Battery Technology
Proudly Made in Britain.
Our Shropshire-built lasers combine 60+ years of heritage with world-class British engineering, precision, and craftsmanship – a true mark of quality.
Battery Technology.
Precision and Quality you can trust.
Battery technology has advanced significantly in recent years, and laser engraving has played a critical role in this advancement. Laser engraving is used to mark batteries with essential information such as manufacturing date, serial number, and regulatory compliance marks. This information is important for quality control and traceability purposes.
Laser engraving is used to create unique identifiers on battery components, such as electrodes and connectors, which can improve manufacturing efficiency and product performance. Furthermore, laser engraving can create microstructures on battery surfaces that can improve the battery’s electrical and thermal properties, leading to better energy efficiency and a longer lifespan. Overall, laser engraving has become an essential tool in battery manufacturing, helping to enhance quality control, performance, and sustainability
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Contact us today or download our product brochure for more details on how our systems can help.
The demands of the Battery Technology Industry.
The automotive industry needs large-scale, reliable marking. A long-trusted solution is laser marking – a process that utilises light beams to create permanent marks and designs on surfaces ranging from metal to plastic. Laser engraving stainless steel is an almost 100% automated process, producing consistent, reliable results. This streamlines the manufacturing process, reducing potentially expensive scrap.
Integration of a laser solution into the existing manufacturing process is made particularly easy with out-of-the-box turnkey solutions. Modern laser etching equipment has been designed to be easy to learn and use.
Designs do not need to be made on any proprietary software, as most laser marking applications can import files created from the most common design software. Marking with dynamic data, such as data matrix codes, part numbers and batch numbers, is well within the standard capabilities of most laser applications.
Improving the Battery manufacturing process.
The battery technology industry has seen significant growth and advancement in recent years due to increased demand for energy storage solutions, particularly in the automotive and renewable energy sectors. Lithium-ion batteries have become the dominant technology, thanks to their high energy density and longer lifespan. The industry also faces challenges, such as improving battery performance, reducing costs, and addressing environmental concerns related to battery production and disposal.
To meet these challenges, research and development efforts are focused on improving battery chemistry, manufacturing processes, and recycling technologies. The industry is also exploring new battery technologies, such as solid-state and flow batteries, that offer advantages over traditional lithium-ion batteries. Overall, the battery technology industry is expected to continue to grow as energy storage demand increases, and new technologies and innovations are developed to address the industry’s challenges.
Laser Marking Benefits.
1
Precise & Accurate Identification – Ensures reliable tracking of battery components throughout the production process.
2
High-Speed Marking – Rapid marking on various materials, increasing efficiency.
3
Enhanced Traceability – Unique identifiers improve component tracking for better quality control.
4
Anti-Counterfeiting Measures – Laser marking helps prevent product tampering and counterfeit risks.
5
Improved Electrical & Thermal Properties – Microstructures on battery surfaces enhance performance, energy efficiency, and lifespan.
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Sustainability – Reduces waste and supports eco-friendly manufacturing practices.
The Laser Systems for you.
At Cyklop Needham, we understand that precision and reliability are essential for battery technology labeling. With a strong track record of delivering cutting-edge laser marking solutions, we help clients track and identify battery components throughout the supply chain, ensuring permanent traceability and compliance with industry regulations. Our advanced marking technology offers superior durability, even in extreme conditions, making it ideal for battery cells, modules, and critical power components.
With over 60 years of expertise, we provide some of the most advanced Automotive coding systems available – offering high-performance marking, durable designs, and seamless integration into your production line. Our solutions come with user-friendly software, making implementation effortless.
For automotive coding and marking applications, we recommend the following high-performance printer solutions:
Proto Lase.
The Proto Lase is our entry-level laser marking system for industrial identification applications, perfect for marking, etching, engraving and annealing all metals, coated metals, plastics and some organic materials.
This system is the ideal solution for low to mid-volume throughput and is an affordable alternative to more traditional methods of marking, such as dot peen, electrochemical etching or hand marking. Despite being entry-level and affordable we haven’t sacrificed on quality or efficiency; equipped with a 30 Watt or 60 Watt MOPA fiber laser with a MTBF of 100,000 marking hours and a 3-year comprehensive warranty, as standard.
Neutro Lase.
The Neutro Lase offers maximum versatility for industries wishing to mark, etch and engrave larger parts. Designed to sit on a worktop within existing manufacturing cells and processes.
Due to its larger footprint and modular design, the Neutro Lase can offer a broad range of optional extras such as XY marking tables for increased throughput, large marking area lenses, big rotary attachments for circumference marking on large diameter parts and power sources from 30 watt up to 100 watt for maximum speed and depth.
With our 3-year comprehensive warranty, the Neutro Lase is the ideal solution for the efficient and reliable etching of heavy-duty parts in industrial environments.
Atom Lase.
The Atom Lase offers our biggest enclosure mounted onto a portable base to offer maximum flexibility. It can be located within an existing manufacturing process or operate as a standalone marking and traceability station. With an auto door function, the Atom Lase is a turnkey solution; simply wheel into the desired location and start etching.
With such a large enclosure, the Atom Lase can be fitted with a wide range of options to further increase efficiencies and offer maximum throughput. Options include XY marking tables to facilitate the loading of multiple parts, large marking area lenses, big rotary attachments for circumference marking on large diameter parts and power sources from 30 Watt up to 100 Watt for maximum speed and depth.
As with all our range, maximum reliability and robustness is assured with our 3-year comprehensive warranty.
Get in touch .
Get in touch to discuss your automotive labeling needs!
Why Use Cyklop Needham for Your Battery Technology Needs?
The automotive industry is evolving rapidly, with laser marking now essential for precise, permanent, and high-speed identification of vehicle components. Recent advancements, pioneered by Cyklop Needham, have reduced costs, enhanced output quality, and streamlined production by eliminating unnecessary parts and consumables.
Laser marking is ideal for serial numbers, batch numbers, logos, QR codes, and graphics, ensuring traceability and compliance. Effectiveness depends on material type and surface finish, as different materials absorb laser energy differently.
Once parameters are set, automated software seamlessly applies markings, integrating with databases for real-time tracking and inventory management, optimising efficiency across the production line.