Precision Engineering from Concept to Production
Comprehensive product development, mould design, injection moulding, secondary operations, assembly, and quality systems — all under one roof at our MIDC Ranjangaon facility.
Integrated Capabilities, One Partner
Engineering
NPD, APQP, PFMEA, PPAP, DFM, prototyping, material selection.
View details ↓Mold Design & Manufacturing
CAD/CAM, mold flow analysis, high-cavitation tooling up to 72 cavities.
View details ↓Plastic Injection Moulding
Up to 1000T, cleanroom moulding, metal-to-plastic conversion, GMP.
View details ↓Secondary Operations
Welding, machining, laser etching, hot foiling, screen & tampo printing.
View details ↓Assembly
Furniture, seating, LED products, high-volume small parts assembly.
View details ↓Quality Systems & Assurance
Zero-defect focus, IATF 16949, process improvement, value enhancement.
View details ↓Engineering
In our New Product Development (NPD) initiatives, we rely on proven tools such as APQP, PFMEA, and PPAP. These methodologies ensure each product is developed with a focus on risk mitigation, process capability, and customer satisfaction from the outset.
Our engineering team engages at the concept stage to align material selection, tooling strategy, and production planning with your product requirements — reducing downstream risk and accelerating time-to-market.
We analyse part geometry, wall thickness, draft angles, and gate locations to optimise your design for efficient, repeatable production before tooling begins.
Using advanced simulation software, we predict fill patterns, weld lines, air traps, and warpage — enabling proactive optimisation of gating, cooling, and ejection systems.
Our technical team recommends the optimal polymer grade based on mechanical, thermal, chemical, and regulatory requirements for your specific application.
Rapid prototyping capabilities allow us to produce functional samples for client evaluation, ensuring design validation before committing to full production tooling.
Mold Design & Manufacturing
At Atharva, we deliver comprehensive mold engineering solutions spanning the full spectrum — from conceptual design to final consignment. With over a decade of specialised experience, we bring unmatched technical depth and manufacturing precision.
Our expertise covers automotive, medical, furniture, electrical, and engineering plastics. Using Siemens NX, CATIA, SolidWorks, and AutoDesk Moldflow, we simulate injection parameters and optimise gating, cooling, and ejection before cutting steel.
Our engineers utilise Siemens NX, CATIA, SolidWorks, and AutoDesk Moldflow for detailed 3D modeling, simulation, and toolpath generation — ensuring precision before manufacturing begins.
We manufacture high-cavitation tooling including hot runner systems, multi-action tools, and high-speed molds built for longevity, repeatability, and maximum output with minimal maintenance.
We provide complete lifecycle support including Engineering Change Notice (ECN) integration, ensuring flexibility and scalability throughout your product's development and production journey.
Driven by lean manufacturing practices and precision tooling, Atharva is recognised for industry-leading mold development timelines without compromising quality or durability.
Plastic Injection Moulding
We deliver precision-engineered injection moulding solutions designed to support complex product architectures, high-volume demands, and stringent industry requirements — positioning us as a strategic partner for OEMs and Tier 1 suppliers globally.
Our MIDC Ranjangaon facility operates 35 injection moulding machines with round-the-clock production capability, ensuring we meet the most demanding volume requirements.
From 100T to 1,000T clamping force, our press range accommodates everything from small precision components to large structural parts — all with consistent quality.
Dedicated cleanroom moulding environments meet ISO class standards for medical, pharmaceutical, and other contamination-sensitive applications.
Our technology portfolio includes gas-assisted moulding, over-moulding, insert moulding, and multi-shot processes — enabling complex part consolidation and enhanced functionality.
We specialise in converting metal components to engineered plastics, reducing weight, cost, and corrosion while maintaining or improving structural performance.
Our machine park features modern, servo-driven injection moulding machines with closed-loop process control for exceptional repeatability and energy efficiency.
Good Manufacturing Practice (GMP) protocols govern our production environment, material handling, documentation, and personnel training — ensuring compliance with the most rigorous industry standards.
Secondary Operations
We offer a comprehensive range of secondary operations designed to enhance product functionality, aesthetics, and precision. Our advanced capabilities allow us to meet diverse customer requirements with high efficiency and consistent quality.
High-frequency ultrasonic vibration creates clean, strong, and precise bonds between thermoplastic parts without adhesives, fasteners, or solvents — ideal for high-speed production.
Controlled thermal welding for large or complex parts where joint integrity and hermetic sealing are critical — commonly used for automotive fluid reservoirs and industrial containers.
Linear friction welding technology for joining large, irregularly shaped parts with high-strength requirements — suitable for a wide range of thermoplastic materials.
Precision CNC machining of plastic components for tight-tolerance features, post-mould finishing, and low-volume production runs where tooling investment is not required.
Permanent, high-contrast marking for part identification, branding, traceability codes, and decorative finishes — compatible with a wide range of polymer substrates.
Metallic and pigmented foil transfer for premium decorative effects on plastic surfaces — delivering high-end aesthetics for consumer-facing products.
Versatile printing method for bold, durable graphics on flat and gently curved plastic surfaces — suitable for both small and large production batches.
Precision pad printing for fine detail, multi-colour decoration on complex 3D surfaces — ideal for logos, dial markings, and small-format graphics on irregular geometries.
Assembly
Our assembly line is a smart integration of low-cost automation and high-speed assembly machines, ensuring flexibility and precision while keeping costs optimised. We specialise in delivering assembly solutions that cater to diverse product segments.
Assembly of bottle caps using automated induction sealing liner and foam WAD insertion machines, with precision placement and quality checks to ensure consistent sealing performance and product reliability.
Complete sub-assembly and final assembly of furniture components including structural frames, brackets, connectors, and modular systems for domestic and export markets.
Precision assembly of chair arm mechanisms with integrated adjustability features — combining moulded components with metal inserts and fasteners in a streamlined workflow.
Assembly of ergonomic headrest cushions combining foam padding, fabric covering, and precision-moulded structural cores — delivered as ready-to-install units.
Full seat unit assembly integrating moulded shells, foam cushions, upholstery, and mounting hardware — tested for durability and comfort compliance.
Automated and semi-automated assembly lines for high-volume small parts — delivering consistent quality at competitive cycle times for cost-sensitive applications.
Quality Systems & Assurance
At Atharva, quality is not just a benchmark — it's a commitment deeply rooted in every aspect of our operations. Our focus on zero defects and first-time-right execution is supported by robust systems and structured methodologies.
Comprehensive quality management systems operating under IATF 16949 and ISO 9001 certifications. Every batch is inspected, documented, and traceable from raw material receipt through in-process control to final shipment — with full technical data sheet provision.
Continuous improvement methodologies including structured root cause analysis, statistical process control (SPC), and corrective action systems drive ongoing refinement of our manufacturing processes — reducing variation and eliminating waste.
Beyond compliance, we actively seek opportunities to enhance product value through material optimisation, cycle time reduction, weight savings, and design refinements — delivering measurable cost and performance benefits to our clients.
CERTIFIED UNDER
IATF 16949 · ISO 9001 · ISO 14001 · ISO 45001
Ready to discuss your next project?
Whether you need engineering support, a custom mold, high-volume production, or a long-term manufacturing partner — the conversation starts here.