After the start of the Invasion, the already strong military industry of the Empire began to receive increased funding. Production lines and technology got a boost, quality control was also increased. Innovation, however, affected not only the advanced developments, but also the ‘workhorses’, such as the fighter ‘Dvergr’. The training fighter got a new polymer lining, more efficient engine and even air conditioning in the cockpit. And all this without increasing the cost! ‘Dvergr’ remains as reliable and unpretentious, as it was before.

AJF-12 "Dvergr"

The L1A1 Self Loading Rifle (SLR) was the standard issue service rifle for the United Kingdom. The SLR is an Inch pattern FAL, this means that it was derived from the Canadian C1A1. It also means that the L1A1 is mostly not parts compatible with the more common metric FALs. notably this includes magazines. So that means let's say that the Brits are fighting a county that uses metric FALs, if they happen to capture a collection of metric FALs they wouldn't be able to use any of them. And to add confusion to the L1A1 SLR story the Aussies also adopted the inch pattern FAL as the L1A1 SLR… Fortunately the Australian SLRs are mostly the same with the exception of the handguard. 

My L1A1 SLRs here are really one base receiver with two furniture sets. You can choose between the boring but reliable polymer or the full wood furniture sets. In addition you also get the 30 round magazine from the L2A1 machine gun along with the standard issue 20 rounder. The weapon is fully rigged.

[FREE - Modular] L1A1 SLR

A futuristic submachine gun inspired by a sci-fi weapon concept. The design combines weapon-grade metal, reinforced polymer components, and a suppressor with a Picatinny rail system, creating a compact tactical platform. High poly.

Concept reference by Wouter Kroon.

"Suricate MK.II" SMG

GK-17 Tactical Pistol — a high-fidelity, game-ready semi-automatic pistol modeled after compact polymer-frame handguns. Built with real-time rendering in mind, this model is optimized for use in first-person shooters, military sims, or any action-oriented game project.

🔧 Technical Details:
• Clean, optimized topology — low-poly with no ngons or unnecessary edge loops
• Fully unwrapped UVs with no overlaps
• PBR texture set included (Albedo / Roughness / Metallic / Normal Map / AO)
• Centered pivot, correct scale, and clean scene hierarchy
• Ready to drop into Unity, Unreal Engine, Godot, or any PBR pipeline

🎨 Textures:
• PBR-ready 2K texture maps
• Realistic material definition — matte polymer grip, brushed metal slide, machined barrel details

📦 Free for personal and commercial use. No credit required, though it's always appreciated.

Perfect for game jams, prototyping, portfolio work, or as a base mesh for further customization. Enjoy!

GK-17 Tactical Pistol

gLOCK GUN
# 60+ PSX Props Pack:-------> https://itch.io/s/168748/psx-60-props-pack

> Glock (German: [ˈglɔk]; stylized as GLOCK) is a brand of polymer-framed, short-recoil-operated, locked-breech semi-automatic pistols (as well as some rifles and one machine pistol) designed and produced by Austrian manufacturer Glock Ges.m.b.H.. The firearm, designed by company founder Gaston Glock (1929–2023), entered Austrian military and police service in 1982 as the P80 (later known commercially as the Glock 17) after outperforming established competitors in reliability and safety tests.[9][10][page needed] Despite initial market resistance to its "plastic" construction, the Glock became the first commercially successful line of pistols with a polymer frame.[11]

PSX - Glock Gun

"Exceptionally compact, this bullpup assault rifle sports a lightweight, polymer frame and is chambered in versatile 5.56."

Call of Duty: MWIII (2023) - RAM-7

The Intratec TEC-9, TEC-DC9, KG-99, and AB-10 are a line of blowback-operated semi-automatic pistols. They were developed by Intratec, an American subsidiary of the Swedish firearms manufacturer Interdynamic AB. Introduced in 1984, the TEC-9 is made of inexpensive molded polymers and a mixture of stamped and milled steel parts. The simple design of the gun made it easy to repair and modify. It was a commercial success, with over 250,000 being sold. They are from the United States.

This one has a integral suppressor, foregrip, and stock.

has a detachable magazine, removable stock, foregrip, movable trigger, movable slide release and movable bolt handle.

in the .blend file.

free download.

