High post-processing effort
At Grit3D, we bring imagination to reality through cutting-edge additive manufacturing.
Our advanced 3D printing service near me transforms your digital designs into strong, functional, and beautifully detailed real-world products.
Using the latest 3D technologies, we help innovators, engineers, and creators from Pakistan, the GCC, the USA, Canada, Germany, India, and beyond achieve precision manufacturing at global standards.
Whether you’re designing a small prototype or a complex industrial part, Grit3D ensures accuracy, speed, and cost-efficiency in one seamless process.
Eliminate investing in manufacturing tools
Design complicated and/ or functional products without additional costs
Shorten time to market
Keep revising & updating your design files
Grit3D provides a one-stop decentralized Additive Manufacturing platform that helps you manufacture different objects based on your needs. These are some of the technologies you can learn about and choose from:
SLA process begins with a thin layer of liquid plastic (photopolymer) that is exposed above the printing bed. The UV laser hit the bed and paints the first layer of the object, which hardens instantly. The printing bed then moves and exposes another layer of photopolymer, thus repeating the above process. SLA technology is preferred when there is a need for:
Key Features:
Key Limitations:
Fast Lead Time (upto 24 Hours)
High Accuracy
High precision and detail
Suitable for both small and large parts
Very Small Parts with Detail
Limited material options
Slightly higher cost
Post-curing may be required
Difficult to use
SLA is ideal for high-quality visual prototypes, presentation models, and parts used in market testing. Many industries also use it for creating master patterns for casting methods due to its outstanding detail and visual appeal.
In FDM, small strings of material (thermoplastic) is extruded and laid down on the printing bed. It works almost like a hot glue gun. The extruded thermoplastic cools and hardens as it lays down. The printing bed then lowers and the next layer of material is printed. The process repeats itself until the desired 3D object is completed. FDM technology is preferred when you require:
Key Features:
Functionality
Strength & Durability
Economical Solution
High Accuracy
Key Limitations:
Surface Finish
Longer Build Times
Limited Colors
With FDM, you can build just about any geometry you can imagine. Apart from prototyping, it allows low-volume production of complicated end-use parts as well. Moreover, many would-be entrepreneurs and inventors are using this technology to perform design studies on their ideas and present them to the mass.
In FDM, a thermoplastic filament is melted and extruded layer by layer to build 3D parts — much like a high-precision glue gun. Each layer cools and solidifies before the next one is added, ensuring structural integrity throughout the process.
Key Features:
Functionality
Strong and durable models
Cost-effective for functional parts
High Accuracy
Key Limitations:
Rougher surface finish
Longer Build Times
Limited Colors options
FDM is perfect for creating durable, functional prototypes and end-use parts. With this 3D printing service near me, even small businesses and inventors can test, refine, and present their ideas affordably.
SLA process begins with a thin layer of liquid plastic (photopolymer) that is exposed above the printing bed. The UV laser hit the bed and paints the first layer of the object, which hardens instantly. The printing bed then moves and exposes another layer of photopolymer, thus repeating the above process. SLA technology is preferred when there is a need for:
Key Features:
Fast Lead Time (upto 24 Hours)
High Accuracy
High Surface Quality
Large Single-Build Parts
Very Small Parts with Detail
Key Limitations:
Limited Choice of Material
More Expensive
Final Part may be not be fully cured
Difficult to use
Due to its ability to produce great looking parts, SLA is ideally used for visual prototypes for photoshoots and market testing. Apart from ‘show and tell’ parts, prototypes having limited functionality are printed through SLA. With its dynamic emergence, SLA is being used in many industries for making master patterns for different casting methods.
SLS operates similarly to SLA but uses powdered material instead of liquid resin. A laser fuses each layer of powder to form the object, eliminating the need for support structures. This makes SLS excellent for printing interlocking and complex geometries.
With powder, there is no need for support structures so this technology is highly suitable for producing interlocking parts, moving parts and highly complex geometries. Along with these, SLS provides:
Key Features:
Key Limitations:
Fast turnaround times
Durability
Strong, functional parts
Complex design freedom
Complex Geometry Design Freedom
Suitable for low-volume production
Rougher surface finish
Surface Quality
Relatively expensive process
High post-processing effort
SLS was the first technology used for volume prototyping. It’s now a go-to solution for durable, complex components used across industries — from mechanical parts to custom prototypes.
SLS process is very similar to SLA process. However, instead of working with liquid, SLS uses a layer of powdered material that is laid down carefully using a roller on the printing bed. A laser then sinters the cross-section of the object, the bed moves and the process repeats.
With powder, there is no need for support structures so this technology is highly suitable for producing interlocking parts, moving parts and highly complex geometries. Along with these, SLS provides:
Key Features:
Fast Lead Time
Durability
Functionality
High Complexity
Complex Geometry Design Freedom
Direct Production of Low-Volume projects
Key Limitations:
Surface Finish
Surface Quality
Expensive to run
Heavy Post-Processing
SLS technology was the first rapid prototyping technique to be used for volume production. Smaller objects printed from SLS technology can serve as a cost effective alternate to injection-molded parts. On the other hand, SLS machine also allows large and highly complex products to be printed that may be built as one-off products or in small batches.
Metal 3D printing uses fine metallic powder melted by a high-powered laser to create strong, precise components. Each layer is ultra-thin, allowing for detailed and accurate designs that traditional methods can’t easily achieve.
