- 20, Phase II, Jigani Industrial Area, Bengaluru - 560105
- info@bmax.co.in
- +91 98803 88119
-
20, Phase II, Jigani Industrial Area,
Bengaluru - 560105 - info@bmax.co.in
- +91 98803 88119
At Bmax Engineering, our in-house Design Department plays a pivotal role in turning customer concepts into manufacturable precision components. Equipped with industry-leading CAD and CAM software, our engineers ensure accurate 2D/3D modelling, detailed drawings, toolpath generation, and seamless transition from design to production.
For advanced 3D parametric modelling, assembly design, simulation, and product data management.
For precise 2D drafting, technical drawings, layouts, and detailed schematics.
This integrated design capability supports our “Precision in Every Part” philosophy, enabling rapid prototyping, design for manufacturability and customized solutions for automotive and hydraulics applications.
At Bmax Engineering, our modern production facility is equipped with a versatile range of high-precision CNC and conventional machining systems. This enables us to manufacture complex precision turned and machined components with tight tolerances, superior surface finishes, and efficient high-volume output for the automotive and hydraulics industries. Our in-house capabilities—from raw bar stock to finished, plated, and assembled parts—ensure complete control over quality, lead times, and cost.
We machine a wide spectrum of materials to meet diverse application requirements, including:
This broad material compatibility allows us to produce components that withstand high pressures, temperatures, wear, and environmental conditions typical in automotive and hydraulics applications.
Up to 32 mm bar capacity, equipped with live tooling and integrated thread rolling capabilities for complex, high-precision small-to-medium parts requiring fine details, threads, knurls, deep hole drilling and high precision reaming in a single setup.
High-accuracy CNC horizontal and vertical machining centers for multi-axis milling, drilling, and contouring of precision components, supporting demanding geometries and consistent repeatability.
Versatile CNC lathes for turned parts with high precision, suitable for medium-volume production of shafts, fittings, and custom automotive/hydraulics components.
Up to 48 mm bar capacity, ideal for very high-volume production. These machines feature advanced capabilities including same-setup thread rolling, polygon milling, recessing, high-speed drilling, special high accuracy OD form sizing and tapping—delivering exceptional productivity and cost-efficiency for mass-produced precision parts.
Dedicated equipment for forming precise knurls, threads, serrations, and splines with superior strength and finish compared to cut threads.
For riveting and sub-assembly operations, enabling us to provide complete, ready-to-install sub-assemblies.
In-house Alkaline Zinc Plating line for corrosion-resistant coatings, applied directly in our facility to ensure quality control, fast turnaround, and compliance with industry standards.
This integrated machining ecosystem—combining advanced CNC precision, high-volume multi-spindle efficiency, value-added processes, and versatile material handling—supports our commitment to “Precision in Every Part”. It allows us to deliver reliable, high-quality components with short lead times, zero-defect standards, and full traceability.
At Bmax Engineering, we maintain a state-of-the-art inspection and metrology laboratory to ensure every component meets the highest standards of precision, surface finish, form, and coating quality. Our facilities support rigorous in-process and final inspections, enabling zero-defect delivery for automotive and hydraulics applications.
Zeiss CMM for high-accuracy 3D dimensional inspection.
Zeiss Rondcom 43C (table-top roundness and cylindrical form measuring instrument) and Zeiss Contour Record for precise contour and profile analysis.
Zeiss roughness measurement systems for detailed surface texture evaluation.
Fischer XRF Coating Thickness Tester (non-destructive X-ray fluorescence for precise coating analysis) and Fischer Digital Coating Thickness Tester.
Dyna Scan Profile Projector for optical profile comparison and inspection.
Advanced Vision Inspection Systems for first-off inspections, in-process checks, and barrier audits — enabling fast, non-contact defect detection and process verification.
Salt Spray Test Chamber for corrosion resistance validation (critical for zinc electroplated components).
This comprehensive suite of equipment — combining advanced Zeiss and Fischer metrology, vision technology, and reliable traditional tools — ensures full traceability, repeatability, and compliance with international standards. It directly supports our guiding principle: “Precision in Every Part” and enables us to consistently deliver reliable, high-quality components to our customers.
