Namaste! We're Pookie Prints 🙏

A small 3D printing farm based in the Pink City of Jaipur, Rajasthan. We're passionate about bringing your ideas to life, one layer at a time.

Our Story

From Hobby to Helping You Create

Hello! We're a small team of 3D printing enthusiasts based in Jaipur. What started as a hobby in a small room has grown into a tiny but passionate print farm. We love watching digital designs transform into physical objects that people can hold, use, and cherish.

We understand the joy of seeing your ideas come to life. Whether you're an engineer prototyping your next invention, an artist creating unique pieces, a student working on a project, or someone who just found a cool model online – we're here to help make it real.

Being small means we care about every single print. We treat each model as if it were our own, ensuring quality and attention to detail. We're not a factory – we're creators helping other creators.

The Technology

What is 3D Printing?

3D printing, also called Additive Manufacturing, is like printing but instead of ink on paper, it builds objects layer by layer using materials like plastic. Let's explore how it works!

A Brief History

The first 3D printing technology was developed in the 1980s by Chuck Hull, who invented SLA (Stereolithography). In 2009, the first FDM patent expired, making the technology accessible to hobbyists and small businesses. Since then, 3D printing has revolutionized prototyping, manufacturing, and even healthcare!

Today, you can find 3D printers in homes, schools, businesses, and even in space (NASA uses them on the ISS!). What was once industrial technology is now available to everyone.

What is FDM Printing?

FDM (Fused Deposition Modeling) is the most common type of 3D printing – and it's what we use! Here's how it works beautifully simple:

  1. Feed: A plastic filament (looks like thick wire) is fed into a heated nozzle
  2. Melt: The nozzle melts the plastic to around 200-250°C
  3. Extrude: The nozzle moves precisely, depositing melted plastic layer by layer
  4. Build: Each layer fuses with the previous one, building your object from bottom to top

It's like a hot glue gun that's incredibly precise! The printer follows your digital model's path, creating physical objects that match your design.

Understanding Layer Height

Layer height is the thickness of each layer the printer deposits. Think of it like the resolution of your print – lower layer height means finer detail.

  • 0.1mm (Fine): Smooth surfaces, great for detailed models. Takes longer but looks amazing
  • 0.2mm (Standard): Good balance of quality and speed. Perfect for most prints
  • 0.3mm (Draft): Quick prints for prototypes. Visible layer lines but faster

Tip: Lower layer height = smoother surface but longer print time. Higher layer height = faster but more visible "steps" on curves.

What is Infill?

Infill is the internal structure of your print. Your model doesn't need to be solid plastic inside – that would be wasteful and heavy. Instead, the printer creates an internal pattern.

  • 0-20%: Light decorative objects. Quick to print, uses less material
  • 20-40%: Standard for most prints. Good strength-to-weight ratio (our default is 20%)
  • 50-100%: Maximum strength. For mechanical parts that need to handle stress

Infill Patterns: We use patterns like grid, triangles, or gyroid inside your model. These structures are incredibly strong while using minimal material – nature's design principles in action!

Materials

Understanding Filaments: PLA & PETG

The material you choose affects how your print looks, feels, and performs. Let's dive into the two most popular filaments we use.

Most Popular

PLA

Polylactic Acid

Price: ₹4/g

What is PLA?

PLA is a biodegradable thermoplastic made from renewable resources like corn starch or sugarcane. It's one of the most eco-friendly 3D printing materials available!

Why We Love It:

  • ✓ Easy to print with – reliable and forgiving
  • ✓ Comes in beautiful, vibrant colors
  • ✓ Minimal warping or shrinking during printing
  • ✓ Pleasant sweet smell when printing
  • ✓ Biodegradable under industrial composting conditions
  • ✓ Great for beginners and detailed models

Best For:

  • Decorative items and figurines
  • Prototypes and visual models
  • Indoor displays and showpieces
  • Educational projects
  • Parts that don't face high heat or stress
Note: PLA has a low glass transition temperature (~60°C). Avoid using it for parts that will be in hot environments (like a car dashboard in summer) or for functional mechanical parts under stress.
Tough & Durable

PETG

Polyethylene Terephthalate Glycol

Price: ₹5/g

What is PETG?

PETG is a tough, durable thermoplastic that combines the best properties of PLA and ABS. It's the same material used in water bottles – food-safe and recyclable!

Why We Love It:

  • ✓ Stronger and more flexible than PLA
  • ✓ Resistant to heat and UV light
  • ✓ Good chemical resistance
  • ✓ Odorless when printing
  • ✓ Food-safe and recyclable (Type 1 plastic)
  • ✓ Great balance of strength and ease of printing

Best For:

  • Functional mechanical parts
  • Protective cases and enclosures
  • Items exposed to sunlight or heat
  • Tools and handles that need durability
  • Food-contact items (when properly printed)
Note: PETG is slightly trickier to print than PLA and may show more visible layer lines. It requires careful temperature control, but the results are worth it for durable parts!