Key Features:
Production of complex metal parts
Spare Parts
High Surface Quality
Ductwork
Heat Exchanger & Heatsinks
This process delivers strong, durable components with mechanical properties close to cast metal — a fast and cost-effective choice for industries needing functional, ready-to-use parts.
Similar to SLS, Metal 3D Printing uses the layer of evenly distributed metallic powder that is melted and welded together using a high-powered laser technology. However, the powder cannot be of any kind. Since the layers being printed are ultra-thin in this process, the powder must be perfectly shaped (usually spherical) in order to spread out evenly. Once the model is ready, it goes under heat treatment. With Metal 3D Printing, it is now possible to print metal parts having great complexities. Some of its applications are:
Key Features:
Production Tools
Spare Parts
High Surface Quality
Ductwork
Heat Exchanger & Heatsinks
Metal 3D Printing is highly preferred when there is a requirement for fast and economical solution for producing complex parts. In fact, the final products from this technique have mechanical properties close to what are normally achieved through some of the casting processes.
PolyJet technology works like an inkjet printer, but instead of ink, it jets layers of liquid photopolymer that instantly cure under UV light. It can print using multiple materials and colors in a single build, including clear and see-through parts.
Key Features:
Key Limitations:
High resolution and fine details
Smooth Surface & Durability
Thin Walls
Ease of Use
Quick build times
Limited mechanical strength
Material properties can change with time or heat exposure
PolyJet is widely used in the entertainment and manufacturing industries for presentation models, visual prototypes, and casting masters. It’s the perfect blend of speed, beauty, and precision.
At Grit3D, our mission is to make advanced manufacturing accessible to everyone. Whether you need prototypes, functional parts, or custom designs, our 3D printing service near me ensures accuracy, speed, and quality — every time.
PolyJetworks very similar to how your office printer works. However, instead of jetting a layer of ink, it goes back and forth laying down a layer of UV cured photopolymer resin. With the completion of each layer, the bed moves and the next layer prints. PolyJet uses gel-like material for supporting complex geometries which is very easy to remove. PolyJet allows to print a 3D model using different materials having different mechanical / physical properties, all in a single build. Another edgy feature that this technique has over other technologies is its ability to print clear / see-through parts. Apart from multi-material and multi-colour features, itis preferred when you need:
Key Features:
High Resolution
Smooth Surface & Durability
Thin Walls
Ease of Use
High Build Speed
Key Limitations:
Poor Mechanical Properties
Changes Properties over time when exposed to heat or light
This technology is highly recommended for printing both the types; the visual prototypes having fine detail and also the functional prototypes. Entertainment industries are using this technology for their presentation models and manufacturing industries are using PolyJet to print master patterns for their casting processes.
Because you deserve innovation that works as smart as you do.
Our 3D printing service near me eliminates traditional manufacturing barriers and gives you unmatched creative freedom.
With Grit3D, you can:
At the heart of our mission is accessibility and global innovation. Through our additive manufacturing network, we make professional-grade printing services available locally so you get international quality without international delays.
Every product deserves the perfect process. At Grit3D, we use multiple world-class technologies to match your exact needs, from prototypes to end-use components.
Technology | Ideal For | Key Benefits |
Stereolithography (SLA) | Visual prototypes & presentation models | Ultra-smooth surface, fine details, 24-hour turnaround |
Fused Deposition Modeling (FDM) | Functional & mechanical parts | Cost-effective, durable, wide material range |
Selective Laser Sintering (SLS) | Complex geometries & interlocking parts | Strong, support-free, fast production cycles |
Metal 3D Printing | Aerospace, automotive, engineering | High strength, precision, metal-grade performance |
PolyJet Printing | Multi-color, transparent prototypes | Artistic precision, clear finishes, multi-material output |
Each technology is backed by expert post-processing and quality checks, ensuring every print meets international standards.
Stop imagining and start creating.
Upload your design, choose your preferred material, and let Grit3D’s 3D printing service near me bring your idea to life with precision and passion.
Grit3D, Turning imagination into innovation, one layer at a time.
A 3D printing service works by transforming your digital 3D model into a physical object, layer by layer. At Grit3D, you simply upload your design, choose the material and printing technology, and our experts handle the rest — from printing to post-processing. This process ensures accuracy, speed, and high-quality results for both prototypes and functional parts.
One of the biggest challenges with 3D printing is ensuring material consistency and surface finishing quality. At Grit3D, we overcome this by using industrial-grade printers and advanced post-processing techniques, ensuring every print, from prototype to final part, meets professional manufacturing standards.
Yes, you can easily get something 3D printed through Grit3D. Just share your design file, select the material and technology, and our team will handle the printing and finishing. Whether it’s a prototype, mechanical part, or artistic model, we deliver precise, ready-to-use 3D prints right to your location.
Here are five key benefits of 3D printing:
At Grit3D, we combine all these benefits to deliver high-quality 3D printing services near you that are fast, accurate, and affordable.
Another name for 3D printing is additive manufacturing. This term highlights the process of building objects layer by layer from digital designs, which is the core method used in Grit3D’s 3D printing services.
You cannot 3D print items that are illegal, unsafe, or restricted by law, such as firearms, explosives, or counterfeit products. At Grit3D, we focus on creating safe, legal, and high-quality prototypes, parts, and models for individuals, businesses, and educational purposes.
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