01 // CAD MODELING
3D CAD Modeling
Detailed parts, assemblies, and complex mechanical models developed around your engineering requirements.
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Engineering Design • CAD • Manufacturing Support
Engineering Design
Solutions Built for
Real-World
Manufacturing
From concept and 3D CAD modeling to manufacturing drawings and engineering documentation, ABS Design provides flexible engineering design support for businesses worldwide.
±0.005mm
Tolerance Precision
100%
DFM Validated
<24h
Direct Response
SYS:ABS-001 // ACTUATOR
ISO 2768-m
REV 01
3D CAD
Precision Part & Assembly
Engineering
Design Modification & Specs
Manufacturing
Production-Oriented CAD
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3D CAD Modeling
•
Mechanical Design
•
2D Manufacturing Drawings
•
Reverse Engineering
•
BOM & Documentation
•
3D CAD Modeling
•
Mechanical Design
•
2D Manufacturing Drawings
•
Reverse Engineering
•
BOM & Documentation
Engineering Design Support
Turning Engineering Requirements Into Practical Design Deliverables
ABS Design supports businesses and engineering teams with CAD modeling, mechanical design, engineering drawings, design modifications, and documentation. From a single component to an ongoing design requirement, our work is built around the project's technical requirements and deliverables.
01 // High Accuracy
Rigorous adherence to ISO and ASME drafting norms with strict GD&T implementation.
02 // Rapid Lead Times
Agile iterations allowing engineering teams to hit production release milestones seamlessly.
Specification Comparison: Raw Data → Prod CAD
Status: Verified
1. Standard AlignmentASME Y14.5 / ISO 1101
2. Modeling IntegrityZero Non-Manifold Edges
3. Assembly Constraint Check100% Interference Clear
4. Tolerance EnvelopeClass m (ISO 2768) Compliant
Practical Engineering Solutions
Engineering Design Services
Practical engineering support from concept development to manufacturing documentation.
02 // 2D DRAFTING
2D Manufacturing Drawings
Production-oriented drawings with dimensions, tolerances, notes, sections, and required engineering details.
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03 // PRODUCT DESIGN
Product Design
Support product development from early concepts and design modifications through detailed engineering design.
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04 // REVERSE ENG
Reverse Engineering
Convert existing components, drawings, sketches, or legacy CAD data into structured engineering models.
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05 // MFG SUPPORT
Manufacturing Support
Design with practical considerations for machining, sheet metal, plastics, fabrication, and assembly.
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06 // DOCUMENTATION
Engineering Documentation
BOMs, drawing packages, revisions, and project-specific technical documentation.
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// CAD TELEMETRY VIEWPORT
TOLERANCE: ISO 2768-m
• Flange Dia: 142.50 mm
• Bore Runout: < 0.008 mm
• Threads: M12x1.5-6H
3D CAD Modeling
Engineering Detail Starts With the Model
From individual components to complete assemblies, we create structured CAD models based on engineering requirements, reference data, and project specifications.
- Part Modeling — Clean parametric history & optimized feature trees
- Assembly Modeling — True kinematic mates & dynamic collision detection
- Design Modification — Fast revision turnaround for legacy datasets
- CAD Data Conversion — Translation between SolidWorks, Creo, and neutral formats
- Reverse Engineering — Physical artifact measurement to manufacturing CAD
Rigorous Discipline
From Concept to Manufacturing
Engineering design is more than creating a 3D model. Our approach considers function, interfaces, manufacturability, assembly, and documentation.
GROUP 01 // CAD & DESIGN
- 3D Part ModelingParametric
- Assembly ModelingMulti-Body
- Large Assembly ManagementLightweight
- Design ModificationECO-Ready
- Product DevelopmentNPI
- CAD Data ConversionInteroperable
- Reverse EngineeringDigitize
GROUP 02 // DOCUMENTATION
- 2D Manufacturing DrawingsShop-Ready
- BOM Creation & StructuringERP Format
- Drawing Updates & RedlinesECO / MCO
- Technical DocumentationManuals
- Revision ManagementTraceable
GROUP 03 // MANUFACTURING DFM
- Sheet Metal DesignK-Factor/Bend
- Machined ComponentsCNC 3/4/5-Axis
- Plastic ComponentsDraft/Coring
- Fabrication-Oriented DesignWeldment
- GD&T & TolerancingASME Y14.5
- Design for Manufacturing (DFM)Cost Reduction
Interoperability
CAD & Engineering Tools
We work with commonly used CAD platforms and engineering file formats based on project requirements.
