Precision-Engineered Automotive OEM/ODM Solutions
Delivering end-to-end OEM/ODM automotive solutions with unmatched quality and reliability
Automotive OEM Market
The Automotive OEM Market refers to the supply chain and manufacturing segment where components, systems, and software are integrated into a vehicle on the assembly line before it leaves the factory.
In this ecosystem, Tier 1 and Tier 2 suppliers provide parts—ranging from engines and transmissions to advanced infotainment systems and ADAS (Advanced Driver Assistance Systems)—directly to vehicle manufacturers (e.g., Toyota, Tesla, Volkswagen).
Difference of OEM Market & Aftermarket
IATF 16949: 2016 Definition
IATF 16949: 2016 is the international standard for Automotive Quality Management Systems (QMS). Developed by the International Automotive Task Force (IATF) and aligned with the high-level structure of ISO 9001: 2015.
It outlines the specific requirements for organizations that manufacture parts, components, and assemblies for the automotive industry.
How the System Ensures End-to-End Control (Design to Mass Production)
The strength of IATF 16949 lies in its integrated approach, primarily through the application of the Automotive Core Tools. Here is how it safeguards the transition from a concept to a high-volume reality:
1. Risk-Based Thinking (APQP) 2. Design and Process Robustness (FMEA) 3. Statistical Control and Measurement (SPC & MSA) 4. The Final Gate (PPAP) 5. Control Plans
Meeting Highlights
Production Area
Dust Free Workshop
📍3 Production Lines 📍4000+ Products Per Day 📍Have 15~30 People
Production Area
Workshop
📍5 Production Lines 📍7000+ Products Per Day 📍Have 50~70 People
- 15+ Years
- OEM Experience
- 100+
- Projects
- 16+
- Custom Development Case Studies
- 2,200,000+
- Supply Volume Up to Now
OEM Cases
Product: Rearview Camera
📍Vehicle Model: Saipa-Atlas 📍Supply QTY: 10,000+ PCS 📍SOP: 2025 📍Status: Ongoing
Product: Rearview Camera
📍Vehicle Model: Peugeot-PG29 📍Supply QTY: 300,000+ PCS 📍SOP: 2021 📍Status: Ongoing
Product: Rearview Camera
📍Vehicle Model: IKCO-Tara(Static) 📍Supply QTY: 110,000+ PCS 📍SOP: 2022 📍Status: Ongoing
Product: Rearview Camera
📍Vehicle Model: IKCO-Tara(Dynamic) 📍Supply QTY: 80,000+ PCS 📍SOP: 2023 📍Status: Ongoing
Product: Rearview Camera
📍Vehicle Model: IKCO-Soren 📍Supply QTY: 200,000+ PCS 📍SOP: 2022 📍Status: Ongoing
Product: Rearview Camera
📍Vehicle Model: IKCO-Dena+ 📍Supply QTY: 300,000+ PCS 📍SOP: 2021 📍Status: Ongoing
Product: Rearview Camera
📍Vehicle Model: IKCO-Dena+ 📍Supply QTY: 32,000+ PCS 📍SOP: 2025 📍Status: Ongoing
Product: Rearview Camera
📍Vehicle Model: Peugeot -PARS 📍Supply QTY: 80,000 PCS 📍SOP: 2022 📍Status: EOL
Product: Rearview Camera
📍Vehicle Model: 7081A 📍Supply QTY: 17,000+ PCS 📍SOP: 2022 📍Status: EOL
Product: Rearview Camera
📍Vehicle Model: Saipa-Shahin 📍Supply QTY: 30,000+ PCS 📍SOP: 2023 📍Status: Ongoing
Product: Antenna
📍Vehicle Model: IKCO-Tara 📍Supply QTY: 180,000+ SETS 📍SOP: 2022 📍Status: Ongoing
Product: Antenna
📍Vehicle Model: IKCO-REERA 📍Supply QTY: 14,000+ SETS 📍SOP: 2022 📍Status: Ongoing
Product: Microphone
📍Vehicle Model: IKCO-Tara 📍Supply QTY: 180,000+ PCS 📍SOP: 2022 📍Status: Ongoing
Product: Parking Sensor
📍Vehicle Model: Peugeot-PG29 📍Supply QTY: 210,000+ PCS 📍SOP: 2018 📍Status: EOL
Product: Parking Sensor
📍Vehicle Model: Peugeot-PG29 📍Supply QTY: 210,000+ PCS 📍SOP: 2018 📍Status: EOL
Product: Parking Sensor
📍Vehicle Model: Peugeot-PG29 📍Supply QTY: 210,000+ PCS 📍SOP: 2018 📍Status: EOL
R&D Equipments
Thermal Shock Testing Machine
📍Rapidly switches between extreme hot and cold to test product endurance. 📍Relevant Standards: IEC 60068-2-14 (Test N: Change of Temperature), MIL-STD-883 (Method 1010, for temperature cycling) .