Tec-9 (Blender 5.1) .blend, free

Ruger LCP (Lightweight Compact Pistol), introduced in 2008, is a .380 ACP semi-automatic pistol designed for concealed carry. It features a ultra-compact, lightweight frame with a polymer construction and a blue steel slide. Its small size—just over 5 inches in length—makes it easily pocketable. The LCP has a double-action-only hammer-fired system, fixed sights, and a 6+1 round capacity. While basic in features, it became extremely popular for its reliability, affordability, and ease of concealment, helping to define the modern pocket pistol market.

Ruger Lcp

The Beretta ARX160 is an Italian modular assault rifle manufactured by Beretta Defense. Developed for the Italian Armed Forces, it is celebrated for its lightweight polymer design, fully ambidextrous controls, and quick-change barrel system.

Beretta ARX160

A high-quality, game-ready 3D model of a futuristic, tactical submachine gun inspired by modern PDW designs (such as the KRISS Vector and HK MP7). Designed with a balance of aggressive hard-surface angles and realistic mechanical functionality, this weapon asset is perfect for first-person shooters (FPS), cyberpunk environments, or sci-fi military simulations.

Key Features:

Design Concept: Original hybrid design featuring custom branding (DK Industries), integrated holographic sight, front foregrip, and an oversized tactical suppressor.

Texturing: High-fidelity PBR textures created with Substance Painter, focusing on realistic metallic wear, polymer roughness contrast, and subtle military decals.

Topology: Clean geometry optimized for modern game engines with a focus on smart edge-holding and baked normal maps.
Created for hard-surface portfolio showcase and real-time engine integration. Feedback and comments are always appreciated!

Futuristic PDW / SMG Weapon

This 3D model of the Glock 19 has been carefully crafted to showcase clean geometry, accurate proportions, and detailed surface features. The mesh is optimized for both real-time rendering and high-quality visualization, making it suitable for use in games, simulations, or cinematic projects.
Key highlights include:
- High-quality topology for smooth shading and easy rigging/animation.
- Detailed textures with realistic materials, including polymer grip and metallic slide finishes.
- PBR-ready workflow for physically accurate lighting and reflections.
- Scalable use cases — from close-up renders to integration in larger interactive environments.
This model balances realism with performance, offering a versatile asset for developers, artists, and 3D enthusiasts.

glock 19

New Drop: Low-Poly Five-Seven (BO2 Style)

Adding a high-capacity, low-recoil classic to the armory. Here is a clean, highly stylized low-poly homage to the semi-automatic Five-Seven pistol from Black Ops 2.

The Specs:

Style: True flat-shaded low-poly geometry. Captures the weapon's modern polymer frame and sleek, ergonomic profile perfectly.

Optimized: Ultra-lightweight, making it perfect for mobile, VR, or fast-paced indie FPS projects.

Game-Ready: Scaled to real-world proportions and ready to drop right into your engine's weapon sockets.

Black OPS 2_FIVE-SEVEN

The Grendel P30 is a unique, semi-automatic pistol chambered in the high-velocity .22 Winchester Magnum Rimfire (.22 WMR). Manufactured between 1990 and 1994, it is most famous for featuring a massive 30-round Zytel polymer magazine in the grip and is known as the granddaddy of the modern Kel-Tec PMR-30.

Grendel P30

This model was generated using Meshy(https://www.meshy.ai)'s AI toolkit. It provides tools that effortlessly turn human imagination into stunning 3D models.

If you're interested in this model, visit the model page on Meshy to explore more about it: [https://www.meshy.ai/3d-models/Skeletonized-polymer-rifle-stock-v2-019de6e5-ead0-7646-b2a4-f1809a39e0ff?utm_source=sketchfab](https://www.meshy.ai/3d-models/Skeletonized-polymer-rifle-stock-v2-019de6e5-ead0-7646-b2a4-f1809a39e0ff?utm_source=sketchfab)

Skeletonized polymer rifle stock

New Drop: Low-Poly B23R (BO2 Style)

Bringing reliable burst-fire precision to the armory. Here is a clean, highly stylized low-poly homage to the burst-fire B23R pistol from Black Ops 2.

The Specs:

Style: True flat-shaded low-poly geometry. Captures the weapon's sleek, futuristic polymer frame and distinctive squared trigger guard perfectly.

Optimized: Ultra-lightweight, making it perfect for mobile, VR, or fast-paced indie FPS projects.

Game-Ready: Scaled to real-world proportions and ready to drop right into your engine's weapon sockets.

Black OPS 2_B23R

A simple yet reliable handgun originated in Austria, popularised by films and other media. It is built with a polymer frame, DOES show up in X-ray machines and generally cost less than what people make in a month.