Engineering CAD Platforms
Solid EdgeSynchronous & Ordered
SolidWorksFull Parametric Stack
CreoPTC / Pro-ENGINEER
Full native file delivery includes editable feature trees, custom title blocks, and integrated mate relationships.
File Format Interchange
STEP / STPAP203 / AP214 / AP242
IGES / IGSSurface Neutral
Parasolid.X_T / .X_B
STLAdditive Meshing
DXF / DWGLaser / CNC 2D
PDFVector Print Blueprints
Native CAD.sldprt, .sldasm, .par, .psm, .prt
All files are checked for translation integrity and edge stitching prior to client transmission.
Cross-Sector Application
Engineering Across Multiple Industries
Flexible engineering design support for products, machinery, components, and equipment across a range of industrial applications.
IND-AUT-01
Industrial Automation
End-effectors, pick-and-place linkages, custom conveyor brackets, and robotic tooling.
IND-MAC-03
Machinery & Equipment
Gearboxes, drive shafts, heavy frames, structural weldments, and bearing housings.
IND-MOT-04
Automotive
Chassis brackets, suspension links, cooling shrouds, and powertrain mounts.
IND-MED-05
Medical Devices
Diagnostic hardware enclosures, ergonomic handles, surgical instrument components.
IND-SEMI-06
Semiconductor
Ultra-clean vacuum chambers, wafer handling arms, precision stage mounts.
IND-MFG-07
Manufacturing
Jigs, fixtures, testing rigs, stamping die sets, and assembly nest plates.
IND-GEN-08
General Mechanical
Custom sheet metal boxes, structural skids, bracketry, and consumer mechanisms.
Core Methodology Audit
Zero Deviation Policy
CAD parts precisely reflect manufacturing reality without cosmetic shortcuts.
Seamless Collaboration
Direct engineering-to-engineering dialogue eliminating project friction.
IP Protection Standard
NDAs executed before exchanging proprietary CAD or fabrication prints.
Why ABS Design
Designed Around Your Engineering Requirements
01
Engineering First
Design decisions consider function, dimensions, interfaces, manufacturability, and documentation.
02
Manufacturing Mindset
Models and drawings are developed with practical shop-floor manufacturing requirements in mind.
03
Flexible Support
Support can range from a single component revision to larger end-to-end design packages.
04
Clear Communication
Requirements, revisions, questions, and deliverables are kept transparent throughout the project lifecycle.
05
Strict Confidentiality
Customer engineering information, models, and prints are handled with strict security protocols.
Structured Workflow
How We Work
A clear engineering workflow helps reduce unnecessary revisions and keeps projects moving forward efficiently.
Case Studies
Selected Engineering Work
Demonstrated engineering rigor across precision components, complex assemblies, and production drawing packages.
ASSY-01
Mechanical Actuator Assembly
Multi-axis hydraulic assembly featuring high-pressure ports and dynamic seals.
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[ PRECISION VALVE COMPONENT ]
5-AXIS CNC MACHINED
PRT-02
Valve Component
Precision machined fluid manifold designed for cyclic hydraulic pressures.
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[ SHEET METAL ENCLOSURE ]
BEND DEDUCTIONS VERIFIED
SHT-03
Sheet Metal Assembly
Production-ready enclosure incorporating press-fit fasteners and flat DXFs.
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[ 2D DRAWING PACKAGE ]
GD&T & SECTION VIEWS
DWG-04
Engineering Drawing Package
Comprehensive shop blueprints with geometric tolerances and surface roughness calls.
