Trion Technology Plasma Etch and Deposition Equipment

American Trion Technology plasma systems: Phantom RIE reactive ion etchers, Minilock loadlocked platforms, Orion PECVD thin-film deposition tools, Apollo strippers and Oracle clusters. Technical selection by equipment nameplate.

Trion Phantom RIE plasma etch systems

Compact reactive ion etch platforms Trion Phantom RIE are engineered for precise dry etching of substrates in failure analysis and microelectronics cleanrooms. The modular vacuum chamber with a 13.56 MHz generator ensures uniform anisotropic material removal.

High-frequency 13.56 MHz generator with automated impedance matching network
Anisotropic etching of silicon, polysilicon, dielectric layers and polymers
Substrate platen accommodating single wafers up to 200 mm and small samples
Precise process gas delivery managed through multi-channel mass controllers

Trion Minilock-Phantom loadlocked plasma etchers

Vacuum loadlocked systems Trion Minilock-Phantom isolate the process chamber from atmospheric air, preventing moisture condensation during compound semiconductor processing. The ICP source delivers elevated plasma density at low working pressures in the chamber.

Vacuum transfer loadlock enabling fast wafer loading while holding baseline vacuum
Inductively coupled plasma ICP source with independent RF substrate bias control
Safe chlorine and bromine etch chemistry for GaAs, InP and GaN compound materials
Cryogenic and liquid electrode temperature regulation down to minus 150 degrees

Trion Orion PECVD thin-film deposition systems

Plasma-enhanced chemical vapor deposition systems Trion Orion PECVD deliver uniform dielectric films including silicon oxide, silicon nitride and amorphous silicon. Radial gas showerhead delivery guarantees low film stress and excellent stoichiometric repeatability.

Deposition of high-grade dielectric films of silicon oxide, nitride and oxynitride
Heated substrate stage providing precision temperature regulation up to 400 degrees
Engineered radial showerhead design ensuring supreme thickness uniformity on wafer
Safe purge loop handling non-pyrophoric dilute silane mixtures and nitrous oxide

Trion Apollo downstream ICP photoresist strippers

Industrial stripping systems Trion Apollo Stripper utilize downstream inductively coupled plasma for rapid photoresist stripping and wafer descum. Separating oxygen radical generation from the wafer chuck prevents radiation degradation of active semiconductor microstructures.

Downstream ICP source configuration delivering zero charge radiation damage
Rapid isotropic stripping rate for hardened organic photoresists and residue descum
Controlled thermal wafer chuck accelerating chemical radical surface reactions
Optical emission endpoint detection sensor monitoring process termination

Trion Oracle multi-chamber production cluster tools

Multi-chamber cluster platforms Trion Oracle Cluster integrate reactive ion etching, plasma ashing and chemical vapor deposition modules within a shared vacuum envelope. A central atmospheric or vacuum robotic arm transfers wafers seamlessly between sequential steps.

Central vacuum transfer module equipped with precise robotic wafer handler arm
Integration of up to three independent process chambers for RIE, ICP and PECVD
Continuous multi-step wafer processing preventing interface oxidation in air
Industrial automation architecture recording pressure, flow and RF power metrics

Trion Orion HDCVD high-density deposition systems

High-density chemical vapor deposition systems Trion Orion HDCVD combine a high-density inductively coupled plasma source with adjustable substrate RF bias. Simultaneous deposition and sputtering mechanics enable void-free planarization across submicron structures.

High-density ICP plasma source generating elevated ionization of process precursors
Void-free dielectric gap fill across high aspect ratio microelectronic trenches
Low substrate deposition temperatures yielding high-purity silicon dioxide films
Precise microstructural profile control with excellent surface planarization

RF generator calibration and impedance matching tuning for Phantom RIE

Maintaining process repeatability across Trion Phantom RIE dry etching platforms relies on regular calibration of the automated impedance matching network.

The 13.56 MHz generator feeds high-frequency power to the lower substrate platen through vacuum variable capacitors and copper inductor assemblies. When process recipe pressures or fluorinated chemistries change, service technicians calibrate zero-phase error and minimize reflected power.

Reflected power during sustained glow discharge should remain below two percent of forward delivered power. Polymer buildup on ceramic platen isolators induces radio-frequency ground leakage and localized arcing. Periodic platen maintenance with isopropyl wipes prevents substrate DC bias drift.

Vacuum loadlock maintenance and gate valve servicing for Minilock-Phantom

Airtight vacuum isolation of the reaction chamber in Trion Minilock-Phantom platforms isolates reactive halogen environments from atmospheric ambient humidity. The loadlock assembly incorporates a pneumatic high-vacuum gate valve equipped with clean fluoroelastomer seals.

Scheduled servicing involves timing turbo pump evacuation down to baseline vacuum levels. Microscopic particulate or silicon dust on mating sealing flanges extends roughing pump pumpdown durations.

Elastomer sealing rings require gentle cleaning with lint-free wipes and light greasing with low-vapor-pressure vacuum grease. Smooth robotic transfer arm motion is verified through magnetic inductive limit switches.

Substrate platen heating and gas showerhead tuning for Orion PECVD

High-quality dielectric film deposition across Trion Orion PECVD tools demands uniform thermal distribution across the heated platen. Integrated resistive heating elements undergo multi-point thermocouple calibration spanning one hundred to four hundred degrees Celsius.

The radial showerhead assembly distributes silane, ammonia and nitrous oxide into a laminar flow regime over the entire platen surface. Particulate accumulation in micro-orifices alters film refractive index and thickness uniformity across the wafer.

Every one hundred operational hours, engineers run in-situ fluorinated plasma chamber cleaning followed by high-vacuum nitrogen purge cycles.

Downstream ICP plasma source inspection and maintenance for Apollo Stripper

Eliminating active microstructure charge degradation on Trion Apollo Stripper platforms depends on reliable operation of the downstream inductively coupled plasma source.

The external quartz tube reaction zone is cooled by filtered compressed air to prevent thermal stress fractures under dense plasma ignition. An optical emission endpoint sensor continuously monitors carbon monoxide line intensity to identify resist clearing.

Degradation of the quartz dome attenuates stripping rates on hard-baked organic masks. Preventative maintenance procedures dictate periodic quartz visual inspection and radio-frequency coil resonance verification.

Central robotic transfer alignment and port cleaning for Oracle Cluster

Multi-chamber vacuum tools of the Trion Oracle Cluster family require precise robotic wafer handler coordinate calibration. Wafer pick-and-place end-effector positions between RIE etch and PECVD deposition modules are aligned using optical laser targets and calibration wafers.

Pneumatic inter-chamber isolation gate valves undergo actuation synchronicity and bellows seal leak checks. Particle deposition within transfer tunnels is extracted using cleanroom-rated vacuum tooling.

Embedded servo drive torque limits protect wafer handling arms against accidental collision against transfer port walls during automated sequences.

Precursor delivery verification and vacuum seal replacement for Orion tools

Safe operation of Trion Orion deposition platforms requires rigorous leak checking of gas delivery manifolds and mass flow controller calibration. Multi-channel mass flow controllers for silane, nitrous oxide and ammonia are calibrated against reference transfer standards semi-annually.

Gas distribution enclosure diaphragm valves undergo helium mass spectrometer sniffer inspections. Chamber fluoroelastomer seals exposed to elevated processing temperatures and aggressive fluorine cleaning radicals require scheduled replacement.

Prior to tightening vacuum flanges, technicians verify seal groove concentricity and surface cleanliness.

Trion Technology and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Trion Technology and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.