Source ultra-thin stainless steel, titanium, copper, nickel and specialty metal foil with custom dimensions, samples, material certificates and precision laser cutting support.
| Code | Material | Thickness | Reports | Processing | Action |
|---|---|---|---|---|---|
| FF-SS316L-0045 | 316L Stainless Steel FoilStainless Steel / 316L | from 4.5 um / 0.0045 mm | SDSTDSMTC |
Femtosecond cutting, micro holes, micro slots, contour cutting | Quote |
| FF-SS304-0045 | 304 Stainless Steel FoilStainless Steel / 304 | from 4.5 um / 0.0045 mm | SDSTDSMTC |
Femtosecond cutting, micro holes, slots and prototype parts | Quote |
| FF-SS301-010 | 301 Stainless Steel FoilStainless Steel / 301 | from 10 um / 0.010 mm | SDSTDSMTC |
Precision cutting, micro features and spring foil components | Quote |
| FF-SS430-010 | 430 Stainless Steel FoilStainless Steel / 430 | from 10 um / 0.010 mm | SDSTDSMTC |
Custom cutting, stencil features and aperture patterns | Quote |
| FF-NI-010 | Nickel FoilNickel / Ni 200 / Ni 201 | from 10 um / 0.010 mm | SDSTDSMTC |
Femtosecond cutting, micro holes and custom foil components | Quote |
| FF-IN625-020 | Inconel 625 FoilNickel Alloy / Inconel 625 | from 20 um / 0.020 mm | SDSTDSMTC |
Micro cutting, slots and prototype components | Quote |
| FF-TI-G2-010 | Titanium Grade 2 FoilTitanium / Grade 2 | from 10 um / 0.010 mm | SDSTDSMTC |
Femtosecond cutting, micro holes and fine contour cutting | Quote |
| FF-CU-006 | Copper FoilCopper / C110 / OFHC options | from 6 um / 0.006 mm | SDSTDSMTC |
Picosecond cutting, laser slots and custom foil shapes | Quote |
| FF-MO-010 | Molybdenum FoilMolybdenum / Mo | from 10 um / 0.010 mm | SDSTDSMTC |
Femtosecond cutting, apertures and prototype components | Quote |
| FF-W-010 | Tungsten FoilTungsten / W | from 10 um / 0.010 mm | SDSTDSMTC |
Femtosecond cutting and precision aperture components | Quote |
Compare materials before requesting a quote.
Review alloy, thickness, surface, temper, documents and processing options before sending the final RFQ package.
Choose chemistry first.
Stainless steel, nickel, titanium, copper and refractory materials have different stiffness, corrosion and laser behavior.
Match foil or thin sheet form.
Start from 4.5 um foil supply, then move toward sheet thickness, flatness and cutting geometry as the part becomes structural.
Request documents early.
SDS, TDS, MTC, RoHS, REACH and inspection requirements should be tied to the material code and batch review.
Route the drawing to the right laser.
Fine apertures, micro slots and burr-sensitive profiles should be reviewed for femtosecond or picosecond processing.
Common materials buyers ask for first.
Each material page is structured around technical parameters, document requests and laser processing fit.
316L Stainless Steel Foil
from 4.5 um / 0.0045 mm; medical prototypes, sensors and corrosion-resistant precision components.
View material304 Stainless Steel Foil
from 4.5 um / 0.0045 mm; electronics, sensors, spacers, shims and laboratory components.
View material301 Stainless Steel Foil
from 10 um / 0.010 mm; spring contacts, sensors and elastic precision parts.
View material430 Stainless Steel Foil
from 10 um / 0.010 mm; magnetic stainless foil components, electronics and fixtures.
View materialNickel Foil
from 10 um / 0.010 mm; battery research, electronics, shielding and laboratory use.
View materialInconel 625 Foil
from 20 um / 0.020 mm; high-temperature, corrosion-resistant and research components.
View material