Digital multimirror devices for precision laser micromachining
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1 Digital multimirror devices for precision laser micromachining Rob Eason, Ben Mills, Matthias Feinäugle, Dan Heath, Collin Sones, James Grant-Jacob, Ioannis Katis, Collin Sones. Optoelectronics Research Centre
2 Content DMD devices for laser processing Laser: - Ablation - Multiphoton polymerisation (MPP) - Laser-induced forward transfer (LIFT) - all within the context of microscale materials processing Summary
3 Digital Micromirror Devices (DMD) Used in majority of data projectors Array of individually controlled ~7μm wide mirrors Operates across the visible and NIR region Can be used as an intensity spatial light modulator (SLM) Cheap (~ 200) and fast switching speed (>1Khz) Schematic of a section of the digital mirror device (actual model used: Texas Instruments DLP3000, 608 x 684 mirrors)
4 Experimental schematic Ti: sapphire, 2mJ max, 1kHz, 800nm Energy density on the workpiece is 50 x 50 higher than on the DMD - Limit fluence on DMD to below 1mJ/cm2
5 Pattern updating
6 Content DMD devices for laser processing Laser: - Ablation - Multiphoton polymerisation (MPP) - Laser-induced forward transfer (LIFT) - all within the context of microscale materials processing Summary
7 1 Ablative removal via a single laser pulse 5 µm 330nm width for region remaining 100 µm Semiconductors Metals/alloys Diamond
8 Close-ups: These all took 150 fs 1µm 7µm 10µm 670nm
9 And can you beat the diffraction limit? FEATURE SIZE Single pulse (150fs) ablation, using λ=800nm Have seen ~100nm single feature size RESOLUTION Ability to resolve or ablate close adjacent features Limited by λ (800nm) We ve achieved 700nm Cannot beat diffraction limit N pulses, can give λ/n resolution
10 Direct writing of gratings: 6300 Gratings, Actual time = ~4 minutes, best possible time = 6.3 seconds How they appear on the DMD 4.5x3.5mm total area, each pixel in image a grating of 30x30µm Each line 10 pixels wide Each line 17 pixels wide Individual/personalised logos or initials
11 Any image can be displayed on DMD for each pixel of course, not just gratings (though they look macroscopically attractive). 5mm
12 Security applications 1 cm
13 Content DMD devices for laser processing Laser: - Ablation - Multiphoton polymerisation (MPP) - Laser-induced forward transfer (LIFT) - all within the context of microscale materials processing Summary
14 MPP With very fast laser pulses, materials can absorb at wavelengths they are not supposed to! Using light at 800nm wavelength, a material can simultaneously absorb 2 photons, equivalent to an absorption in the blue (400nm). Absorption from level 1 to level photons at 800 nm can have the same effect as 1 photon at 400nm..very clever trick! At very high laser intensities, 2 photon, 3 photon processes can occur 1
15 Multiphoton writing (serial printing) Venus de milo x 3 Laser Zentrum, Hannover, + Nanoscribe.many others
16 DMD MPP but single shot exposure Image file that was displayed on the DMD during the period of the pulse SEM image of structure fabricated using a single pulse
17
18 0.3 mm
19 Extended 3D structures: all single shot
20 10µm 10µm DMD-based approach For larger areas, maybe 10 shots is required for optimum definition: Feature size can be ~400nm (~λ/2) + contrast - contrast Pattern used on DMD
21 But need to consider depth of field
22 Content DMD devices for laser processing Laser: - Ablation - Multiphoton polymerisation (MPP) - Laser-induced forward transfer (LIFT) - all within the context of microscale materials processing Summary
23 LIFT basics: Laser-Induced Forward Transfer = Laser printing of solids Typewriter LIFT Key Ribbon Ink Paper Laser Carrier Donor Receiver 23
24 Metal pads Metal wires Ceramics Thermoelectrics Antibodies: 0.7mm pads 6mm 24
25 Now add spatial beam shaping with a DMD 40µm x 40µm Pattern on the DMD Pattern on the donor film Final LIFTed feature (Au on Si).
26 700nm thick Si films: the donor 100 µm
27 Most recent DMD LIFT results New laser 3D printing facility An ORC breakthrough = 3D printing 75 µm PMMA donors BiTe semiconductor film 27
28 Summary DMDs are very useful for precise ablation, multiphoton polymerisation and LIFT and can produce µm-mm scale features. Single-shot processing and areas up to ~100 µm 2 (~mj pulses), 15mm 2 (100mJ pulses) Step and repeat for larger areas.
29 Recent EPSRC grant EP/L022230/1 : 2014/2015 Digital Multimirror Devices for laser-based Manufacturing Under the Manufacturing with light scheme to explore feasibility and applications. Please make contact with me via: rwe@orc.soton.ac.uk for (free) trial machining using the DMD approach
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