Plast
Life Science

Flex Precision Plastics Solutions AG – Cleanroom Planning for Energy‑Efficient Plastics Production

The Swiss company Flex Precision Plastics Solutions AG manufactures highly complex medical products with a high degree of automation in cleanrooms. IE Plast completed the conversion to an ISO 7 cleanroom in just 4 months.

Cleanroom Planning for Energy‑Efficient Plastics Production with Injection Molding Technology

Project

General planning, conversion of an existing injection-molded cleanroom in compliance with cleanroom class ISO 7

Client

Flex Precision Plastics Solutions AG

Key Data

Planning & Execution
IE Plast
Planning & Construction Period
10 months
Floor Area
1.850 m²
Cleanroom Areas
800 m²
Investment Volume
CHF 3 million

Working Together for Project Success

Services provided by IE Group

  • General Planning
  • 4 months from project start to completion of construction work
  • Compaction for optimal land use
  • Special solution due to insufficient room height for ceiling‑mounted installations and tool changes on the injection molding machine
  • Energy efficiency through an innovative free‑cooling system
  • Conversion to an ISO 7 cleanroom with highly automated injection‑molding production cells

Challenges & Solutions

Lack of Space

Compaction ensured optimal use of the available footprint by redesigning the plenum ceiling.

Energy Efficiency

Innovative free‑cooling system with scalable cooling and a recirculating air system.

ISO 7 Conversion

A ceiling‑integration concept with precise media management; auxiliary structures and free‑cooling air‑conditioning enabled ISO 7 within 4 months — without constructing a new building.

The Project in Detail

The Swiss company Flex Precision Plastics Solutions AG manufactures highly complex medical products with an above‑average degree of automation in cleanrooms. When the company required additional space to expand its plastics processing plant, IE Plast was brought in due to its long‑standing expertise in Cleanroom Planning. The goal was to dismantle an existing assembly room at the Hägglingen site, redesign it, and equip it with highly automated injection‑molding production cells — meeting both the strict ISO 7 requirements and the highest standards of energy efficiency.

The Challenge

A conventional layout for injection‑molding systems would have required significantly more space and greater room height. This would have necessitated new construction on the Hägglingen site. The chosen compaction approach required all media to be precisely routed to their required positions through the ceiling plenum. New, innovative tools also had to be developed for setting up the injection‑molding technology. Coordinating the ceiling plenum and installing the ceiling equipment presented major challenges for the IE Plast expert team.

Key Success Factors

IE Plast developed a holistic concept for redesigning the plenum ceiling in the production hall. This enabled the required building services to be installed successfully, ensuring that maintenance and inspections remain possible even in tight spaces. Energy and cooling demands were significantly reduced thanks to a scalable cooling and recirculating air system, resulting in substantial gains in energy efficiency. With the extensive experience of our experts and close collaboration with the client and authorities, the time‑critical project was successfully delivered. Quality assurance integrated into the construction planning also played a key role.

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