3D Printing Services in Pakistan
Transform digital 3D CAD designs and STL files into physical products with high precision. Rawlix provides industrial-grade FDM and SLA Resin online 3D printing services in Pakistan. Whether you need rapid functional prototyping, custom electronics enclosures, architectural scale models, or replacement engineering components, we deliver fast manufacturing with express nationwide doorstep shipping.
⚡ Send your STL file or design sketch to get a instant cost estimate within 15 minutes!
How to Order Custom 3D Printed Parts Online
Our additive manufacturing order process is streamlined for quick execution and fast turnaround:
Submit 3D CAD or STL File
Upload your .STL, .OBJ, .STEP, or .IGES file directly via WhatsApp or email. If you only have physical dimensions or hand drawings, our engineering team can create the CAD model for you.
Select Material & Infill Options
We evaluate geometric volume, printing duration, and material requirements (PLA, ABS, PETG, TPU, Resin) to issue a transparent, fixed price quote.
Precision Printing & Fast Delivery
Your component goes into production on calibrated industrial 3D printers, undergoes quality checks, and ships straight to your location anywhere in Pakistan.
Advanced 3D Printing Technologies & Materials
Selecting the right manufacturing technology and thermoplastic material is critical to achieving target mechanical performance, heat tolerance, and surface quality. Rawlix utilizes state-of-the-art additive manufacturing machines to support various prototyping and small-batch production needs.
- FDM (Fused Deposition Modeling): Excellent for functional prototypes, durable mechanical assemblies, replacement gears, and heavy-duty enclosures.
- SLA / Stereolithography Resin Printing: High-precision UV resin technology designed for ultra-fine surface details, high-accuracy scale miniatures, dental casting models, and intricate artwork.
- PLA & PLA+ Filaments: Cost-effective, high-rigidity polymer ideal for rapid dimensional evaluation, display prototypes, and educational projects.
- ABS & PETG Materials: Chemical and impact-resistant materials offering high structural strength and thermal stability for demanding environmental applications.
- TPU (Flexible Rubber): Flexible, elastic material designed for gaskets, protective bumpers, phone cases, and vibration dampeners.
3D CAD Modeling & Reverse Engineering
Don't have a pre-designed 3D CAD model? Our mechanical design engineers offer complete product modeling and reverse engineering services. Send us broken machine components, sample parts, or technical dimension sketches, and we will reconstruct a precision 3D CAD file ready for manufacturing.
Custom Additive Manufacturing Applications Across Pakistan
Additive manufacturing has revolutionized traditional product development. By replacing expensive mold tooling with direct digital fabrication, we help hardware startups, engineering students, electronic developers, and industrial manufacturers in Lahore, Karachi, Islamabad, Rawalpindi, and across Pakistan bring ideas to market significantly faster.
Custom Electronics Enclosures & PCB Housings
Protect custom circuit boards, microcontrollers, display panels, and power electronics with bespoke enclosures designed with precise mounting standoffs and port cutouts.
Functional Mechanical Prototypes
Evaluate snap-fits, clearance tolerances, and mechanical movements before committing to costly high-volume plastic injection molding tools.
Out-of-Production Spare & Replacement Parts
Recreate worn, broken, or obsolete plastic gears, knobs, mounting clips, and internal machine components with high structural integrity.
Architectural Scale Models & Concept Prototypes
Produce highly detailed architectural building models, topographic layouts, and conceptual industrial designs for presentations and client reviews.
Customized Strength, Resolution, and Surface Finishing
Unlike off-the-shelf plastic components, custom 3D printed products offer complete control over mechanical properties. Through precise slicing configurations, we customize structural settings according to your exact functional requirements:
Layer Height & Resolution
Layer heights range from ultra-fine 0.05mm (50 microns) for SLA resin up to 0.28mm for rapid FDM prototyping, giving you full control over surface smoothness and production budget.
Infill Density & Internal Structures
Select infill density from 15% (lightweight visual models) up to 100% solid infill for load-bearing brackets and heavy-duty mechanical parts subjected to stress.
Post-Processing Options
We offer support removal, surface sanding, primer coating, threaded brass insert installations, and custom finishing to prepare your models for end-use deployment.
Frequently Asked Questions (FAQs)
How is 3D printing cost calculated in Pakistan?
The price for custom 3D printing services depends on total material weight (grams), machine runtime (hours), selected material grade (e.g., PLA, ABS, PETG, TPU, or UV Resin), and desired infill percentage. Share your 3D CAD or STL file with us to get an exact cost breakdown within minutes.
What file formats do you accept for 3D printing orders?
We accept standard 3D CAD formats including .STL, .OBJ, .3MF, .STEP, .STP, and .IGES. If you do not have a 3D design file, you can provide physical dimensions or engineering sketches, and our team will handle the 3D modeling process.
What is the difference between FDM filament and Resin SLA printing?
FDM printing extrudes melted thermoplastic layer-by-layer, making it ideal for cost-effective functional parts, enclosures, and structural components. SLA Resin printing cures liquid photopolymer resin with UV light, producing exceptionally smooth surfaces and fine details required for miniatures, jewelry prototypes, and precision engineering parts.
What is the turnaround and shipping time across Pakistan?
Most standard orders are processed, printed, and dispatched within 24 to 48 hours. Nationwide express delivery to major cities including Lahore, Karachi, Islamabad, Rawalpindi, Faisalabad, Multan, and Peshawar usually takes 2 to 3 business days.
Can I print functional plastic parts that withstand high temperatures?
Yes, for heat-sensitive or high-stress applications, we recommend ABS or PETG materials, which offer higher glass transition temperatures and superior impact resistance compared to standard PLA.