SERVICES

Capability

Design Capability

Smartgiant possesses deep expertise in hardware design and software systems architecture. We deliver integrated hardware-software customization services spanning core module design, system integration, and comprehensive system solutions—leveraging advanced design methodologies to accelerate time-to-market and drive innovation.

Laboratory Capability

Smartgiant has established a comprehensive laboratory ecosystem with advanced testing equipment and professional facility infrastructure. We provide dedicated technical support for product R&D and performance validation, ensuring rigorous verification and reliability assurance throughout the development lifecycle.

Manufacturing Capability

Smartgiant owns and operates dedicated manufacturing and assembly production lines, ensuring superior product quality and reliable on-time delivery. We provide end-to-end manufacturing services spanning prototype fabrication, pilot production, and full-scale mass production, with flexible capacity planning and robust quality assurance systems.

Design Capabilities

Laboratory Capabilities

The laboratory of Smartgiant Technology covers a construction area of approximately 900 square meters, and has planned and built specialized functional areas including CNAS-Accredited Laboratory, Electronic Laboratory, Reliability Laboratory, Optical Laboratory, Radiation Thermometry Laboratory (Infrared Thermometry Laboratory), Welding Room, and Instrument Warehouse.

It mainly undertakes the electrical performance, environmental adaptability testing and reliability testing of the company’s self-developed instruments, functional modules and various electronic products, providing professional technical support for product R&D iteration and full-process quality control.

It is currently equipped with more than 230 sets of high-precision, metrological-standardized professional instruments and meters, covering core equipment such as oscilloscopes, signal generators, digital multimeters, spectrum analyzers, thermal imagers, and high-low temperature test chambers. All instruments have completed metrological calibration in accordance with specifications, with stable performance and accurate, traceable data, which can fully meet the testing needs of electronic product R&D verification, reliability testing, factory inspection, and all projects within the scope of CNAS accreditation.

CNAS Laboratory

This laboratory is accredited by the China National Accreditation Service for Conformity Assessment (CNAS) and operates under a standardized quality management system in compliance with ISO/IEC 17025. Our testing reports are globally recognized with equal validity, providing authoritative evidence for product development, certification, and production sampling inspection. With accredited testing capabilities, our reports are trusted and credible worldwide.

Approved Projects：

  1. GB/T 13978-2008: Digital Multimeters-Uncertainty test for DC current measurement function、Uncertainty test for DC voltage measurement function、Uncertainty test for DC resistance measurement function、Measurement range verification、Stability test.
  2. GB/T 2423.1-2008: Environmental testing for electric and electronic products – Part 2: Test methods – Test A：Cold- Low temperature test.
  3. GB/T 2423.2-2008: Environmental testing for electric and electronic products – Part 2: Test methods – Test B： Dry heat-High temperature test.

Electronics Laboratory

The Electronics Laboratory has four core functions:

  1. R&D verification and design optimization.
  2. Full electrical performance testing.
  3. Fault analysis and root cause location.
  4. Standard compliance testing.

It conducts comprehensive electrical performance testing, including voltage, current, impedance, power, signal integrity, timing, EMC/EMI, ESD, and surge immunity. We verify compliance of electrical parameters across circuits, modules, and complete systems, ensuring product reliability and stability under complex working conditions.

Reliability Laboratory

The Reliability Laboratory simulates the harsh environments that products may encounter during transportation, storage and use, exposes potential design and process defects of products at an early stage, and assesses their stability and durability during long-term use.

Core testing capabilities:

  1. Climatic environmental testing.
  2. Mechanical environment testing (Mechanical stress testing).
  3. Comprehensive environmental testing.

Optical Laboratory

It aims to comprehensively verify the imaging sharpness, color, exposure, white balance and lens resolution of cameras through standardized optical testing and real-scene shooting evaluation, accurately identify imaging defects, and ensure the stable compliance of product imaging quality.

Test Capabilities:

  1. Image sharpness ≥ 1000 TV Lines (TVL)
  2. Color reproduction accuracy ΔE00 < 15
  3. White balance accuracy Δc < 0.1
  4. Grayscale and signal-to-noise ratio (SNR) ≥ 48dB
  5. Dynamic range ≥ 100dB
  6. Geometric distortion control < 5%
  7. Low illumination and depth of field starting from 0.1 Lx
  8. Intelligent anti-flicker adaptation for 50/60Hz

Radiometric Temperature Measurement Laboratory

The Radiation Thermometry Laboratory (Infrared Thermometry Laboratory) aims to carry out the detection and calibration of infrared temperature measurement equipment and standard blackbody itself by relying on standard blackbodies and metrological instruments. At the same time, it completes the metrological traceability of contact temperature measurement equipment with graded platinum resistors to ensure the metrological accuracy and performance compliance of various temperature measurement instruments.

Test Capabilities:

  1. Contact temperature measurement: mK level.
  2. Radiative temperature measurement: 100 mK level.
  3. Blackbody stability: mK level.
  4. Blackbody accuracy: 10 mK level.
  5. Ambient stability: ≤5 mK.

Manufacturing Capabilities

Facing the wave of intelligent manufacturing, we continuously invest in R&D to drive the deep integration and application of cutting-edge technologies—including AI, digital twins, and Industrial Internet of Things (IIoT)—into manufacturing scenarios. We are committed to building a “Future Factory” characterized by three core capabilities: autonomous perception, autonomous decision-making, and autonomous optimization. This enables us to provide customers with more efficient and intelligent manufacturing services.

