We are committed to manufacturing products and components that meet customer requirements in terms of quality, delivery and response. We aim to achieve excellence through continual improvement with the involvement of all stakeholders and due concern for safety of life and property.
ARVAUTO is an IATF and ISO certified organisation, and has implemented a robust quality management process that is in line with the industry standards: ISO 9001, IATF 16949.
Our quality management process derives its root from the company’s vision, mission and quality policy, which is underpinned by three basic tenets:
• Customer focus.
• Stakeholder (customer, supplier, employee, shareholder and statutory bodies) value.
• Care for environment and sustainability.
We follow a system-driven approach for acquiring and using process data and information to derive key quality metrics for continuous improvement.
We have a huge data bank for flow and pressure characteristics, choice of materials and fit. Our pumps are designed using advanced design systems such as PRO’E’ and Solid Work for 3D Modelling and CFD analysis.
We have 100-plus years of cumulative team experience in designing and developing water and oil pumps, and have dedicated team members for designing patterns, jigs and fixtures. Our highly skilled design engineers are competent in the designing of complete water and oil pumps –inclusive of scan & reconstruction. We have also tied-up with design firms for advanced designing requirements and with universities and R&D labs for cutting-edge technology development (e.g. variable displacement oil pumps, electric water pumps, etc.).
We have 34 new products under development – 13 for OEM, 12 for aftermarket and 8 for the export market.
Engineering & Development – New Product Development Process.
Development of child parts include:
• Body – grey cast iron pattern development for green sand moulding, shell moulding for both ARPA and high-pressure moulding lines
• Aluminium casting and tool development for GDC and PDC.
• Impellers – brass, cast iron, Nylon 66, PPS.
• Bearings – ball, taper roller, Integral shaft bearing (ball–ball, ball–roller combinations).
• Seals – silicon carbide – carbon ceramic combinations
• Forged components, vinyl rubber parts, paper gaskets, etc.
• Gear design and development – cut gears, Zerotors and sintered pulleys
• Gauges and fixture development for machining, assembly and testing
Engineering & Development – Design and Capability
Core capabilities:
• New product design based on mounting conditions, interface conditions and cooling profile
• Reverse engineering from samples
• Value engineering for cost reduction and process improvement
• Soft verification and design validation
Requirement software used:
• 2D design – AutoCAD
• 3D design – Pro-E (Creo-2) / Solid work 2015
• CFD analysis – Ansys CFX (External)
• FEA analysis – Hypermesh, Ansys
• 3D scanning – Feroo scanner (External)
