Equipment
Oerlikon’s equipment is basically built according to European standards and regulations and thus meets one of the highest safety standards in the world and, at the same time, fully adheres to the regulations of local countries in which the products are sold, delivered and used.
Risk Assessment and Precautionary Principle
All equipment undergoes a risk analysis during development as well as during modification over the lifetime of the equipment. The risk assessment is comprehensive, covering technical, operational, health and environmental risks, and addresses all risks and mitigation actions needed. The effectiveness of these actions is then tracked during the project. A final check of the complete risk mitigation is a prerequisite for the final sign-off of the equipment before the product is placed on the market.
Directives on Machine Safety (MS) are in place for both Polymer Processing Solutions and Surface Solutions, following the ISO 12100 Safety of Machinery – General principles for design as the authoritative specification, without being limited to them. The directives are guided by a close-loop concept (see chart below) that considers legal requirements as well as branch-internal and brand-independent external audits.
This internal directive clearly defines the concept, structure and roles of responsibility for ensuring product safety. Safety is one of our essential principles, and the directive informs and enforces our commitment to protecting the safety of persons handling our products at Oerlikon or customer sites worldwide.
At the division and branch levels in the Processing Solutions Division, there are also Safety Committees being set up with clearly defined processes and actions to monitor machinery safety issues and determine appropriate escalation steps when required.
In addition, risks originating from the design or production process are assessed and taken as the basis for the equipment risk assessment. For equipment from acquired companies, the risk assessment is performed during the due diligence process or after the acquisition.
Ensuring Safety from Innovation to Delivery
Safety concepts are created for each system and are applied at each phase of the innovation process from feasibility and verification through equipment and process safety. For the European Economic Area (EEA), CE certification is the final step. Checklists for starting up safety-relevant components are maintained for each system, as are manuals that include SDS. Available in all European languages and more than 10 non-European languages, the sheets highlight residual risks and aspects on which the operator needs training. These checklists, manuals and SDS are delivered with the equipment to customers.
If incidents are reported, we take the following actions, if required:
- Perform accident analysis with customer
- Adapt safety concept
- Send out technical information/safety information to all customers worldwide for prevention
The incident will become a product sustainment project, which will send the technical and safety information to all customers worldwide to prevent and track safety or other issues if they occur.
Moreover, equipment maturity program projects are executed for older versions of machines and for machines from acquired companies if our required levels of safety standards are not implemented.
After delivery of the equipment, we continue to monitor the products for systematic recording and processing of potential risks and detected accidents. Reports on near-miss incidents and customer product observations provide us with feedback that results in mitigation actions or flows back into product development for design improvements.
Customers from both Surface Solutions and Polymer Processing Solutions receive training via extensive documentation, including on residual risk (using an operational manual). We organize regular internal safety events and training on machinery safety. All employees in engineering are trained by the safety department during onboarding and complete regular refresher courses.
Safety Concept on Machine Safety