Mechanical Engineering

Design

Mechanical Engineering / Industrial Design


Through our competitive team we can provide attractive products and brand designs to different markets across the globe. We keep the design simple, but at the same time they are elegant and attractive. Our support also include internal functional platform for different types of electronics devices.

As a complete turn key solution provider we can take you from concept stage to realization of product. We can support you on intermediate stages or on entire development. We are there for your support as needed by you from sketch stage to production stage.

Engineering Characteristics

We provide Manufacturing, Concept generation and prototype services for our customers through our competitive and flexible design team. Keeping the current market dynamics we provide executable solutions which are elegant and attractive from usability and physical appearance prospective.

With our thorough knowledge of product development we can take care of IFP developments by understanding the requirements of other critical teams in a more better and effective way than any other solution provider. We also provide 3D printing and part manufacturing support through our expert team who have more than decade long experience of handling CNC machining for all types of design.

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About Mechanical Engineering

➢ Product Engineering and Development
➢ Development of Product / System / Sub-system / Component / Part
➢ Design for Manufacture / Assembly/ Service (DFX).
➢ Industrial design.
➢ CAE: Structural, Thermal/ Flow, Fatigue Life Analysis and Design Optimization Solutions.
➢ Value Engineering: Alternative Design/ Material/ Manufacturing Methods, Feature Impacts, Component elimination, Component Commonalities / Product Consolidation.
➢ Design of Shipment Packing using eco-friendly material.
➢ Design of Tooling / Fixture.
➢ Flow and fill analysis for plastics.
➢ Reverse Engineering: Scanning/ CMM/ Conventional Inspection to get raw data; Conversion to fine-tuned 3D model and then creation of final Manufacturing Drawings with appropriate tolerances.
➢ 3D Modelling / Drafting / Detailing.
➢ Conversion of complex legacy data to Customerspecific formats and systems.
➢ Incorporation of design best practices, red lines, and change orders.
➢ Prototyping and Design Validation.
➢ Vendor Development and sourcing.

➢Rich experience of Engineers/ Designers (of over 50 Man-years) from both Design offices & shop floor
➢ Augmented with fresh ideas of young engineers from reputed institutions
➢Exploring parallel solutions and “what if” scenarios within the project cycle without affecting the schedule
➢ Optimized Skills where engineers are trained in industry best practices.
➢ Tool Independence where collaboration in any major CAD package is possible.
➢ Providing cost-effective and high-level engineering solutions
➢ Design for Six Sigma (DFSS)
➢Exposure to various Safety and Regulatory standards like UL, IEC, ISO, NEMA, ASME, etc.
➢ Smart modelling Practices for ease of use, taking future modification needs into consideration
➢ More relevance to Product Engineering.
➢ Incorporating with ease, best practices that are customized to each customer’s needs
➢Working experience with PDM environments like Teamcenter, E-Matrix, Intralink

➢Plastics, Moulded and Extruded – right from cheap Non-Engineering Plastics like LDPE to High end Engineering Plastics like PC-ABS, PPO/ PPS, PEEK, MABS.
➢ Sheet metal/ Plastic – CRS, Stainless Steel, Aluminium, Spring Steel, Phosphor Bronze, Beryllium Copper, PVC, HIPS, PP, ABS, etc, from thicknesses as thin as 0.15mm to heavy gauges of 1”.
➢ Machined Metal/ Plastic – various grades of Mild Steel, Stainless Steel, Aluminium, Brass, PVC, PTFE, Nylon, Delrin, etc.
➢ Castings/ Extrusions – Steel/ Iron, Aluminium, Zinc, Brass, Copper, Bronze, etc.
➢ Rubber – Neoprene/ Nitrile to Buna to Silicones Composites like Fibre reinforced Plastics Glass/ Quartz
➢ Packing material like Wood, Corrugated Paper/ PVC, Expanded PP/ PE/ PS

Our Works

Mechanical Engineering
➢ Castings/ Extrusions – Steel/ Iron, Aluminium, Zinc, Brass, Copper, Bronze, etc.
➢ Rubber – Neoprene/ Nitrile to Buna to Silicones Composites like Fibre reinforced Plastics Glass/ Quartz
➢ Packing material like Wood, Corrugated Paper/ PVC, Expanded PP/ PE/ PS
Mechanical Engineering
➢ Tool Independence where collaboration in any major CAD package is possible.
➢ Providing cost-effective and high-level engineering solutions
➢ Design for Six Sigma (DFSS)
Mechanical Engineering
➢ Design of Shipment Packing using eco-friendly material.
➢ Design of Tooling / Fixture.
➢ Flow and fill analysis for plastics.
➢ Reverse Engineering: Scanning/ CMM/ Conventional
Mechanical Engineering
➢ 3D Modelling / Drafting / Detailing.
➢ Conversion of complex legacy data to Customerspecific formats and systems.
➢ Incorporation of design best practices, red lines, and change orders.
➢ Prototyping and Design Validation.
➢ Vendor Development and sourcing.
Mechanical Engineering
➢ Smart modelling Practices for ease of use, taking future modification needs into consideration
➢ More relevance to Product Engineering.
➢ Incorporating with ease, best practices that are customized to each customer’s needs
➢Working experience with PDM environments like Teamcenter, E-Matrix, Intralink
Mechanical Engineering
➢Plastics, Moulded and Extruded – right from cheap Non-Engineering Plastics like LDPE to High end Engineering Plastics like PC-ABS, PPO/ PPS, PEEK, MABS.
➢ Sheet metal/ Plastic – CRS, Stainless Steel, Aluminium, Spring Steel, Phosphor Bronze, Beryllium Copper, PVC, HIPS, PP, ABS, etc, from thicknesses as thin as 0.15mm to heavy gauges of 1”.