC machining | Reverse engineering
Extended Component Life
Restoring critical mechanical components and extending their operational life.
Cost-Effective OEM Alternatives
Reducing downtime, cost and supply chain dependency through high-precision repair solutions.
Mission & Vision
OUR VISION
To become a global reference in sustainable repair and reconditioning solutions for the marine and energy industries, using advanced engineering technologies to extend equipment life and improve operational efficiency.
OUR MISSION
To deliver reliable and flexible engineering repair solutions that minimize downtime and extend the service life of critical components.
Values
Innovation
We continuously develop advanced engineering solutions aligned with evolving shipping industry needs and technological progress.
Excellence
We apply the highest standards of precision engineering and quality assurance, supported by rigorous in-house and field testing.
Sustainability
We extend component service life through repair and reconditioning while operating in an environmentally responsible way.
Sustainability
Sustainability is at the core of KIMI’s engineering and repair philosophy.
By restoring and reconditioning high-value mechanical components instead of replacing them, we extend equipment life while reducing raw material consumption, energy use, and CO₂ emissions.
Through advanced technologies such as laser cladding, robotic welding, and precision machining, we support a circular engineering model that helps customers operate more efficiently with a lower environmental footprint.
FAQs
KIMI specializes in ship repairs, overhaul of 2-stroke and 4-stroke engines, advanced repair, reconditioning, and manufacturing of high-value mechanical components for the Marine, Energy, and Power Generation industries. KIMI stands out in designing and providing engineering solutions for challenging repair cases. Through advanced technologies such as laser cladding, AI-driven robotic welding, reverse engineering, precision machining, and metallurgical inspection, KIMI restores critical marine and industrial equipment while extending operational service life.
KIMI operates from two dedicated facilities within the Schisto Industrial Park in Perama, Greece, strategically positioned near the ship repair zone of Piraeus and major Mediterranean shipping routes.
- KIMI Workshop – A fully equipped engineering and repair facility supporting marine and industrial equipment restoration, machining, welding, and component reconditioning.
- KIMI Marine Shaft Center – A specialized facility dedicated to propulsion shaft inspection, straightening, machining, and repair solutions, with the capability to process shafts up to 25 meters in length.
KIMI supports customers across several sectors, including:
- Marine shipping
- Energy
- Oil and Gas
KIMI integrates advanced technologies, including:
- Fixed and Portable Laser Cladding
- AI-driven robotic welding
- Reverse engineering(3d Scanning)
- Precision CNC machining and grinding
- Advanced chrome plating infrastructure
- Advanced metallurgical inspection through Quality Control accredited by E.SY.D. (Hellenic Accreditation System)
The KIMI Marine Shaft Center specializes in comprehensive shaft repair and propulsion system solutions, including:
- Tail shaft repairs
- Intermediate shaft restoration
- Straightening and alignment
- Shaft journal restoration through portable laser cladding
- Precision machining and grinding
- Complete CPP overhaul and reconditioning services
The facility is capable of handling shafts up to 25 meters long, 60 tns, supporting the majority of commercial and marine propulsion systems.