Precision manufacturing solutions for composites, aerospace, defence and advanced industrial applications.
From CAD data to precision-machined moulds, patterns, tooling and components, 3D MacInfoTech delivers engineered CNC manufacturing solutions for complex and demanding applications.
3D MacInfoTech combines CNC machining expertise, tooling knowledge and manufacturing capabilities to deliver customized solutions for complex industrial requirements.
From prototypes and master patterns to production moulds, composite tooling, jigs, fixtures and large-format machined structures, our approach is built around the geometry, material, dimensional requirements and production objectives of each project.
Precision-driven CNC machining and tooling engineering for demanding industries requiring tight tolerances, complex 3D contours, and reliable delivery.
Precision CNC machining for complex components, models, moulds, patterns and industrial parts.
Manufacturing of precision moulds, plugs, patterns and production tooling.
Tooling solutions for carbon fibre, fiberglass, FRP, CFRP and GFRP applications.
Machining solutions for large moulds, patterns, plugs and industrial structures.
Precision patterns and models for foundry, automotive and industrial applications.
Custom manufacturing fixtures for machining, assembly, inspection and production.
Rapid development of prototypes, models and low-volume components.
Application-specific CNC manufacturing solutions based on customer drawings and CAD data.
Engineering solutions built for precision-critical industries where component failure is not an option.
Precision tooling, moulds, patterns and CNC manufacturing for aerospace and space applications.
Advanced manufacturing solutions for defence and high-performance applications.
Tooling and mould solutions for carbon fibre, fiberglass and advanced composite manufacturing.
Patterns, moulds, prototypes, fixtures and composite tooling.
Large-format moulds, patterns and tooling for composite structures.
Composite moulds, plugs, tooling and large-format manufacturing.
Patterns, models and tooling for casting and industrial applications.
Custom CNC machining and tooling for specialized manufacturing requirements.
Precision tooling for carbon fibre, fiberglass and high-performance composite applications.
3D MacInfoTech provides CNC-machined tooling solutions for composite manufacturing, supporting prototype development, low-volume production and industrial applications.
Complex aerospace and defence applications require precision, repeatability and reliable tooling. 3D MacInfoTech provides CNC machining, moulds, patterns, composite tooling, jigs, fixtures and prototype manufacturing solutions for organizations developing advanced aerospace and defence products.
Our Hyderabad facility houses precision multi-axis CNC machining centers, expansive gantry mills, and specialized tooling equipment organized to fulfill high-tolerance manufacturing contracts.
Our CAM programmers will verify tool clearance, minimum radius constraints, and draft angles directly against your 3D CAD data (STEP/IGES/Parasolid) before quoting.
Explore our line-up of precision CNC routers, multi-axis machining centers, heavy-duty pattern machinery, and specialized tooling equipment built for industrial manufacturing.
A robust CNC router ideal for high-precision cutting with a single spindle motor, perfect for industrial applications.
A double-head router designed for simultaneous cutting operations, increasing efficiency and reducing machining time.
A CNC router equipped with two spindles, allowing for fast and efficient machining of different materials.
A four-spindle CNC router built for high-volume production, ensuring fast and accurate cutting operations.
A Rotary CNC machine designed for carving cylindrical objects with precise and efficient performance.
A CNC machine specialized for cutting thermocol and foam materials with extreme precision.
Browse our complete catalog of 29+ CNC machines, routers, and custom automated cutting setups.
Our manufacturing setup is configured to mill complex surfaces, deep cavities, and large-format moulds from high-precision CAD data.
Machining Configuration
Machining Envelope
Geometry Complexity
Digital Engineering
Composite Tooling
Production Scale
Carefully selected tooling and component materials machined to customer thermal, mechanical, and surface finish specifications.
A structured, digital manufacturing process ensuring geometrical fidelity, toolpath optimization, and timely project execution.
Understand application, geometry, material and production requirements.
Review customer CAD data (STEP, IGES, STL), drawings and manufacturing requirements.
Develop optimal multi-axis machining strategy, cutters and toolpaths.
Machine the component, mould, pattern or tooling with high repeatability.
Perform required surface finishing, sealing, priming and preparation.
Verify dimensions, critical features and surface quality to specifications.
Deliver the finished component or tooling ready for the next manufacturing stage.
Real engineering applications across composite moulds, patterns, wind energy structures, and precision prototypes.
Application: Composite component mould for high-precision aerodynamic surfaces
Material: Epoxy Tooling Board / PU
Challenge: Maintaining strict surface contour accuracy across complex 3D aerodynamic curvature.
Result: Precision-machined mould ready for composite autoclave/vacuum consolidation.
Application: Master plug and pattern for large-scale composite aerodynamic structure
Material: High-Density Foam & Epoxied Tooling Substrate
Challenge: Extending continuous toolpaths across an extensive working envelope without indexing errors.
Result: Rigid, accurate master plug ready for fiberglass/FRP splash mould lamination.
Application: Rapid prototype mould for lightweight carbon fibre automotive styling panels
Material: PU Board & Billet Substrate
Challenge: Demanding 10-day turnaround time for vehicle styling clinic and test fitment.
Result: Flawless surface finish ready for immediate pre-preg composite lay-up.
A responsive engineering partner that bridges the gap between CAD models and finished production tooling.
Manufacturing solutions developed around the customer's specific application, tolerances, and process environment.
Advanced CNC machining for complex 3D geometry, tight corner radii, and deep cavity profiles.
Tooling solutions for carbon fibre, fiberglass, FRP, CFRP, GFRP, plugs, master models and trimming fixtures.
Machining envelopes adapted for large moulds, full-scale patterns, boat hulls, and industrial components.
Manufacturing adapted to customer drawings and CAD data from rapid prototyping to low-volume production.
Direct support from experienced machining engineers throughout CAD review, CAM planning, and delivery.
Send us your CAD file, drawing or project requirements and our engineering team will review your application, machinability, tolerances, and timeline.
All customer CAD files and intellectual property are treated with strict confidentiality. Non-Disclosure Agreements (NDAs) executed upon request before file transmission.
Plot No D-133, Simhapuri Colony, Bowrampet Village, Qutubullapur Mandal, Hyderabad - 500043, Telangana
Native STEP (AP203/AP214/AP242), IGES, STL mesh for tooling surfaces, DXF/DWG for trimming fixtures, Parasolid (.x_t), and 2D engineering drawings with GD&T callouts.
