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Miss. zhang

operation2@victory-sh.com

86--13256821248

Contact Now

Tooling Design

Precision Tooling Design and Manufacturing Services

About Ocean Century Mold Division

Tooling Design

Established: 2000

One-stop solutions: Product design → Mold development → Prototype sampling → Mass production

Specialization: Development and manufacturing of injection molds/sheet metal stamping tools

English-speaking project teams
CAE simulation capabilities
500,000-cycle mold lifespan assurance

Custom Your Mold&Die

Core Technologies

Equipment Inventory

CNC Machining Centers

10 CNC machines including one five-axis,

max table size up to 5000*2500 mm.

Tooling Design

Wire-cutting EDM

Full configuration (Fast/Medium/Slow wire)

Tooling Design

Hydraulic Presses

800T/500T capacities

Tooling Design

Stamping presses

1600T/1000T/630T/250T capacities

Tooling Design

Engineering Team Strengths

8 project engineers: Average 9+ years of experience;
3 English communication specialists: international client service capabilities;
8 CAE simulation engineers: Autoform/Danyform platform expertise;
30-member technical support team: Average 4+ years of hands-on experience;

Tooling Design

Why Tooling Design Matters

Molds are the heart of production—quality upfront is the foundation of long-term profitability. Superior tooling design minimizes flash and sink marks, improves material efficiency by 15%, and extends mold life over 30%.

Low-Cost Molds

Short lifespan

(50k–100k cycles)

Frequent downtime for repairs

High product dimensional variation

Hidden costs (rework/scrap)

High-Precision Molds

Extended lifespan

(300k–500k cycles)

50%+ improvement in production stability

Product pass rate >99.5%

20%-30% reduction in total costs

Quality Assurance System

Inspection Equipment: CMM (2000×1000mm) / Blue - light Scanner (GOM GMBH)
Certification System: ISO 9001:2015 / IATF 16949 (if applicable)
Process Control: First - article Inspection / SPC Statistics / Regular Equipment Calibration
Personnel Qualifications: ASME - certified Engineers / Regular Skills Training

Learn more about our quality control!

Mold Process Review Requirements

If you need us to provide tooling design and manufacturing services, please provide us with the following info as much as possible, it will help us to quote you faster and better:

Product drawings and sample parts.
Product application domain (e.g., home appliances, automotive, electronics).
Annual production volume or batch quantity.
Geographical location where the mold will be used.
Any special requirements (e.g., material certifications, surface finishes)?
Is this a new product or an existing mature design?

Mold Development Process

Ⅰ: Requirement Analysis:Design Review / DFM Report

Ⅱ: 3D Modeling:UG NX / SolidWorks

Ⅲ: CAE Simulation: Flow / Cooling / Structural Analysis

Ⅳ: Precision Machining: 5-axis CNC Machining

Ⅴ: Mold Testing & Validation: T0-T2 Testing Protocol

Ⅵ: Mass Production Support: Mold Maintenance & Service Plans

Tooling Design

Best Practices & What We Consider

Material Compatibility: Ensure the selected resin (e.g., thermoplastics, thermosets ) aligns with the mold’s thermal stability and processing parameters.
Mold Design Optimization: Use simulation tools to validate gate placement, cooling channels, and ejection systems .
Cost Efficiency: Balance precision requirements with cavity count and tool steel selection .
Regulatory Compliance: Address regional standards (e.g., RoHS, automotive certifications) if applicable.

Tooling Design

"Submit your requirements for a mold DFM analysis"

Get more services:

Sheet Metal Fabrication Service→

Plastic Injection Molding Service→

CNC Machining Service→

Welding Service→

Surface Treatment Service→

Assembly Service→

Get ODM/OEM Solutions→

Application Details

Home > Service >

Tooling Design

Miss. zhang

operation2@victory-sh.com

86--13256821248

Contact Now

Tooling Design

Precision Tooling Design and Manufacturing Services

About Ocean Century Mold Division

Tooling Design

Established: 2000

One-stop solutions: Product design → Mold development → Prototype sampling → Mass production

Specialization: Development and manufacturing of injection molds/sheet metal stamping tools

English-speaking project teams
CAE simulation capabilities
500,000-cycle mold lifespan assurance

Custom Your Mold&Die

Core Technologies

Equipment Inventory

CNC Machining Centers

10 CNC machines including one five-axis,

max table size up to 5000*2500 mm.

Tooling Design

Wire-cutting EDM

Full configuration (Fast/Medium/Slow wire)

Tooling Design

Hydraulic Presses

800T/500T capacities

Tooling Design

Stamping presses

1600T/1000T/630T/250T capacities

Tooling Design

Engineering Team Strengths

8 project engineers: Average 9+ years of experience;
3 English communication specialists: international client service capabilities;
8 CAE simulation engineers: Autoform/Danyform platform expertise;
30-member technical support team: Average 4+ years of hands-on experience;

Tooling Design

Why Tooling Design Matters

Low-Cost Molds

Short lifespan

(50k–100k cycles)

Frequent downtime for repairs

High product dimensional variation

Hidden costs (rework/scrap)

High-Precision Molds

Extended lifespan

(300k–500k cycles)

50%+ improvement in production stability

Product pass rate >99.5%

20%-30% reduction in total costs

Quality Assurance System

Inspection Equipment: CMM (2000×1000mm) / Blue - light Scanner (GOM GMBH)
Certification System: ISO 9001:2015 / IATF 16949 (if applicable)
Process Control: First - article Inspection / SPC Statistics / Regular Equipment Calibration
Personnel Qualifications: ASME - certified Engineers / Regular Skills Training

Learn more about our quality control!

Mold Process Review Requirements

If you need us to provide tooling design and manufacturing services, please provide us with the following info as much as possible, it will help us to quote you faster and better:

Product drawings and sample parts.
Product application domain (e.g., home appliances, automotive, electronics).
Annual production volume or batch quantity.
Geographical location where the mold will be used.
Any special requirements (e.g., material certifications, surface finishes)?
Is this a new product or an existing mature design?

Mold Development Process

Ⅰ: Requirement Analysis:Design Review / DFM Report

Ⅱ: 3D Modeling:UG NX / SolidWorks

Ⅲ: CAE Simulation: Flow / Cooling / Structural Analysis

Ⅳ: Precision Machining: 5-axis CNC Machining

Ⅴ: Mold Testing & Validation: T0-T2 Testing Protocol

Ⅵ: Mass Production Support: Mold Maintenance & Service Plans

Tooling Design

Best Practices & What We Consider

Material Compatibility: Ensure the selected resin (e.g., thermoplastics, thermosets ) aligns with the mold’s thermal stability and processing parameters.
Mold Design Optimization: Use simulation tools to validate gate placement, cooling channels, and ejection systems .
Cost Efficiency: Balance precision requirements with cavity count and tool steel selection .
Regulatory Compliance: Address regional standards (e.g., RoHS, automotive certifications) if applicable.

Tooling Design

"Submit your requirements for a mold DFM analysis"