Our Battery Component Dies
Precision manufacturing for the EV industry
Anode Die
High-precision cutting for graphite-based negative electrodes
Cathode Die
NMC and LFP positive electrode cutting dies
Precision steel rule dies for anode, cathode, and separator manufacturing. Powering the electric vehicle revolution with high-tolerance cutting dies since 1960.
Precision cutting for every component in lithium-ion batteries
Negative Electrode Cutting
The anode is the terminal where current flows in from outside. Precision cutting of graphite-based anode materials requires extremely tight tolerances for optimal battery performance.
Positive Electrode Cutting
The cathode is the terminal where current flows out. Cathode materials like NMC, NCA, and LFP require precision cutting for consistent battery chemistry and performance.
Membrane Cutting
A separator is a membrane placed between the anode and cathode. Prevents short circuits while allowing ion transfer. Critical component requiring ultra-precise cutting.
Precision manufacturing for the EV industry
High-precision cutting for graphite-based negative electrodes
NMC and LFP positive electrode cutting dies
Supporting the global electric vehicle revolution
Tesla, GM, Ford, Rivian supply chain partners
Panasonic, LG Chem, CATL, Samsung SDI suppliers
Grid-scale battery systems and home storage
Battery research labs and prototype development
Phone, laptop, and portable device batteries
Electric aircraft and drone battery systems
Complex battery component geometries, ultra-tight tolerances, high-volume production capability — what others call impossible is standard at ACE.
Upload your battery component specifications and get a quote from our expert die makers. Serving the lithium battery industry since 1960.
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