Vacuum PVD sputtering systems and components by Semicore Equipment / Semicore

Engineering selection and parts support for Semicore Equipment / Semicore vacuum systems: magnetron cathodes, QCM deposition rate monitors, heaters and automation.

Compact magnetron sputtering systems Semicore Equipment / Semicore SC450 and SC450-LL

Semicore Equipment / Semicore SC450 series sputtering units are engineered for research laboratories and pilot semiconductor manufacturing. The load-lock vacuum chamber option eliminates process chamber exposure to atmosphere during routine substrate transfer cycles.

Confocal configuration supporting up to three circular magnetron sputtering sources
High vacuum load lock chamber featuring magnetic transfer arm for swift loading
Turbomolecular pumping station achieving baseline vacuum pressure down to 5e-7 Torr
Motorized substrate stage with continuous rotation and substrate heating up to 600 C

Modular cluster PVD platforms Semicore Equipment / Semicore CAPOS and CAPOS-CT

Industrial thin film platforms Semicore Equipment / Semicore CAPOS and CAPOS-CT deliver automated multi-target deposition in cluster layouts. A central vacuum robotic transfer handler distributes wafers across independent deposition chambers without vacuum break.

Cluster tool architecture featuring central multi-axis vacuum robotic manipulator
Multi-target cathode turret assembly designed for sequential multilayer deposition
Integrated power supplies compatible with DC, pulsed DC and radio frequency modes
Automated pneumatic isolation gate valves and high precision mass flow controllers

Multi-source vacuum systems Semicore Equipment / Semicore TriAxis-LL

Advanced deposition units Semicore Equipment / Semicore TriAxis-LL feature tri-axis cathode adjustment for precise co-sputtering processes. The platform allows synthesizing complex multicomponent alloy coatings and gradient thin-film structures across substrates.

Independent mechanical tilt and focal distance adjustment for each sputter cathode
Simultaneous co-deposition mode for three distinct materials with dedicated feeds
Superior coating uniformity across substrate diameters up to 200 mm with rotation
Dual quartz crystal rate monitoring providing individual deposition flux tracking

In-line continuous coating platforms Semicore Equipment / Semicore SC1500

High throughput systems Semicore Equipment / Semicore SC1500 operate in continuous linear motion for large area flat substrate processing. Extended planar magnetrons guarantee uniform layer distribution across architectural glass, optical displays and solar panels.

Horizontal or vertical continuous carrier transport mechanism through vacuum zones
Extended linear planar magnetron cathodes up to 1500 mm length for broad apertures
Differential pumping stages between process zones equipped with high vacuum gates
Energy efficient industrial power supplies featuring micro-arc suppression circuitry

Tribology DLC coating units Semicore Equipment / Semicore SC8600

Specialized deposition systems Semicore Equipment / Semicore SC8600 apply diamond-like carbon (DLC) protective layers for severe wear environments. The unit merges plasma enhanced PECVD and magnetron sputtering of metal adhesion interlayers in a single recipe.

Hybrid combination of magnetron metal sputtering and gaseous hydrocarbon PECVD
High density plasma source for pre-deposition substrate etching and ion cleaning
Deposition of gradient chromium and titanium adhesion interlayers for bonding
Synthesis of diamond-like carbon thin films exhibiting ultra-low friction metrics

HMI process automation and controllers Semicore Equipment / Semicore

Hardware and software automation packages by Semicore Equipment / Semicore utilize advanced HMI and PLC systems for vacuum recipes. The framework connects vacuum gauges, mass flow controllers and quartz crystal monitors into a centralized industrial touchscreen platform.

Intuitive touchscreen HMI featuring recipe storage and full process data logging
Closed loop PID control of process gas mixture flow rates and chamber pressures
Direct integration with quartz crystal microbalances for real time layer tracking
Comprehensive hardware interlock network preventing hazardous vacuum conditions

Engineering Guidelines for Magnetron Sputtering in Semicore Equipment / Semicore Units

During magnetron sputtering operations on Semicore Equipment / Semicore systems, maintaining a stable argon partial pressure between 1e-3 and 5e-3 Torr is essential for plasma uniformity.

Process technicians verify background chamber purity utilizing residual gas analyzers to prevent ambient moisture or hydrocarbon contamination. Prior to initiating target deposition, an in-situ ion beam substrate etching sequence removes native surface oxides.

Precise substrate bias control enables engineering personnel to fine-tune layer morphology, film density and internal mechanical stress across deposited metallic and dielectric thin film structures on silicon or glass wafers.

Precision Co-Sputtering Protocols on Multi-Cathode TriAxis-LL Platforms

Multi-source Semicore Equipment / Semicore TriAxis-LL vacuum units implement synchronous co-sputtering from independent cathodes to synthesize complex intermetallic alloys and tailored optical oxides.

Operators configure individual power settings across radio frequency and pulsed DC generators for each deposition head to achieve precise stoichiometric ratios across wide substrate areas. Precision stepper motor drives adjust cathode tilt angles toward the rotating substrate holder.

The automated system continuously monitors individual quartz crystal microbalances to dynamically adjust power levels.

Load-Lock Chamber Maintenance and High Vacuum Isolation Valve Servicing

Preventive maintenance of load-lock vacuum chambers on Semicore Equipment / Semicore platforms focuses on preserving high vacuum conditions without venting the main process chamber.

Field engineers routinely inspect Viton fluoropolymer seals on access doors and pneumatic gate valves for signs of degradation. Worn gaskets are promptly replaced with qualified vacuum parts to eliminate microscopic leak paths.

Magnetic sample transfer mechanisms are cleaned with high purity solvents to ensure smooth wafer handling.

Diamond-Like Carbon (DLC) Tribological Thin Film Deposition on SC8600 Systems

Synthesizing high hardness diamond-like carbon (DLC) protective layers on Semicore Equipment / Semicore SC8600 coaters requires controlled integration of plasma-enhanced chemical vapor deposition and metal sputtering.

Initially, a thin chromium or titanium bonding interlayer is sputtered onto prepared components to optimize adhesion. Hydrocarbon precursor gases are subsequently introduced under regulated negative substrate bias.

Energetic ion bombardment promotes dense sp3 carbon bond formation, yielding superior abrasion resistance.

Quartz Crystal Microbalance (QCM) Calibration and Deposition Rate Monitoring

Calibration of quartz crystal deposition rate monitors on Semicore Equipment / Semicore units ensures nanometer-scale thickness control for optical and electronic thin films.

Technicians periodically evaluate the resonant quality factor of 6 MHz quartz sensor discs, substituting crystals when frequency shifts exceed established operating limits.

Tooling factor parameters are calibrated by comparing tooling monitor readouts against physical thickness measurements obtained from stylus profilometers or spectroscopic ellipsometers.

Scheduled Target Replacement and Dark Space Shield Cleaning Procedures

Scheduled replacement of sputtering targets and dark space shields on Semicore Equipment / Semicore systems prevents erosion breakthrough into water-cooled backing plates.

Maintenance teams inspect target racetrack grooves and confirm thermal contact through indium bonding or vacuum elastomer interfaces.

Stainless steel shields are removed for precision bead-blasting and chemical cleaning, preventing particulate generation inside the vacuum environment during continuous industrial manufacturing cycles.

Semicore Equipment / Semicore 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 Semicore Equipment / Semicore and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.