ISO 14001:2015 highlights Marlor’s responsibility to reduce environmental impact. Through ongoing initiatives, the company integrates sustainable materials, optimise energy efficiency, and refine waste reduction strategies.
Achieving and maintaining these certifications strengthens our ability to deliver precision-engineered, environmentally responsible products. Marlor’s customers benefit from tools that uphold the highest standards while supporting a sustainable future.
Marlor’s efforts in sustainability extend beyond achieving these certifications, as one of the company’s key initiatives for 2025 is the introduction of its first fully electric vehicle (EV).
For several years, Marlor has been incorporating hybrid vehicles into its operations. Hybrid technology has allowed the company to cut emissions without compromising on reliability. The integration of the first fully EV aligns with an ongoing commitment to adopting greener alternatives and setting a standard for sustainability in the manufacturing sector.
Sustainable Customer Visits and DeliveriesLine
A part of Marlor’s operations involves traveling to visit customers and delivering precision-engineered tooling solutions. By transitioning to hybrid and electric vehicles, the company is not only reducing its emissions within its own facilities but also making our customer interactions and logistics more sustainable. This shift guarantees every visit and delivery contributes to a broader goal of environmental responsibility.
A Step Towards a Greener Industry Line
The move towards electric and hybrid vehicles reflects Marlor’s broader commitment to energy-efficient manufacturing, responsible sourcing, and waste reduction. By leading with action, the company hopes to inspire others in the precision engineering sector to consider sustainable alternatives and contribute to a cleaner, greener future.
The first fully EV is just the beginning. Marlor will continue to explore new ways to make its operations more sustainable, from reducing energy consumption in our facilities to optimising production processes for minimal waste.
