Hire Jig & Fixture Design Designers in Indonesia

Hello! I am a highly detail-oriented Mechanical Designer and Technical Drafter with a strong foundation in Manufacturing Design. My focus is on closing the loop between initial design concepts and the... Read more

Hello! I am a highly detail-oriented Mechanical Designer and Technical Drafter with a strong foundation in Manufacturing Design. My focus is on closing the loop between initial design concepts and the final, ready-to-manufacture product documentation. My expertise is built on verified competencies in both the design studio and the workshop: Core Technical Offerings: Advanced CAD Modeling & Drafting: I am proficient in creating complex 3D Solid Models and generating Detailed Technical Drawings (2D) that adhere strictly to industry standards. I can efficiently translate initial sketches or concepts into accurate, CNC-ready documentation (DXF/DWG). Design for Production: Specialized expertise in designing components optimized for manufacturability (DFM), including: Jigs & Fixtures: Essential tools for precise machining and assembly. Detailed Machine Components and Fabricated Sheet Metal Products. Multi-Platform Proficiency: Skilled in utilizing key industry-standard CAD software, including SolidWorks, and AutoCAD. Operational Insight: My practical experience operating basic machining equipment (Milling, Turning, Grinding) provides a critical perspective, ensuring that all designs are inherently practical, cost-effective, and feasible to produce. Commitment to Quality: My work is backed by a commitment to accuracy, demonstrated by my proficiency in using precision measuring tools (Calipers, Micrometers, various Gauges) for quality assurance. I aim to deliver technical blueprints that minimize production errors and maximize efficiency. Let's collaborate to transform your engineering concepts into accurate, well-documented, and manufacturable realities.

www,celalettintoprak,com I design real products that get manufactured - not just 3D models. Manufacturing-ready CAD, prototyping, and Design for Manufacturing (DFM)-driven product development for ind... Read more

www,celalettintoprak,com I design real products that get manufactured - not just 3D models. Manufacturing-ready CAD, prototyping, and Design for Manufacturing (DFM)-driven product development for industrial and consumer products. I’m an Engineer and Industrial Product Designer focused on manufacturing-driven product development. My background spans automotive, industrial, and consumer products, where I’ve worked as a Product Developer, Designer, and Technical Lead in production-oriented environments. I don’t approach projects as isolated design tasks. I approach them as systems that must survive prototyping, manufacturing, assembly, cost pressure, and real-world use. 📐 What You Can Expect Working With Me: - Clear, structured CAD suitable for iteration and production - Design decisions informed by manufacturing reality - Practical communication with engineers, suppliers, and manufacturers - Honest feasibility feedback (go / no-go when needed) - Designs meant to be tested, not just rendered 📐 Core Capabilities: - 3D CAD modeling (Siemens NX) - 2D technical drawings (AutoCAD Professional) - CNC, laser cutting, and sheet metal preparation - Injection molding–ready part design - Fixture, bracket, and assembly design - BOM creation and production planning support - Reverse engineering and scan-based modeling 📐 Injection Mold & Manufacturing Experience I have hands-on experience designing plastic injection molds and mold-ready parts, including projects for automotive and food-related products. ⚙️ I’m familiar with: - Injection molding–ready design, Core / cavity logic - Draft angles & wall thickness optimization - Parting lines and shut-off surfaces - Shrinkage and material behavior - Gate concepts (hot runner, valve gate) - Collaboration with mold makers and CNC shops - Design for Assembly (DFA), production validation - Engineering-driven product development - Long-term product roadmap support My focus is always on tool longevity, cycle time, surface quality, and cost efficiency. 📏 Typical Projects I Work On: - Automotive accessories and aftermarket products - Mechanically complex plastic or metal parts - Prototyping-heavy product development - Production validation before tooling - Redesigns for cost reduction or manufacturability - CAD clean-up and production conversion 📌 Primary CAD Tool: Siemens NX, AutoCAD and Geomagic Design X I work primarily in Siemens NX, which is widely used in high-end automotive and industrial manufacturing. I can deliver clean, fully editable STEP / STL / Parasolid files, and I regularly convert and work with SolidWorks, Fusion 360, Rhino, SketchUp, and scan-based data. If you use SolidWorks or another CAD system, this is not a limitation — deliverables are always production-ready and compatible. 📌 If you need more than a modeler—someone who understands how products are actually built and scaled—I can support your project from concept to production readiness.

I am a manufacturing-focused CAD/CAM engineer with strong hands-on experience in mechanical design, CNC machining preparation, and shop-floor manufacturing processes. I specialize in production-ready... Read more

I am a manufacturing-focused CAD/CAM engineer with strong hands-on experience in mechanical design, CNC machining preparation, and shop-floor manufacturing processes. I specialize in production-ready design, ensuring parts are easy to machine, assemble, and fit correctly — not just visually correct 3D models. My core expertise includes: • Mechanical part & assembly design (PTC Creo) • AutoCAD 2D manufacturing drawings • CAM programming & toolpath planning • CNC milling & turning preparation • Lathe operations & machining logic • Grinding (surface & cylindrical) • Die fitting & tool components • Jig & fixture understanding • Process planning & manufacturing optimization I understand real-world manufacturing constraints such as tolerances, tooling selection, surface finish, material behavior, and cost control. My goal is to help clients move smoothly from design to production, reducing errors, rework, and machining costs.