(Reupload of original model with minor tweaks)

Introduction Manufacturers today are constantly looking for ways to improve product performance, reduce assembly requirements, and increase production efficiency. Two popular manufacturing processes that help achieve these goals are insert molding and overmolding. While both techniques combine multiple materials into a single component, they differ significantly in their design, production process, and applications. Understanding the differences between these manufacturing methods is essential for selecting the most suitable solution for your project. Choosing the right insert molding system or overmolding process can impact product durability, manufacturing costs, and overall production efficiency. This article explores the key differences between insert molding and overmolding, their advantages, and how to determine which process best fits your manufacturing requirements. Understanding Insert Molding Insert molding is a manufacturing process in which a pre-formed component, usually made of metal or another rigid material, is placed inside a mold before molten plastic is injected around it. The insert becomes permanently encapsulated within the plastic, creating a single integrated part. Common Insert MaterialsInsert molding often uses:  Stainless steel Brass Aluminum Copper Ceramic materials  Typical ApplicationsInsert molded parts are commonly found in:  Electrical connectors Medical devices Automotive sensors Threaded fasteners Aerospace components  Many manufacturers rely on an insert molding system to reduce assembly steps while increasing component strength and reliability. What Is Overmolding? Overmolding is a process in which one material is molded over another existing component. Unlike insert molding, the base component is often plastic rather than metal. This process allows manufacturers to combine different materials to improve product functionality, appearance, and user comfort. Common Overmolding MaterialsPopular overmolding materials include:  Thermoplastic elastomers (TPE) Thermoplastic polyurethane (TPU) Silicone materials Soft-touch plastics  Typical ApplicationsOvermolding is frequently used for:  Tool handles Consumer electronics Medical grips Protective housings Sports equipment  The process helps improve grip, comfort, insulation, and aesthetics. Key Differences Between Insert Molding and Overmolding Although both processes involve combining materials, their manufacturing methods differ significantly. Component Structure Insert MoldingInsert molding combines a rigid insert with injected plastic to create a single structural component. OvermoldingOvermolding adds an additional layer of material over an existing substrate to improve functionality or appearance. Material Combination Insert MoldingTypically combines:  Metal and plastic Ceramic and plastic Rigid engineered materials and plastic  OvermoldingUsually combines:  Plastic and rubber Plastic and soft-touch materials Multiple polymer materials  Manufacturing Objectives Insert MoldingThe primary goal is to improve structural strength, eliminate assembly operations, and integrate multiple components into one part. OvermoldingThe primary goal is to improve user experience, product aesthetics, vibration resistance, or grip performance. Advantages of Insert Molding Insert molding offers several manufacturing benefits. Reduced Assembly RequirementsMultiple parts are combined into a single manufacturing process, reducing labor and assembly costs. Increased Structural StrengthMetal inserts provide additional durability and mechanical performance. Improved ReliabilityFewer assembled components reduce the risk of part failure. Greater Manufacturing EfficiencyProduction becomes faster because secondary assembly operations are minimized. Better Space UtilizationInsert molded parts often allow for more compact product designs. Advantages of Overmolding Overmolding also provides unique benefits. Improved Product ComfortSoft-touch materials improve user experience and ergonomics. Enhanced Product AppearanceManufacturers can create visually appealing designs using multiple colors and materials. Better Grip PerformanceRubberized surfaces provide improved handling and safety. Vibration and Shock AbsorptionOvermolded materials help reduce vibration and impact forces. Environmental ProtectionAdditional material layers can improve resistance to moisture, dust, and contaminants. Cost Comparison Cost is often a major factor when selecting a manufacturing process. Insert Molding CostsInsert molding may involve:  More complex tooling Insert preparation Automated placement systems  However, it often reduces long-term assembly costs. Overmolding CostsOvermolding can require:  Multiple molding stages Additional tooling Specialized material compatibility testing  The final cost depends on product complexity and production volume. Which Process Is Better for Your Project? The answer depends on your product requirements. Choose Insert Molding If You Need:  Strong structural components Metal-plastic integration Reduced assembly operations Improved durability High mechanical performance  Choose Overmolding If You Need:  Improved grip Enhanced aesthetics Soft-touch surfaces Vibration reduction Better user comfort  Selecting the appropriate process ensures optimal product performance and manufacturing efficiency. Industries That Use Insert Molding and Overmolding Both technologies are widely used across various industries. Automotive IndustryApplications include:  Sensors Connectors Control systems Interior components  Medical IndustryManufacturers use these processes for:  Surgical instruments Medical device housings Diagnostic equipment  Consumer ElectronicsCommon applications include:  Mobile devices Wearables Charging accessories Protective casings  Industrial ManufacturingBoth technologies help improve product durability and functionality in demanding environments.   Future Trends in Insert Molding and OvermoldingAs manufacturing technology advances, both processes continue to evolve. Emerging trends include:  Smart manufacturing automation AI-driven process optimization Advanced engineering polymers Sustainable materials Enhanced precision tooling  These innovations are expected to improve quality, efficiency, and production flexibility. Conclusion Both insert molding and overmolding offer valuable advantages for modern manufacturing. While insert molding focuses on integrating rigid inserts into plastic components to improve strength and reduce assembly requirements, overmolding is designed to enhance product comfort, appearance, and functionality. Understanding the differences between these technologies helps manufacturers choose the most effective solution for their specific applications. For projects that require durable metal-plastic integration and streamlined production, an insert molding system often provides the ideal manufacturing solution. FAQs What is the main difference between insert molding and overmolding? Insert molding places a pre-formed insert inside a mold before plastic injection, while overmolding adds a second material layer over an existing component. When should manufacturers use an insert molding system? An insert molding system is ideal when products require metal-plastic integration, increased strength, reduced assembly, and improved durability. Is overmolding more expensive than insert molding? Costs vary depending on design complexity, materials, tooling requirements, and production volume. Either process can be more cost-effective depending on the application. Which industries commonly use insert molding and overmolding? Automotive, medical, aerospace, consumer electronics, and industrial manufacturing industries frequently use both technologies. Can insert molding improve product reliability? Yes. Insert molding reduces the number of separate components, minimizes assembly requirements, and creates stronger integrated parts, resulting in improved reliability.

