Explore our specialized OEM/ODM test instruments, wafer probing assemblies, and precision metrology tools exported directly to industrial hubs across Jakarta, Cikarang, and Karawang.
Analyzing the shift toward Wide-Bandgap (WBG) power electronics across Indonesia’s key industrial belts.
The Special Capital Region of Jakarta, alongside bordering industrial corridors in Bekasi, Cikarang, and Karawang, is undergoing a rapid transition toward electrified transport and high-density industrial automation. Driven by Indonesia's national EV roadmap and investments into nickel processing downstream to battery and inverter packaging, power electronics manufacturers are moving aggressively from legacy Silicon (Si) IGBTs to Silicon Carbide (SiC) MOSFETs and Schottky diodes. SiC operates at elevated switching frequencies, higher voltages (650V to 3.3kV+), and severe temperatures. Consequently, traditional testing setups suffer from thermal drift and inductive ringing. OEM/ODM SiC testers engineered with ultra-low parasitic inductance and real-time wave analysis have become non-negotiable for R&D facilities and production line QA in Greater Jakarta.
Deploying sensitive metrology and high-voltage DC test rigs in the tropical industrial environment of Jakarta requires specialized engineering considerations. High ambient humidity, elevated ambient temperatures, and coastal salt spray from Tanjung Priok demand robust thermal management, conformal-coated internal PCBs, and gold-plated dual-head spring probe contacts. Furthermore, electrical testing platforms servicing the Jakarta grid must tolerate transient voltage spikes and brownouts. Our OEM/ODM SiC test platforms incorporate current-fed power conversion architectures and insulated shielding to preserve signal integrity (dynamic contact resistance < 20 mΩ), protecting both the test instrument and delicate SiC substrates during high-throughput wafer sorting and BGA assembly testing.
Quantitative performance benchmarks across our specialized OEM/ODM tester series.
| Instrument / Probe Model | Primary Test Application | Key Performance Metrics | Standard Compliance | Jakarta Target Industry |
|---|---|---|---|---|
| CYXS 015AP & CY099A Series | SiC Wafer & PCB BGA Spring-Loaded Probing | Dual-Head Pogo Pin, <20mΩ Contact Res., Gold Plating | RoHS, ISO 9001 | Semiconductor Packaging & ATE Labs (Cikarang) |
| ST2742B Powder Meter | SiC / Graphite Powder Resistivity Analysis | 4-Point Probe Method, 10^-5 to 10^5 Ω-cm Range | ASTM F43, CE | EV Battery Anode & SiC Powder Synthesis |
| Rhesca Series Die Shear | Carbide Substrate & Die Bonding Force Testing | HRC 85 Shear Blade, Precision Micro-Load Cell | MIL-STD-883, ISO 17025 | Power Module OEM Assembly (Karawang) |
| Automatic Vickers HV/HK | SiC Ceramic Surface Hardness & Fracture Toughness | PC Link Touch Control, Auto Indentation Measurement | ASTM E384, ISO 6507 | Advanced Structural Ceramics & Wafer Substrates |
| Smart Pile Integrity P800 | Deep Foundation & Structural Quality Checker | Real-Time Wavelet Analysis, High-Velocity Accelerometer | CE, RoHS, ASTM D4945 | Infrastructure & Industrial Plant Construction |
| Siclimat BE 615 Unit | Industrial Process Control & System Sensing | OEM Modular Integration, Low-Latency Bus Interfacing | CE, Industrial Grade | Substation & Heavy Automation Systems |
Targeted testing solutions engineered for specific regional operational environments.
Automotive assembly plants and tier-1 component suppliers in West Java require continuous reliability screening for SiC-based On-Board Chargers (OBCs) and traction inverters. Our CYXS dual-head pogo probes and die shear instruments ensure void-free wire bonding and micro-contact stability under extreme thermal cycling.
Expanding mega-infrastructure projects around Jakarta Bay, Tanjung Priok Port expansion, and urban rapid transit lines demand rigorous structural foundation checks. The Smart Pile Integrity Tester P800 enables civil engineering teams to execute non-destructive low-strain pile integrity checks in heavy clay and coastal soils.
Academic institutions and corporate labs across Jabodetabek utilizing raw SiC powders for ceramic armor, heat sinks, and semiconductor ingots depend on the ST2742B Resistivity Meter and Automatic Vickers Sclerometer to characterize powder density, electrical conductivity, and structural hardness.
Why custom OEM/ODM hardware design is crucial to accurate Wide-Bandgap device characterization.
Silicon Carbide switches operate at extremely high $dV/dt$ (> 50 V/ns) and $dI/dt$ (> 5000 A/µs). At these rates, even nanohenries of stray loop inductance within a test fixture introduce catastrophic voltage overshoots ($V_{PK} = L_{stray} \times dI/dt$), leading to spurious turn-on events or device breakdown during Double Pulse Testing (DPT).
Standard commercial off-the-shelf test leads fail under these conditions. Our OEM/ODM engineering team integrates co-axial current shunts, solid-copper power busplates, and spring-loaded high-bandwidth dual-head pogo probes (CY099A series) to compress parasitic inductance below 5 nH, yielding true switching loss ($E_{ON} / E_{OFF}$) measurements.
When providing high-voltage DC bus power for SiC component testing, standard voltage-source supplies store excessive energy in output capacitor banks. In the event of a device short-circuit during die-level probing, this stored energy discharges instantaneously into the device under test (DUT), destroying valuable samples and probe cards.
Our custom OEM power supplies implement a current-fed power conversion architecture. An inductive DC bus stores energy rather than a capacitive bank, limiting fault currents naturally. This inherently short-circuit tolerant topology protects delicate spring probes, substrate contacts, and early-stage SiC dies from thermal destruction during high-voltage breakdown sweeps.
Four decades of vertical manufacturing integration, rigorous quality control, and global export infrastructure.
Every instrument undergoes rigorous high-voltage thermal burn-in under maximum load before international dispatch to ensure zero-defect installation upon arrival in Jakarta.
From custom spring probe pin tips (gold/rhodium plating) to SCPI automated software integration, we engineer instruments tailored to your exact ATE rack footprint.
Established supply chain routes with streamlined Indonesian customs documentation (Form E, COO, Surveyor Reports) to ensure swift delivery to Jakarta industrial zones.
All metrology instruments ship with traceable calibration certificates, meeting ISO/IEC 17025 standards required by international audit bodies in Indonesia.
Addressing technical compatibility, logistics, import regulations, and local field support.
Connect directly with our application engineers to request detailed technical datasheets, CAD models, customized OEM probe quotes, or factory calibration reports.