Engineering & Analysis

Advanced Solutions for
Powertrain Components

Comprehensive structural design, system regulation, and CAE/CFD analysis to optimize your automotive systems.

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Cylinder Head Cover Design
Cylinder Head

Cylinder Head Cover Design

Comprehensive structural and sealing optimization.

Seal groove & ring design
Welding structure design
Fixed connection design
CAE analysis
Sealing analysis
NVH analysis
Moldflow analysis
Intake Manifold Design
Intake Manifold

Intake Manifold Design

Air passage & fluid dynamics integration.

Air passage / Slice design
Welding structure design
Sealing structure design
Connection structure design
CFD analysis
Modal & Burst analysis
NVH analysis
Moldflow analysis
Oil Pan Design
Oil Pan Design

Oil Pan Design

High-efficiency lubrication & durability solutions.

Sealing structure design
Welding structure design
Connection structure design
Oil suction efficiency analysis
Modal & Burst analysis
NVH analysis
Moldflow analysis
Oil Mist Separator Design
Oil Separator

Oil Mist Separator Design

Advanced crankcase pressure & separation tech.

Oil-gas separation system design
Crankcase pressure regulation
Sealing structure design
Connection structure design
Modal & Burst analysis
NVH analysis
Moldflow analysis
Empowering Powertrain Engineering with Precision
PAGE | 03-04

POWERTRAIN
COMPONENTS

One-Stop Solution

R&D Verify >
Design Verification
10+ years expert R&D team offering product design, CAE analysis, and process layout. We engage early to ensure design feasibility and optimal performance.
×
Prototyping >
Rapid Trial Production
15 years of rapid prototyping for high-risk components (intake manifolds, oil pans). Using advanced materials (up to 185°C resistance) to meet stringent testing needs.
×
Production >
Precision Mass Production
10+ years in complex mold manufacturing. Equipped with 60T-1750T precision machines to ensure high-precision, large-scale mass production.
Full-Chain >
Concept to Mass Production
Delivering end-to-end solutions from concept to mass production for gasoline and diesel engine powertrains.
Powertrain Precision Engineering
POWERTRAIN
Visuals are for reference only. Actual product material and specifications may vary.
ACXTA
[ Process Optimization ] Prototype Fabrication Silicone Molding Sample Casting Post-Processing Quality Testing
Advanced Manufacturing Workflow
RAPID PROTOTYPE
PROCESS INTRODUCTION

Data & Process
Optimization

  • Wall thickness optimization
  • Rib optimization
  • Flange strength optimization
  • Welding structure optimization
  • Sealing structure optimization
  • Insert structure optimization

Prototype Sample
Fabrication

  • 3D printing prototype samples
  • Prototype sample polishing & grinding
  • Prototype sample painting

Silicone Mold
Fabrication

  • Build mold cavity using ABS plates & steel tube framework
  • Pour liquid silicone

Sample
Casting

  • Silicone mold enters duplicating machine
  • Pour two-component resin into mold cavity
  • 2H high-temperature baking for shaping

Mold
Opening

  • Cut silicone mold to open
  • Remove prototype sample
  • High-temperature baking of mold for 10H shaping

Sample
Post-Processing

  • Baking of sample in 3-5 stages
  • Install sealing rings, flange machining
  • Assemble accessories
  • Appearance polishing & grinding

Testing and
Measurement

  • Air tightness testing (50Kp)
  • Nut torque / Bushing pull-out test
  • CMM dimensional measurement

Painting &
Delivery

  • Appearance painting
  • Packaging and shipping
Data Optimization
Vacuum Mold Casting
CMM Measurement
Multi-Stage Baking
ACXTA Automotive - 独立站互动模块 (优化版)
POWERTRAIN
15+ YRS
The core team has an average industry experience of over 15 years, possessing strong growth potential in this market segment.
ACXTA
TECH
ACXTA Automotive Technology Co., Ltd. is a professional supplier dedicated to the development of components in the automotive powertrain field.
The company has extensive design, development, and production experience in high-difficulty engine peripheral components such as intake manifolds, valve covers, and oil mist separators.
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Area5000m²
FocusR&D
HQQingdao
Auto Parts
FACILITY
Located in Chengyang District, Qingdao, with a factory area of 5,000 square meters. It has complete R&D support capabilities ranging from injection molding, assembly, testing, to measurement.
ACXTA
POWERTRAIN
SYSTEMS
Interface
@2025
Enterprise
Official
Website
Terminal B
WHY CHOOSE
ACXTA? @2025
1. Basic Information
  • Establishment Date 2013
  • Registered Capital 10 million RMB
  • 2025 Sales Revenue 156 million RMB
  • Auto Parts Output Value ~80 million RMB
2. Core Business & Team
  • R&D Team Avg. >10 years industry experience
  • Fields Involved Gasoline & Diesel engines
  • Core Products Intake manifolds, valve covers, oil pans, thermostat housings, fuel rails, etc.
  • Service Capabilities Full range: Product design, CAE analysis, Process layout
3. Rapid Prototyping
  • Experience 15 years dev. experience (Top-tier in powertrain)
  • Materials ABS, PC, resin, aluminum alloy
  • Specialized Tech High temp resistance (Max 185°C, Long-term 150°C)
  • Test Compatibility Bench tests, road tests, durability tests
4. Automotive Molds
  • Experience >10 years pre-deformation mold dev.
  • Products High-risk parts (manifolds, valve covers, oil separators)
5. Production Equipment
  • Precision Brands Haitian, Engel
  • Equipment Tonnage 60T to 1750T
MANUFACTURING
" A professional supplier of components for the powertrain sector. We complete a full range of work including product design, CAE analysis, and process layout, redefining industry standards.
TECHNOLOGY
QINGDAO ANSHENG XINDA AUTO TECH

15-YEAR CORE TEAM

Focused on Intake Manifolds · Valve Covers · Oil Mist Separators

15 YRS

LOCATION

Qingdao Ansheng Xinda Automobile Technology Co., Ltd.
No. 5 Shuangwan Road, Chengyang District
Qingdao, Shandong Province
Contact Us for a Development Proposal →
R&D PROCESS
R&D Innovation

End-to-End Development

Customized R&D
Process Flow

Comprehensive design, testing, and manufacturing tailored to rigorous specifications, ensuring precision from concept to SOP.

Our standardized 16-step development pipeline guarantees quality control at every milestone, utilizing advanced CAE simulation and verification matrixes.