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New Product Development Support Built for Performance and Manufacturability

Product development engagements require defined load paths, bend parameters, draft limits, wall thickness ranges, clearance envelopes, and installation references, all governed by a designated approval authority.

For over 20 years, we have executed controlled product design and development, covering feasibility documentation, sheet-metal flat patterns, injection-molded geometries, enclosure structures, dimensional stacks, fitment matrices, and installation drawings, all under fixed engineering specifications.

Execution is maintained through structured input definition, architecture discipline, geometry control, dimensional allocation, validation checkpoints, documented change tracking, and revision-managed production documentation under designated release authority.

Comprehensive Engineering Product Development Capabilities

We provide a range of services supporting controlled new product development workflows under defined specifications, dimensional requirements, fabrication constraints, and documented review authority.

Sheet Metal Product Design

Sheet Metal Product Design

Flat pattern development, bend radius definition, K-factor application, relief detailing, weldment configuration, hole alignment, clearance verification, installation orientation, and fabrication drawing generation.

Plastic Component Design

Plastic Component Design

Injection-molded geometry definition, draft angle control, rib and boss placement, wall thickness balancing, snap-fit detailing, fastening interface configuration, tolerance calculation, and detailed part documentation.

Structural Concept Development

Structural Concept Development

Frame and enclosure configuration, load path definition, section selection, material evaluation, weight distribution assessment, mounting alignment planning, interface coordination, and structural drawing preparation.

Structural and Thermal Validation

Structural and Thermal Validation

Load case definition, boundary condition application, stress distribution analysis, deformation assessment, thermal load evaluation, safety factor calculation, and verification against material properties.

Digital Prototype Validation

Digital Prototype Validation

Assembly interference checks, clearance modeling, dimensional verification against tolerance schemes, load response review, fitment confirmation, and multi-part alignment validation prior to documentation release.

Tolerance Stack-Up Analysis

Tolerance Stack-Up Analysis

Worst-case and statistical stack calculations across mating components, datum chains, clearance conditions, gap analysis, and functional alignment verification under defined dimensional schemes.

GD&T Definition and Control

GD&T Definition and Control

Datum structure establishment, feature control frame definition, positional tolerance assignment, profile control specification, runout limit definition, and geometric constraint application across drawings.

Design for Manufacturability (DFM) Review

Design for Manufacturability (DFM) Review

Manufacturing constraint evaluation across bend sequences, mold flow behavior, machining access, tool clearances, draft requirements, section thickness, and feature feasibility prior to release.

Material and Feature Rationalization

Material and Feature Rationalization

Material grade evaluation, wall thickness refinement, feature reduction analysis, fastener consolidation, weight redistribution studies, and structured bill-of-material alignment under fabrication constraints.

Design Validation and Drawing Audit

Design Validation and Drawing Audit

Tolerance review, datum verification, dimension consistency checks, interface alignment confirmation, annotation correction, revision tracking review, and release package validation under defined review authority.

Product Development Execution Framework

New product development is executed under defined inputs, architecture limits, dimensional controls, validation criteria, fabrication constraints, and release authorization conditions.

1
Input Definition and Requirement Alignment

Specifications, reference data, material limits, dimensional targets, and installation conditions are translated into executable parameters.

2
Feasibility and Constraint Evaluation

Load scenarios, fabrication boundaries, molding restrictions, clearance envelopes, and sequence dependencies are assessed against defined requirements.

3
Product Architecture and Interface Structuring

System layout, subsystem allocation, envelope zoning, mounting logic, and assembly breakdown are structured prior to detailing.

4
Controlled Modeling and Geometry Development

Assemblies built with defined datums, feature parameters, interface mapping, and dimensional frameworks.

5
Validation and Dimensional Verification

Stack calculations, interference analysis, stress assessment, deformation review, and thermal evaluation performed.

6
Manufacturability and Release Preparation

Bend sequencing, draft compliance, machining accessibility, tooling clearance checks, documentation finalization, and approval routing completed.

Why Choose Us for Product Design and Development Support?

Our delivery operates under structured version control, fabrication discipline, rigorous system integration, and documented governance across new product development engagements.

Digital Product Data Governance

PDM and PLM integration provides end-to-end revision control, configuration management, and governed engineering change workflows.

Manufacturing-Ready Engineering Data

EBOM to MBOM alignment, CAD–ERP mapping, item master standardization, and procurement-ready release data packages available.

Engineering Automation and Parametric Control

Rule-based parametrics, automated drawing and BOM generation, configuration logic enforcement, plus batch assembly processing routines.

Integrated Risk and Dimensional Governance

Tolerance stacks, GD&T control, DFMEA and PFMEA reviews, and documented validation checkpoints before release approval.

Revision-Controlled Documentation Discipline

Drawing packages, change logs, approval routing, and controlled submissions are maintained under designated acceptance authority records.

Standards and Drawing Specification Support

ISO 9001, ISO 1101, ISO 2768, GPS, ASME Y14.5, Y14 drawing standards, and DIN fabrication and fastener specifications are applied consistently.

Cross-Platform CAD Migration

Parametric conversion, feature-based model recreation, neutral file translation (STEP, IGES, Parasolid), and assembly structure preservation.

Turnaround and Global Engineering Coverage

Defined delivery timelines maintained across time zones through coordinated handovers, structured communication, and documented protocols.

Additional Services You Can Benefit From

We offer related engineering services that may support adjacent requirements across your product development initiatives.

Production-Ready Product Development Support with Engineering Discipline

New product development execution spans architecture definition, controlled geometry modeling, dimensional governance, fabrication-aligned detailing, validation integration, and production-bound documentation under fixed specifications.

Engagements are structured through defined inputs, configuration governance, tolerance discipline, automation frameworks, and revision-managed release documentation maintained under designated engineering authority.

Outsource Mechanical Engineering Services

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FAQs

Pricing is defined based on scope complexity, assembly depth, validation requirements, documentation volume, and integration needs under structured engagement terms.

Concept documentation, reference drawings, dimensional targets, material specifications, performance criteria, interface constraints, and defined approval authority are required.

Yes. Structured configuration control, parametric frameworks, batch processing, and revision governance support large assemblies and multi-variant product families.

Execution aligns with ISO 9001, ISO 1101, ISO 2768, GPS, ASME Y14.5, DIN standards, and revision-controlled documentation practices under defined governance.

Delivery timelines are defined based on scope, complexity, validation depth, and documentation volume under coordinated global engineering coverage.

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USA

Flatworld Solutions

116 Village Blvd, Suite 200, Princeton, NJ 08540


PHILIPPINES

Aeon Towers, J.P. Laurel Avenue, Bajada, Davao 8000

KSS Building, Buhangin Road Cor Olive Street, Davao City 8000


INDIA

Survey No.11, 3rd Floor, Indraprastha, Gubbi Cross, 81,

Hennur Bagalur Main Rd, Kuvempu Layout, Kothanur, Bengaluru, Karnataka 560077

Important Information: We are an offshore firm. All design calculations/permit drawings and submissions are required to comply with your country/region submission norms. Ensure that you have a Professional Engineer to advise and guide on these norms.

Important Note: For all CNC Services: You are required to provide accurate details of the shop floor, tool setup, machine availability and control systems. We base our calculations and drawings based on this input. We deal exclusively with(names of tools).

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