Quick Comparison: PLA vs PETG

Feature PLA PETG
Price ₹4/g ₹5/g
Strength Moderate, can be brittle High, flexible and tough
Heat Resistance Up to ~60°C Up to ~80°C
Ease of Printing Easy, beginner-friendly Moderate, requires tuning
Surface Finish Smooth, glossy Slightly matte, may show lines
Best Use Display, decorative items Functional, durable parts
Eco-Friendly Biodegradable Recyclable
Key Things to Know

What to Expect From FDM Printing

We use FDM (Fused Deposition Modeling) technology – it's amazing for many applications, but it's important to understand what it can and cannot do. Here's a honest overview:

Where FDM Shines

These are ideal use cases for our service:

  • Functional Prototypes: Test form, fit, and function of your designs before mass production
  • Custom Parts & Components: Brackets, mounts, enclosures, drone parts, camera accessories
  • Decorative Items: Figurines, statues, art pieces, desk organizers, phone stands
  • Hobbyist Projects: RC car parts, miniatures, cosplay props, game accessories
  • Household Items: Hooks, clips, repair parts, organizers, custom tools
  • Educational Models: STEM projects, teaching aids, engineering demonstrations
  • Gifts & Personalization: Custom nametags, keychains, personalized items
Best for: Parts 20mm to 200mm in size, functional objects that don't need ultra-fine details

What FDM Cannot Do

These applications need different technologies:

  • Ultra-High Resolution: FDM has visible layer lines. For jewelry-grade smoothness, you need SLA/DLP resin printers
  • Tiny Intricate Details: Features below 0.5mm may not print reliably. Miniature figures need resin printing
  • Completely Smooth Surfaces: Expect visible layer lines on curved surfaces. Post-processing (sanding, priming) can help
  • Moving Parts Out-of-the-Box: Hinges and articulated joints need clearance design. They won't "work" straight off the bed
  • Transparent/Clear Parts: FDM prints are translucent at best. For clear parts, you need different materials/methods
  • Extreme Precision: Tolerance is ±0.2mm. For engineering precision (±0.05mm), consider CNC or other methods
Not suitable for: Jewelry with fine details, micro-scale models, transparent parts, production-quality finishes

FDM vs SLA: Quick Comparison

You might have heard of SLA (resin) printing. Here's why we chose FDM and when you might prefer SLA:

FDM (We Use This)

  • Stronger, more durable parts
  • Better for functional items
  • Wider range of materials
  • Eco-friendly materials (PLA)
  • Larger build volume available
  • Parts are food-safe with PLA/PETG
  • More affordable
We chose FDM because it produces strong, functional parts that are perfect for most real-world applications. Our prints are durable, not brittle.

SLA (Resin Printing)

  • Incredibly smooth surface finish
  • Ultra-fine details (0.05mm)
  • Great for miniatures/jewelry
  • Parts are brittle when cured
  • Limited build volume
  • Resins are toxic and smelly
  • Not food-safe
Better for: Display pieces, miniatures, jewelry, prototypes where surface finish matters more than strength

💡 Pro Tips for Best Results

Design for FDM

Avoid overhangs >45° without support. Design parts to be printable with minimal supports for best surface finish.

Size Matters

Parts between 30-150mm print best. Very small parts lose detail; very large parts may warp or take forever.

Wall Thickness

Keep walls at least 1-2mm thick. Thinner walls may be too fragile or fail during printing.

Tolerances

Design moving parts with 0.2-0.3mm clearance. FDM needs gaps for parts to move freely.

Transparent Pricing

How We Calculate Your Quote

No hidden fees, no surprises. Here's exactly what goes into your print's price:

Material Cost

Weight of your model × Material rate

Example: 50g model in PLA = 50 × ₹4 = ₹200

₹4-6/g

Printing Time

Time printer runs × Hourly rate

Example: 90 minutes = 90 × ₹2/min = ₹180

₹2/min

Service Fee

Flat fee per order (covers machine wear, setup, inspection)

Applied once per order, not per item

₹50

Shipping

Based on delivery zone (via Delhivery)

₹80-160 depending on your location

Zone-based

GST (18%)

CGST (9%) + SGST (9%) on subtotal

Mandatory government tax

18%
How It Works

From Upload to Your Doorstep

1

Upload Your STL

Upload your 3D model file. We'll analyze it instantly and show you a 3D preview with pricing breakdown.

2

Customize Your Print

Choose material (PLA/PETG), color, quantity, and delivery location. See pricing update in real-time.

3

Checkout Securely

Pay via Razorpay using UPI, cards, wallets, or net banking. Your payment is 100% secure.

4

We Print Your Model

Our team carefully prints, inspects, and packages your order. Quality is our priority.

5

Delivered to You

Receive your package via Delhivery with tracking. Your creation arrives in 7-10 business days.

Ready to Bring Your Ideas to Life?

Upload your STL file and get an instant quote. No registration required – start printing today!

Get Instant Quote

Questions? We'd love to hear from you. pookieprints3d@gmail.com