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IC Manufacturing Flow Diagram
Our manufacturing equipment
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Home » Products and Services » IC Manufacturing Flow Diagram
Our manufacturing equipment
Manufacturing equipment not yet available
Address | No. 18, Creation Road 1, Hsinchu Science Park, Hsinchu 300093, Taiwan
TEL | +886-3-579-0022 FAX | +886-3-579-0011
Mask Manufacturing
The circuit diagram is traced onto a quartz/glass substrate via a laser/electron beam tracer. This substrate (photomask) is imaged onto the wafer or glass substrate by the stepper’s projection imaging technology.
Product
Photo Mask Repair
Laser CVD:
Using special laser CVD film forming technology to pyrolyze (photolyze) the carbonyl metal compound -Cr(CO)6. Cr is attached to the photomask to repair and connect bad circuits.
Product
Diffusion & Thin Film
用途廣泛,應用於擴散、趨入、氧化、薄膜沉積、退火、熱燒結
可分為常壓、低壓沉積、原子層薄膜沉積
Ion Implantation
Implanting ions into the wafers could increase semiconductor conductivity, forming either P-type or N-type semiconductor
It is mainly divided into high current, medium current, and high energy ion implanter
Product
Wet etch
Using the solvent to selectively remove a pattern on the surface of the wafer.
Can be divided into multi-reaction tank, single-tank, and single-wafer etching.
Clean
In order to make a high precision silicon wafer product, a very clean surface is required for optimized quality.
Photoresist coating: Dehydration bake, HMDS coating, photoresist coating, and softbake.
Exposure: Using the stepper in coordination with photomask.
Development: Post-exposure bake, development, and hardbake.
Using gas as a reactant to generate plasma in a low-pressure and high-energy environment, remove the thin film on the surface of the wafer, and define a pattern.
Can be divided into physical, chemical, and reactive ion etching.
The protruding part of the surface of the wafer is removed by mechanical polishing, and partial polishing may also be selected.
Planarization slurry and chemical substances are added during polishing to increase polishing rate and flatness.
Product
(Cantilever, Vertical, MEMS, Membrane Probe Card)
Process Metrology
Process parameters of each machine are measured, such as film thickness, critical dimension line width, multi-layer pattern alignment, etching depth, and surface roughness and surface 3d profile.
Product
Micro inspection system & Liquid-Phase Inspection Modules
Airborne molecular contaminant monitoring
Detecting and monitoring possible sources of AMC in a clean room environment, including gas contaminants, process escape response, volatilization of equipment materials themselves, and volatilization during equipment maintenance processes.
Product
Airborne Molecular Contamination (AMC)/Particle Filtration
Removal of AMC entering the plant or equipment by customized chemical filters.
Removal of powder particles entering the plant or equipment by customized, high-efficiency dust filters.
Product
Metal film deposition on the surface of the wafer by magnetron sputtering
Product
The circuit pattern is copied to the photoresist material covering the surface of the wafer by optical projection imaging or laser direct imaging to achieve patterning.
Product
Electroplating is an electrochemical deposition process that deposits a metal onto the surface of another metal object via an electrolytic reaction.
Product
Two wafers with different functions are aligned and bonded to complete the bonding between them. In terms of application, it can be divided into permanent bonding and temporary bonding.
The device wafer is temporarily bonded to a carrier wafer to facilitate the subsequent wafer thinning process; de-bonding is performed after the completion of post-production.
将已切好的晶片放置在IC基板上,相连之黏着,要求的是黏着的速度,正确度。
Product
Ball mount: Mounting the solder ball on the IC pad.
Reflow: The solder is melted through a heat treatment process to completely bond the solder balls to the pads.
Product
Fluxless Thermo-Compression Bonder & AXI+
Fluxless Solder Ball Bumping total solution
Fluxless Thermal Compression Gang Bonder & AXI+
Wafer surface defect inspection and measurement:
The wafer surface image is optically captured, and computer image processing technology is used to detect foreign object or pattern anomalies.
2D/3D X-ray testing:
CT:Computed tomography (CT) delivers three-dimensional images visualizing the inner structures of a scanned object, including the exact spatial position of defects or other regions of interest.
• Computerized tomography (CT) scanning: Computerized tomography (CT) scans provide 3D imaging of the internal structure of the scanned target, including defects or the precise spatial localization of other areas that need testing.
• Tomography: This is an intermediary tool between 2D X-ray scansand 3D CT scans. Its purpose is to solve the challenges in inspecting planar components; it provides reliable defect inspection as well asspatial localization in planar objects.
The cut dies (chips) are placed on the IC substrate to be bonded based on the required bonding speed and accuracy.
Product