10-STEP OEM / ODM DEVELOPMENT

FROM CONCEPT TO PRODUCTION

A transparent, engineering-led development workflow integrating industrial design, prototyping, tooling validation, production planning and controlled mass manufacturing.

2D concept input and product planning
01
Project Initiation

Concept Input & Product Planning

Customers provide 2D concept sketches, product dimensions and development requirements. Our team conducts the initial review and formally launches the project after confirming the basic direction.

2D Input Review
FREEFORM 3D sculpting and engineering design
02
Digital Development

FREEFORM 3D Sculpting & Engineering Review

Based on the approved 2D input, our designers use FREEFORM to build detailed 3D exterior models. Product features are evaluated for demolding and injection requirements, adjusted when necessary, and presented in six views for customer approval.

Six-View 3D Approval
High precision 3D printed prototype
03
Physical Validation

High-Precision 3D Printed Prototype

After the appearance is approved, a high-precision 3D printer is used to produce a physical prototype, allowing the customer to verify the appearance, structure and dimensions more intuitively.

Prototype Verification
Hand painted color sample approval
04
Appearance Confirmation

Hand-Painted Color Sample & Sign-Off

Once the prototype is confirmed, any necessary revisions are completed. A new sample is then hand-painted and color-matched before being submitted for final customer confirmation and signed approval.

Final Color Sign-Off
Precision production mold design
05
Tooling Engineering

Production Mold Design

After the final sample is signed, the project formally enters the mold design stage. The approved product structure is translated into a production-ready tooling solution.

Mold Engineering
Mold manufacturing project schedule
06
Schedule Control

Mold Manufacturing Schedule

A detailed mold manufacturing schedule is established at the same time, keeping key milestones, responsibilities and target completion dates clear throughout the tooling stage.

Milestone Planning
Mold manufacturing progress reporting
07
Transparent Execution

Mold Manufacturing & Progress Reporting

During mold manufacturing, progress is reported to the customer in a timely manner. Regular updates keep the entire tooling process transparent, traceable and controllable.

Transparent Progress
Mold fitting trial molding and injection sample
08
Tooling Validation

Mold Fitting, Trial Molding & White Sample

After tooling is completed, mold fitting and trial molding are carried out. Potential injection issues are identified and improved, and injection-molded white samples are submitted for customer approval.

Trial Mold Validation
Final color sample and mass production scheduling
09
Pre-Production Approval

Final Color Samples & Production Scheduling

After the injection sample is approved, painting fixtures and pad-printing plates are prepared. Ten sample sets are produced for final bulk color confirmation, followed by the formal mass-production schedule.

10-Set Final Approval
Controlled mass production and quality delivery
10
Controlled Manufacturing

Mass Production & Quality Delivery

Formal mass production begins after final approval. Production photos and progress updates are shared regularly, while any issue is communicated and corrected promptly to protect product quality and delivery performance.

Stable Mass Production

Complete OEM/ODM Development & Manufacturing Capability

From initial concept input and engineering validation to tooling, sample approval and controlled mass production, Longman manages every stage through a transparent and structured project workflow.

We would love to hear from you.

If you’ve got great products your making or looking to work with us then drop us a line.