Core Capabilities:

  1. Advanced Technology: We have achieved industry-leading performance in SMT precision manufacturing, cleanroom environmental control, automated testing, and heavy-duty assembly.
  2. Superior Quality: We maintain rigorous full-process quality control systems and hold international standard certifications to ensure consistent delivery quality.
  3. Production Flexibility: Our adaptable production line configuration enables rapid response to customized, multi-product, small-batch production requirements.
  4. High Digital Maturity: Our deeply integrated intelligent manufacturing platform delivers transparent, data-driven, and intelligent management throughout the production process.

SMT Workshop

The SMT Workshop delivers fully automated, high-speed chip placement with support for 01005 ultra-miniature components. With placement accuracy of ±28μm and daily throughput exceeding 1 million placement points, it operates as an ISO Class 8 (Class 100,000) cleanroom—a critical enabler for achieving product miniaturization, high density, and enhanced performance.

Core Capabilities:

  1. Fully Automated High-Speed Production Lines: Dual production lines with daily throughput exceeding 1 million placement points to ensure on-time delivery.
  2. Precision Component Placement: Reliable placement of high-complexity components including 01005, BGA, and QFN packages.
  3. Ultra-High Placement Accuracy: Chip ±28μm / IC ±30μm (Cpk ≥ 1.0).
  4. Stringent Environmental Control: ISO Class 8 (Class 100,000) cleanroom environment in full compliance with IPC international standards.

ISO Class 6 Cleanroom

The ISO Class 6 cleanroom provides an ultra-clean environment supporting precision assembly of 0.1mm-scale micro-components and contamination-free processing of optical surfaces. It delivers exceptional environmental protection for high-end applications in medical devices, automotive safety systems, and precision optics.

Core Capabilities:

  1. Precision Micro-Assembly: Supports assembly of 0.1mm-scale micro-components, widely applied in precision manufacturing such as chip packaging and MEMS sensors.
  2. Contamination-Free Optical Surface Processing: Ensures zero particle adhesion on optical surfaces, maintains nanoscale surface finish, and guarantees performance of modules such as lenses and lasers.
  3. ISO Class 6 Clean Environment: In accordance with ISO Class 6 standards, the particle count (≥0.5μm) is ≤1,000 particles per cubic meter, providing a solid foundation for precision manufacturing.

ATS Workshop

The ATS Workshop covers the complete value stream of assembly, testing, burn-in, and maintenance. Through automated testing and rigorous environmental validation, it delivers 100% inspection coverage, serving as the strongest quality barrier before product shipment and guaranteeing high reliability.

Core Capabilities:

  1. ATS Assembly Workshop:Multiple professional assembly lines with flexible production switching capability，Rich manufacturing experience enabling independent completion of precision structural component assembly, PCBA assembly, and full equipment assembly with integrated packaging support.
  2. ATS Automated Test Center:Advanced Archon automated test system providing comprehensive product functional testing coverage，Anti-static cleanroom with precision climate control, fully compliant with IPC standards.
  3. ATS Burn-in Capability: Flexible temperature control with maximum temperature of 60°C to meet stringent high-temperature testing requirements， Multi-product parallel loading simulating real-world extreme conditions to validate long-term reliability.

Heavy-Duty Assembly Workshop

The Heavy-Duty Assembly Workshop integrates robotic arms and AGV (Automated Guided Vehicle) systems to achieve intelligent, flexible precision assembly of large-scale equipment. It combines the efficiency of large-scale production with customization capability, serving sectors including construction machinery and new energy.

Core Capabilities:

  1. Intelligent Equipment Integration: Integration of multi-axis robots, AGVs, and other intelligent systems to enable automated operations at scale.
  2. Advanced Manufacturing Capability: Fusion of intelligent manufacturing and precision assembly technologies to build modern, high-efficiency production lines.
  3. Customization at Scale: Delivers high-quality customized products with the cost efficiency of large-scale production, solving the complexity of mass customization.

Additional Production Capabilities

Automated Light-Assembly Capabilities:

  1. Flexible System Integration: Integrates flexible hardware, sensing and actuation, and intelligent decision-making to achieve closed-loop feedback control.
  2. High Precision: Precision positioning and alignment ensure assembly quality for precision manufacturing applications.
  3. Intelligent Parts Feeding: Flexible gripping technology overcomes the challenge of feeding complex-geometry components.
  4. Adaptive Assembly: Force-controlled adaptation accommodates minor dimensional variations across different products.
  5. Quick Changeover: Modular design architecture significantly improves changeover speed and production efficiency.

 

Maintenance Capabilities:

  1. Precision Soldering: Equipped with BGA rework stations capable of high-precision BGA soldering and rework, ensuring high reliability and consistency of component solder joints.
  2. Chip-Level Rework: Supports reballing and replacement of BGA components with 0.4mm pitch, provides professional maintenance capability for fine-pitch, chip-level components, and resolves complex hardware failures.
  3. Closed-Loop Improvement System: Establishes a closed-loop management system following the cycle “Defect Analysis → Failure Root Cause Analysis → Yield Improvement” to systematically identify root causes, continuously optimize production processes, and improve overall product yield and quality.

Contact Us

Smartgiant Technology 1800 Wyatt Dr, Unit 3, Santa Clara, CA 95054.

Email: info@smartgiant.com

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