Medical Device
Facility Setup

Medical Device Solutions

We provide solutions such as facility setup, filling lines, and hygienic areas for medical device manufacturers. Optimize your production processes.

Companies operating in the medical device sector must carry out their production processes with the highest level of efficiency and hygiene. Every stage of facility setup is of great importance for both Class II and Class I medical device manufacturers. Manufacturers in this sector need reliable and effective production infrastructures.

The main types of companies entering the medical device sector include medical device manufacturers, laboratory equipment manufacturers, surgical instrument manufacturers, dental device manufacturers, optical device manufacturers, orthopedic device manufacturers, electromedical device companies, medical imaging device manufacturers, rehabilitation device manufacturers, sterilization equipment manufacturers, diagnostic device companies, and biomedical device manufacturers.

Medical device manufacturing is a process that requires high precision and meticulousness. The design and setup of production facilities must comply with industry-specific standards and regulations. In this process, the integration of hygienic areas, filling lines, MEP (Mechanical, Electrical, and Plumbing) systems, and HVAC (Heating, Ventilation, and Air Conditioning) systems is critically important.

Hygienic areas are designed to minimize contamination risks in medical device manufacturing. These areas ensure product quality by increasing the effectiveness of sterilization processes. Filling lines enhance operational efficiency by increasing production speed and accuracy. MEP and HVAC systems play a significant role in climate control and energy efficiency of the production environment.

We are with you at every stage of your production processes with the right solutions. We offer the most suitable solutions to meet your industry-specific needs in facility setup. Our experienced team guides you through every step of this process.

  • Medical device production facility setup projects
  • Design and construction projects of hygienic areas
  • Filling line integration projects
  • MEP system design and installation projects
  • HVAC system integration projects
  • Laboratory space setup projects
  • Sterilization equipment installation projects
  • Storage and logistics area design projects
  • Production automation projects
  • Quality control area design projects
  • Energy efficiency optimization projects
  • Waste management system installation projects

Scope in Regulated Sectors

Compliance with regulations is essential in the medical device sector. We make every stage of your production processes compliant with these standards.

  • ISO 13485 compliant production processes
  • Compliance with GMP (Good Manufacturing Practices) standards
  • Product certification processes
  • Risk management and analysis services
  • Documentation and traceability solutions
  • Calibration and validation services
  • Continuous compliance audits with regulations

Sample Project Scenario

In setting up a medical device manufacturing facility, we increase efficiency by optimizing your processes. Here is a sample project scenario:

A → Needs analysis and project design → Design and setup of hygienic areas → Integration of MEP and HVAC systems → Setup and testing of the filling line → Design of quality control areas → Validation and commissioning of production processes → Continuous monitoring and optimization services

We are here to optimize your medical device production processes and provide the highest level of efficiency. We guide you at every stage of facility setup and offer industry-specific solutions.

We facilitate your processes by providing all the resources you need from a single point to achieve your goals. Contact us for more information and consultancy.

Medical Device Manufacturing Site Selection

Choosing the right site affects regulatory approval, logistics and operating cost. We assess utilities, cleanroom feasibility, zoning, access to sterilization services and expansion potential before design.

Facility Requirements for Class I and II Devices

ISO 13485 quality system, EU MDR technical documentation, ISO 14644 cleanroom classes, controlled HVAC and validated processes form the core requirements. Request a feasibility study.

How We Can Help

Facility Installation
1

Medical Device Manufacturing Facility Installation Project

This project covers all stages of the medical device manufacturing facility installation. Hygienic areas, filling lines, and MEP systems are integrated.

Hygienic Area
2

Hygienic Area Design and Construction Project

Hygienic areas are designed and constructed to prevent contamination in medical device production. Sterilization processes are optimized.

Filling Line
3

Filling Line Integration Project

Filling lines are designed and integrated to increase production speed. Efficiency is achieved with automation systems.

MEP Systems
4

MEP System Design and Installation Project

Mechanical, Electrical, and Plumbing systems are integrated to meet the needs of the production environment.

HVAC Systems
5

HVAC System Integration Project

Heating, Ventilation, and Air Conditioning systems are designed and integrated. The climate of the production environment is conditioned.

Laboratory Area
6

Laboratory Area Installation Project

Laboratory areas are designed and set up. The necessary infrastructure for testing and analysis processes is provided.

Sterilization Equipment
7

Sterilization Equipment Installation Project

The necessary equipment is set up and tested to ensure sterilization of the production processes.

Storage Area
8

Storage and Logistics Area Design Project

Logistics areas are designed for the safe and organized storage of products.

Production Automation
9

Production Automation Project

Automation of production processes is ensured to increase efficiency. Technological systems are integrated.

Quality Control
10

Quality Control Area Design Project

Quality control areas are designed to ensure product quality. Testing and monitoring processes are optimized.

Energy Efficiency
11

Energy Efficiency Optimization Project

Energy efficiency solutions are integrated to reduce energy consumption and lower costs.

Waste Management
12

Waste Management System Installation Project

Systems are established for the management of waste generated from production processes, providing sustainable solutions.

Which of these solutions fits your Medical Device project?

Get a free initial assessment and we'll identify the right solution for your project. We reply within 24 hours.

Frequently Asked Questions

How long does the installation process take?

The installation duration depends on the scope and requirements of the project. It can typically take from a few months to a year.

What are the installation costs?

Installation costs vary depending on the size of the facility and the systems required. A detailed cost analysis should be performed.

What regulations need to be complied with?

International standards such as ISO 13485 and GMP must be adhered to in medical device manufacturing. Product certification processes are also important.

How does the project begin?

The project begins with a needs analysis and design phase. In this process, goals and requirements are defined.

What equipment is necessary?

The necessary equipment depends on the characteristics of the production process. Sterilization equipment, filling lines, and laboratory equipment are commonly used.

How is energy efficiency achieved?

Energy efficiency can be achieved by optimizing HVAC systems and integrating technologies that provide energy savings.

How are hygienic areas designed?

Hygienic areas are designed to minimize the risk of contamination. Surface materials and air filtration systems are carefully selected.

How is production automation integrated?

Production automation is integrated with compatible technological solutions. This enhances efficiency and accuracy.

How are quality control processes managed?

Quality control processes are continuously monitored and optimized with testing and tracking systems. This ensures product quality.