We design to make it possible
We develop comprehensive engineering projects optimized for execution, ensuring their technical and economic viability.
Client | Acindar
Comprehensive engineering solutions
+0 years of experience
+0 projects
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Engineering services from concept to completion
BASIC AND DETAIL ENGINEERING.
- Comprehensive development for industries.
- Specialized sanitary design.
REVERSE ENGINEERING.
- High-precision 3D scanning.
- Equipment survey and redesign.
PIPING AND INSTRUMENTATION.
- Piping design and calculation.
- Fluid control and measurement.
CALCULATIONS AND VERIFICATIONS.
- Advanced structural verification.
- Calculation report generation.
SPECIAL MACHINE DESIGN.
- Custom prototype development.
- Solutions for specific processes.
LIFTING AND TRANSPORT EQUIPMENT.
- Overhead crane and jib design.
- Lifting equipment calculation.
STRUCTURES AND INDUSTRIAL BUILDINGS.
- Large-scale industrial building development.
- Integral verification and construction.
INDUSTRIAL ENGINEERING.
- Process optimization.
- Pre-feasibility analysis and procurement.
PROJECT TRACKING.
- Project management and resource administration.
- Assembly and site inspection.
Solutions for all industrial sectors
Let's work together
on your next project.
Let's talk Why partner with DIMEC
End-to-end management: Technical responsibility from design to execution.
Constructability criteria: Design that reduces risks and ensures constructible solutions.
Resource optimization: Solutions designed to improve operational efficiency and economic viability.
Ongoing support: Continuous support throughout the project lifecycle.
+40 years designing for industry.
We build long-term partnerships with leading companies, integrating into their processes to solve complex challenges. Our track record reflects a commitment to precision, safety, and operational excellence.
Safe and sustainable engineering solutions
Technical Safety
- Design and verification under engineering norms and standards.
- Analysis and mitigation of risks from the early stages of the project.
- Structural and process calculations with verifiable criteria.
- Precise technical documentation to ensure safe on-site execution.
Sustainability
- Resource optimization and efficient use of materials and energy.
- Design that reduces consumption, losses and rework.
- Integration of low-impact operational and environmental solutions.
- Evaluation of long-term technical and economic viability.