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[ MODIFIED GEARBOX HOUSING ]
REDUCED STRESS CONCENTRATION • REV 03 RELEASED
REV-05
Product Modification & Optimization
Engineering revision of heavy machinery castings to improve fatigue life and reduce post-machining setups.
Explore Case DetailsConversion Pipeline
From Existing Data to Engineering-Ready CAD
Bridging the gap between incomplete inputs and production-ready manufacturing packages.
01 // Input Artifacts
- Hand Sketches & Concept Doodles
- Legacy 2D Paper or PDF Drawings
- Caliper / CMM Physical Measurements
- Neutral STEP / IGES or Dead Solids
02 // ABS Design Pipeline
- Requirement & Feasibility Review
- Engineering & Tolerance Analysis
- Parametric Feature-Based 3D Modeling
- DFM Check & Interference Verification
03 // Production Output
- Full Parametric 3D CAD Assembly
- 2D Manufacturing Blueprints (GD&T)
- Structured Multi-Level BOM
- Neutral & Native Release Archives
Engagement Flexibility
Flexible Support Tailored to Your Team
Whether you need a dedicated engineering partner for a one-off package or continuous design augmentation.
Model 01
Project-Based Support
For specific engineering projects requiring additional design resources with fixed deliverables and scopes.
- Fixed scope & defined milestone deliverables
- Ideal for single product launches or tooling runs
- Strict deadline accountability
Most Popular
Model 02
Outsourced Design Support
For engineering teams that need additional CAD/design capacity during peak demand or sprint deadlines.
- Plug directly into your existing engineering backlog
- Daily or weekly cadence standups
- Zero hiring or software licensing overhead
Model 03
Ongoing Engineering Retainer
For regular modeling, drawing maintenance, continuous design revisions, and archival documentation.
- Dedicated monthly CAD resource hours
- Priority turnaround under 24 hours
- Ongoing ECO and revision log management
Questions & Clarifications
Frequently Asked Questions
We work primarily in Solid Edge, SolidWorks, and Creo, and can deliver models in native or neutral formats such as STEP, IGES, and Parasolid depending on your requirements.
Yes. We regularly convert hand sketches, legacy paper or PDF drawings, and physical measurements into structured, production-ready 3D CAD models.
Share your available reference material — sketches, drawings, CAD files, or specifications — along with your intended manufacturing method and any critical tolerances, and we'll confirm scope before starting.
Yes. Drawings and tolerancing follow ASME Y14.5 and ISO 1101 conventions, with dimensioning practices aligned to your target manufacturing process.
Every project maintains a clear revision log. Engineering change requests are tracked against the original release so prior versions remain traceable throughout the project lifecycle.
Non-disclosure agreements are executed before any proprietary CAD, drawings, or fabrication prints are exchanged, and customer data is handled under strict internal security protocols.
Yes — our ongoing engineering retainer model is built for continuous drafting, drawing maintenance, and archival documentation needs beyond a single project.
Turnaround depends on scope and complexity. Standard requirements intake typically responds within 24–48 hours, with project timelines confirmed once scope is reviewed.
Knowledge Base
Engineering Resources & Articles
Technical references and best practices on CAD modeling, tolerancing, and manufacturing.
What Is GD&T?
An overview of Geometric Dimensioning & Tolerancing and why datums matter for production precision.
Read Briefing →STEP vs. IGES
Choosing the right neutral CAD format for solid topology preservation versus surface geometry transfer.
Read Briefing →Project Intake Checklist
Essential specifications and parameters required before kicking off an engineering modeling sprint.
Read Briefing →3D CAD vs. 2D Drawing
Why shop floors still mandate dimensioned 2D blueprints despite complete 3D digital model definitions.
Read Briefing →Design for Manufacturing
Practical rules for sheet metal radii, CNC cutter access, and injection molding draft angles.
Read Briefing →Tolerance Stack-Up Basics
Worst-case versus statistical RSS analysis for calculating mechanical assembly clearance margins.
Read Briefing →Commission Engineering
Let's Build Your Next Engineering Project
Reach out with your CAD models, technical drawings, or initial component concepts. Our engineering team is ready to evaluate tolerances and assist your fabrication lifecycle.