Manufacturing Excellence for Custom Hydraulic Cylinders

From engineering and precision machining to welding, assembly, testing, and quality control, every stage of our manufacturing process is designed to deliver reliable, high-performance hydraulic cylinders tailored to OEM requirements.

A Fully Integrated, Process-Driven Manufacturing System

Our capabilities combine engineering, precision manufacturing, process control, and quality assurance into one seamless workflow, ensuring consistency, reliability, and excellence at every stage.

CNC turning of a cylinder component
01 / 05

Design & Reverse Engineering

Engineering services for precision-machined parts, custom hydraulic cylinders, and vehicle gearbox components, delivered by experienced mechanical engineers.

Design & Reverse Engineering

Our engineers help clients refine existing designs through value engineering shaped around each application, with proficiency in Geometric Dimensioning & Tolerancing (GD&T) and stress analysis. Our reverse engineering service replicates component parts quickly and cost-effectively from nothing more than a sample.

  • Value engineering for existing designs
  • Geometric Dimensioning & Tolerancing (GD&T)
  • Stress analysis
  • Reverse engineering from a sample
02 / 05

Manufacturing

Precision CNC turning and milling from our machine shop in the Hadımköy / Arnavutköy industrial area of Istanbul, backed by over a decade of experience.

Manufacturing

CNC turning produces high-precision parts from high-tensile steel, hard chrome bar, carbon steel, brass, and aluminium, with specialty materials available on request. Our CNC mills turn any customer design into a finished part, whether you bring a detailed CAD drawing, a rough sketch, or only a sample with no DWG file.

  • CNC turning of high-precision parts
  • CNC milling from CAD, sketch, or sample
  • High-tensile steel, hard chrome bar, carbon steel, brass, aluminium
  • Specialty materials on request
03 / 05

Welding

Robotic MIG/MAG welding under Welding Procedure Specifications, verified by dye penetrant inspection.

Welding

Welding Procedure Specifications (WPS) are developed for every welding process, and dye penetrant inspection follows each weld. Robotic MIG/MAG welding runs continuously across tube and chrome bar sizes at consistent quality.

  • Welding Procedure Specifications (WPS) for every process
  • Dye penetrant inspection after welding
  • Robotic MIG/MAG welding for consistent, repeatable output
04 / 05

Assembly & Test

Contamination-free assembly followed by leak-tightness testing of every cylinder on our five hydraulic test benches.

Assembly & Test

Once components are manufactured to drawing, specification, surface finish, and tolerance, they are cleaned with the proper methods and solvents and assembled in a clean, contamination-free environment by experienced personnel. Careful seal selection is what makes a cylinder durable under the pressures of its application. Every cylinder then undergoes internal and external leak-tightness testing over a minimum of 15 cycles.

  • Clean, contamination-free assembly environment
  • Careful seal selection for the application
  • Minimum 15-cycle internal and external leak testing
  • Testing up to 500 bar
05 / 05

Painting & Packaging

An automatic conveyor paint line with 200 hooks and a 110 °C furnace, coating up to 400 cylinders a day.

Painting & Packaging

Our paint shop runs an automatic conveyor system with 200 hooks and a furnace operating up to 110 °C, coating as many as 400 hydraulic cylinders a day with primer and finish top coat. Written instructions define the coating materials, equipment, surface preparation, application procedure, and inspection protocol for every protective coating we apply.

  • Automatic conveyor line with 200 hooks
  • Furnace operating up to 110 °C
  • C3 / C4 / C5 painting capability
  • Up to 400 cylinders coated per day
  • Primer and finish top coat to written procedure

A disciplined process behind every cylinder.

From requirement to delivery, every cylinder follows a structured, traceable engineering workflow.

01 / 06

Requirement Review

Technical requirements and application context are analyzed in detail.

02 / 06

Engineering & Planning

Drawings are reviewed and production is planned with feasibility in mind.

03 / 06

CAD/CAM Preparation

CAD/CAM-supported preparation improves precision and repeatability.

04 / 06

Manufacturing

Disciplined production designed for industrial reliability.

05 / 06

Inspection & Quality Control

Inspection discipline and risk assessment at every stage.

06 / 06

Delivery Coordination

On-time delivery coordinated through ERP-based planning.

Looking for a reliable hydraulic cylinder manufacturing partner?

Let's discuss your technical requirements, production expectations, and long-term supply needs.