Appropriate Material Selection
We consider function, service conditions, durability, process compatibility, and applicable customer requirements when selecting materials.
Responsibility
Responsible Engineering
Our approach to sustainable development, responsible material selection, and compliance-conscious manufacturing begins with practical engineering decisions.
Our Approach
Responsibility starts during design.
Efficient Part Design
Where appropriate, geometry, wall thickness, supports, stock size, and assembly features are reviewed to avoid unnecessary material use.
Process Selection
Additive, subtractive, laser, fabrication, or combined methods are considered based on the job rather than forcing every project into one process.
Design for Manufacturability
Design and production decisions consider manufacturability, repeatability, inspection, assembly, and the risk of avoidable rework.
Durability and Service Life
When relevant to the application, we consider load, environment, handling, maintenance, and expected service life before recommending a solution.
Repair and Replacement
Individual component repair or replacement is considered where practical instead of treating an entire assembly as disposable.
Efficient Iteration
Prototypes are used to identify fit, function, and manufacturing issues before committing to larger or more expensive production runs.
Right-Sized Production
Small-batch and local production can be considered where it suits the quantity, lead time, risk, and economics of the project.
Material Compliance
Requirements are evaluated at material and project level.
RoHS
Restriction of Hazardous Substances
Where required, KoeMah sources materials or components supported by supplier-declared RoHS compliance information and considers the applicable customer and project requirements during selection.
REACH
Chemical Substance Requirements
Where required, KoeMah reviews supplier-declared REACH information for the specified material or component and uses it as part of the project's material-selection process.
Engineering clarification: RoHS and REACH are regulatory and material-compliance considerations, not company sustainability certifications. Applicability depends on the specific material, component, manufacturing process, supplier documentation, destination market, and customer requirements. Confirmation is therefore made for the individual job rather than assumed for every part KoeMah produces.
Sustainable Development Goals
Areas where our work can contribute.
Alignment, not certification or endorsement.
09
Industry, Innovation and Infrastructure
Engineering design, prototyping, tooling, manufacturing support, and practical automation can contribute to more capable and resilient industrial processes.
12
Responsible Consumption and Production
Material-conscious design, appropriate process selection, efficient iteration, reduced avoidable rework, and right-sized production can support aspects of responsible production.
These references describe areas where aspects of KoeMah's work may support or align with selected United Nations Sustainable Development Goals. They do not imply United Nations approval, certification, partnership, or endorsement.
Responsible Manufacturing
Practical considerations, applied where relevant.
- 01
Design for Manufacturability
Resolve avoidable production difficulty before manufacturing begins.
- 02
Material-Conscious Design
Use suitable materials and avoid unnecessary volume where function allows.
- 03
Waste and Rework Reduction
Use reviews, prototypes, and process planning to reduce preventable scrap.
- 04
Durability
Consider actual service conditions instead of designing only for initial appearance.
- 05
Repair Where Practical
Support replaceable components and targeted remanufacture where the design permits.
- 06
Efficient Prototyping
Use iteration to learn and validate before scaling production.
- 07
Appropriate Process Selection
Select the manufacturing route around the requirement, quantity, and risk.
- 08
Right-Sized Manufacturing
Consider local and small-batch production where it is technically and commercially appropriate.