Mold Design
Precision tooling engineered for performance and longevity
Overview
We design and manufacture high-accuracy injection molds using advanced engineering tools and precision machining processes.
Our toolroom capability supports both in-house production and external customer tooling requirements.
Key Capabilities
Single & multi-cavity molds
Hot runner and cold runner systems
Mold flow considerations during design
Precision CNC machining
Tool maintenance & modification
Key Strength
Efficient part ejection systems
Controlled cooling channel design
Mold life optimization
Dimensional accuracy control
Applications
Industrial molded assemblies
Electrical plastic part production
Medical-grade mold requirements
Automotive molded components
Overview
We design and manufacture high-accuracy injection molds using advanced engineering tools and precision machining processes.
Our toolroom capability supports both in-house production and external customer tooling requirements.
Key Capabilities
Single & multi-cavity molds
Hot runner and cold runner systems
Mold flow considerations during design
Precision CNC machining
Tool maintenance & modification
Key Strength
Efficient part ejection systems
Controlled cooling channel design
Mold life optimization
Dimensional accuracy control
Applications
Industrial molded assemblies
Electrical plastic part production
Medical-grade mold requirements
Automotive molded components
Overview
We design and manufacture high-accuracy injection molds using advanced engineering tools and precision machining processes.
Our toolroom capability supports both in-house production and external customer tooling requirements.
Key Capabilities
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Single & multi-cavity molds
Hot runner and cold runner systems
Mold flow considerations during design
Precision CNC machining
Tool maintenance & modification
WHY CHOOSE US
The Technocraft Advantage
End-to-End
Expertise
Complete in-house solutions from design to production ensuring faster delivery and consistent quality at every stage.
Precision
Engineering
Advanced CNC and EDM systems deliver molds with superior accuracy, reliability, and global manufacturing standards.
Proven Industry Experience
Decades of expertise serving leading automotive, medical, and electronics brands with precision and trust.
Quality Without Compromise
ISO-certified processes and thorough inspections guarantee dependable performance and lasting durability.
WHY CHOOSE US
The Technocraft Advantage
Our engineering team works closely with clients to refine designs, optimize manufacturability, and ensure efficient, cost-effective production outcomes.
End-to-End Expertise
Complete in-house solutions from design to production ensuring faster delivery and consistent quality at every stage.
Precision Engineering
Advanced CNC and EDM systems deliver molds with superior accuracy, reliability, and global manufacturing standards.
Proven Industry Experience
Decades of expertise serving leading automotive, medical, and electronics brands with precision and trust.
Quality Without Compromise
ISO-certified processes and thorough inspections guarantee dependable performance and lasting durability.
FREQUENTLY ASKED QUESTIONS
Got Questions? We’ve Got Answers.
FREQUENTLY ASKED QUESTIONS
Got Questions? We’ve Got Answers.
We work with leading brands across automotive, medical, electrical, and FMCG sectors, delivering precision-engineered plastic components and molds.
Yes, all services from mold design and manufacturing to injection molding and engineering support are managed entirely in-house.
Lead times generally range from 4 to 10 weeks, depending on mold complexity, size, and client review cycles.
We process a wide range of engineering polymers such as ABS, PP, PC, Nylon, and PBT, based on application requirements.
Yes, we support both low-volume prototype production and large-scale manufacturing, depending on project scope.
Yes, our engineering team can refurbish, repair, or modify molds to improve performance or adapt to new product needs.
Our advanced CNC, EDM, and 5-axis machining systems deliver precision up to ±0.01 mm in tooling and molded components.