Constant Temperature and Humidity Testing Machine
📍Simulates how products perform in steady, controlled environments. 📍Relevant Standards : IEC 60068-2-78 (Test Cab: Damp Heat, Steady State), IEC 60068-2-38 (Test Z/AD: Composite Temperature/Humidity Cyclic Test), GB/T 2423.3.
Salt Spray Testing Machine
📍Sprays a salty mist to test a product's resistance to rust and corrosion. 📍Relevant Standards : ASTM B117, ISO 9227, IEC 60068-2-11 (Test Ka: Salt Mist), JIS Z 2371.
Single-Arm Drop Testing Machine
📍Drops products from different angles to check their durability. 📍Relevant Standards : ISO 2248 (Packaging -- Complete, filled transport packages -- Vertical impact test by dropping), ASTM D5276, GB/T 4857.5.
Simulated Transport Vibration Table
📍Recreates the bumps and shakes of real-world transportation. 📍Relevant Standards : ISTA (International Safe Transit Association) procedures (e.g., 1A, 2A, 3A), ASTM D4169, IEC 60068-2-64 (Vibration, broadband random).
Waterproofness Testing Machine
📍Checks if a product can keep water out and stay leak-proof. 📍Relevant Standards : IEC 60529 (Degrees of protection provided by enclosures - IP Code), ISO 20653 (for road vehicles).
Optical Lab (Darkroom)
📍Tests the optical properties of products in a completely dark environment. 📍Relevant Standards: Standards vary greatly depending on the product and measurement, but common ones include ISO 12233 (for digital camera resolution).
Electronic Heating Blast Drying Oven
📍Dries or heats samples quickly using hot, circulating air. 📍Relevant Standards : IEC 60068-2-2 (Test B: Dry Heat), GB/T 30435, and various ASTM and ISO material-specific standards (e.g., for soil, paint, or plastics testing).
Vibration Tester
📍Subjects products to various vibrations to ensure they can withstand shaking. 📍Relevant Standards : IEC 60068-2-6 (Test Fc: Vibration (sinusoidal)), IEC 60068-2-64 (Vibration, broadband random), MIL-STD-810 (Method 514).
Multi-function Alcohol Rubber Friction Testing Machine
📍Tests how well a surface resists rubbing and alcohol wipes. 📍Relevant Standards: Common standards are often based on internal company specifications or industry-specific tests for printed materials.
8D (Eight Disciplines) Report
The 8D (Eight Disciplines) Problem Solving Process is a collaborative methodology used to find the root cause of a problem, devise a short-term fix, and implement a long-term solution to prevent the issue from recurring.
It is structured into eight formal steps (plus an initial planning stage) that document the entire lifecycle of a quality issue.
Our Work Process
01
Kick Off
02
3D Structure Confirmation
03
Schematic Design
04
FAE Confirmation
05
PCB design & PCBA prototyping
06
Software Debugging
07
DR1 Evaluation Meeting
08
PCB Optimization
09
V1 Software Debugging
10
DR2 Evaluation Meeting
11
Customer Prototype
12
DVP Testing
13
OTS Approval
14
Materials for production
15
Trial Production
16
SOP
17
DR3 Evaluation Meeting
18
Change Management
19
PPAP Approval
20
Purchasing Materials
21
Batch Method
22
Project Completion
The future of mobility is visual. Join us as we drive the next era of intelligent road safety.