Has-El Teknik was founded in 1998 as a domestic initiative brought to life through the hands-on efforts of its founding partners in the field. Since its establishment, the company has been engaged in component manufacturing and value-added production solutions for a wide range of industrial applications.
To keep pace with emerging technologies and to meet customer expectations, Has-El Teknik continuously enhances its manufacturing capabilities through ongoing investments.
With a strong focus on quality, operational discipline, and a sustainable supply chain approach, the company operates with a culture of continuous improvement and positions itself as a reliable long-term solution partner that prioritizes enduring business relationships.
Machining
Mass production and various lot sizes with multi-axis CNC machining centers and lathes. Steel, stainless steel, aluminum, titanium, copper-based alloys; graphite and engineering plastics.
Forging
Forging with hydraulic presses; pre/intermediate operations and pre-forming for die preparation.
Bending and Press Forming
Cold/hot forming with CNC press brakes and hydraulic presses; die applications and process control.
Tube Bending
CNC tube bending; precision forming, minimum radius, and high repeatability.
Precision bending for capillary tubes.
Painting
Surface preparation and industrial painting applications; standards compliant with special industry requirements.
Assembly & Integration
Mechanical/electromechanical sub-system and system assembly, functional testing, packaging, and shipment preparation.
Welding / Brazing
Welding of carbon steel, stainless steel, and aluminum; brazing of copper and other suitable materials.
TIG/MIG/MAG processes with repeatable quality supported by WPS/PQR and control plans in line with project requirements.
Deep Drawing
Deep drawing of thin sheet materials, including copper cones, with high dimensional repeatability.
Tooling & Fixture Design
Design and manufacturing of molds, fixtures, and tooling for forming and production; with a focus on DFM/DFA principles.
CMM Measurement
3D dimensional inspection; reporting and traceability based on ballooned technical drawings.
Dynamic Balancing Test
Balance measurement for rotating parts and systems; verified with documented reporting.
NDT (Magnetic Particle Testing)
Detection of surface and near-surface discontinuities; inspection performed in accordance with project and standard requirements.