From concept to mass production β engineering, tooling, sampling and quality control in one workflow.
You provide the drawings; we provide the precision. Leveraging our 1,500γ‘ plant and automated production lines to deliver consistent, high-quality mass production.
You provide the concept; we provide the solution. Our engineers assist in material selection, DFM optimization, and tooling design to bring your idea to life.
Detailed review of your CAD drawings and performance specs.
Engineering advice on material compounds and moldability.
Rapid mold creation and physical sample verification.
In-house mold fabrication and high-volume automated molding.
Scheduled shipping with complete QA documentation (COA, PPAP).
Our 1-on-1 engineering support eliminates communication gaps. We utilize Moldflow analysis and 3D prototyping to ensure every custom component is optimized for performance and cost-efficiency before mass production.
Gate location, cooling channel and shrinkage simulation before tooling cuts β zero mold revision surprises.
Rapid prototypes in 3β5 days for form, fit, and function validation before hard tooling.
CNC machining, EDM, and wire-cut mold cavities built and maintained internally for short lead times.
We respect your innovation. Blue Diamond enforces strict data silos and signs mutual Non-Disclosure Agreements (NDA) as standard procedure. Your custom molds and proprietary designs are exclusively your assets.
STEP, IGS, STP, PDF, DWG. We also accept physical samples for reverse engineering and replication projects.
Yes. We sign mutual Non-Disclosure Agreements as standard procedure before receiving any customer drawings or specifications.
Yes. Our in-house tooling center handles full mold design, CNC machining, EDM finishing, and T1 sampling β all under one roof.
MOQ depends on part size and complexity. Rubber and injection molding typically starts from 500 pcs; PU foam prototyping from 100 pcs. Contact us for a project-specific MOQ.
Typically 15β35 working days for standard complexity molds, from approved CAD to T1 sample delivery.
Yes. Our materials engineers review your application environment β chemical exposure, temperature range, mechanical load β and recommend the optimal compound specification.
Share your drawings, quantity and material requirements. Our team performs a complimentary DFM review before quoting.
