OUR MANUFACTURING TECHNOLOGIES
Grey Cast Iron Parts
Ductile Iron Parts
Cast Carbon Steel Parts
Casting Aluminum Parts
CNC Machining
CNC Milling & Turning
Finishing & Deburring
Custom Parts Manufacturing
Tight Tolerance Machining
3D printing of plastic and metal parts for prototyping and functional testing
Fast and cost-effective for complex geometries and short runs
Supports iterative product development
Compatible with a wide range of materials (ABS, PLA, Nylon, etc.)
Laser Cutting, CNC Punching, and Bending for high-precision metal parts
In-house surface treatment including grinding and coating
Custom enclosures, brackets, and structural components
Suitable for low to high volume production with quick turnaround
Mass production of high-quality plastic components
Mold design, prototyping, and final production under one roof
Consistent dimensional accuracy and material strength
Wide material selection including engineering-grade polymers
Welding
MIG, TIG, spot, and laser welding services
For steel, stainless steel, aluminum, and other alloys
Certified welders ensuring strength and visual quality
Suitable for frame structures, cabinets, and assemblies
Rapid prototyping with CNC machining, 3D printing, and casting
Allows for design validation before mass production
Support for mechanical, electrical, and structural prototypes
Fast iterations and design refinement
Custom electrical panels and PLC cabinets built to spec
Wiring, labeling, and final testing included
Suitable for industrial automation, energy, and infrastructure projects
Designed for performance, durability, and safety compliance
We provide end-to-end sheet metal fabrication services including laser cutting, CNC punching, bending, and surface finishing. Our advanced equipment and experienced technicians ensure accuracy, repeatability, and high-quality results for components of all sizes and complexities.
Following detailed consultations with manufacturers or end-users, project development services are offered for the design of new machinery or the creation of a system's electrical infrastructure. In line with European standards, panels meeting highquality and safety standards are manufactured based on these projects. Additionally, our company also provides the design and production of panels for any system with aprepared electrical project.
These are panels designed to enable the control of motors and pumps either automatically or manually, from a remote or local location. Within the system, the feeding and control of motors are carried out through MCC panels. MCC panels contain the main power supply units and the equipment required for control. Additionally, they include the necessary communication infrastructure for PLCs, centralized automation, and SCADA systems. The system automatically protects field motors and all electrical equipment against voltage drops and surges.
PLC automation systems have become the preferred choice in many modern applications due to their ability to eliminate human errors and allow control with minimal personnel. These systems are widely used in various machines and products designed for different purposes, such as gypsum, cement, mining, crushing-screening plants, and hydroelectric and thermal power generation facilities.
A compensation panel is an enclosure that contains devices, capacitors, and measuring instruments required to correct the power factor of a facility. Inductive loads (such as motors, transformers, ballasts, etc.) also draw reactive power. Generating reactive power as close as possible to the point of demand has significant benefits in terms of ensuring the optimal operation of the electrical system.