Insert Molding System vs Overmolding: Key Differences and Benefits

DNA Polymerase III Atomically accurate protein for scientific visualization

Dna Polymerase

**Ingram Mac10 Gun**
Ingram MAC-10 game-ready 3D model: A highly detailed and optimized digital recreation of the iconic Ingram MAC-10 submachine gun, designed specifically for real-time applications. The model features accurate proportions, clean topology, and efficient UV mapping, making it ideal for use in video games, simulations, or VR environments. Textures are crafted to deliver realistic metal and polymer surfaces while maintaining performance efficiency. This asset balances visual fidelity with low poly optimization, ensuring smooth integration into modern game engines.

**Vertices** - 328,041
**Edges**- 654,754
**Faces**- 326,732
**Triangles**- 643,464

Ingram Mac10 Gun

Vibro-vacuum experimental setup for processing and compacting metal-polymer composite materials. The installation is designed for vacuum degassing, mold filling and vibration-assisted compaction of viscous composite systems used in metal-composite parts and additive manufacturing research. The model can be used for engineering education, visualization of laboratory equipment, VR training and demonstration of technological processes.

Vibro Vacum

Nice box from Elegoo containing 1000g of photopolymer resin.

Standard Photopolymer Resign

The primary weapon of Operation Icarus is a sci-fi rifle designed with a strong, functional silhouette suited for a protagonist operating in a tactical futuristic world. Its compact, angular form is defined by clean lines and sharp contours, giving it a modern and purposeful look.

Built from a combination of high-strength plastic polymers and metal components, the rifle balances durability with a lightweight feel. Matte plastic panels make up the main body, contrasted by exposed metallic parts such as the rails, barrel, and mechanical joints.

Industrial details like visible screws, technical engravings, textured grips, and a digital sight enhance the realism of the design. A compact magazine, ergonomic handles, and subtle color accents help distinguish functional elements without compromising the clean aesthetic.

The result is a refined blend of military utility and sci-fi sophistication, grounded in a believable narrative universe.

Sci-fi Weapon | Firearm  | Game Ready

- X12:
"A light, semi-auto 9mm pistol with specialized and tactical modification options. The polymer frame keeps the weight down and the integrated rail allows laser attachments."
-13 Auto:
"The highly specialized, fully automatic trigger assembly of the X13 delivers a staggering 20 rounds per second while sacrificing a great deal of accuracy and effective range."

Call of Duty: MWII (2022) - X12&X13

"Rapid-fire, a compact polymer frame, and high-velocity ammunition make the PDSW 528 a powerhouse for room clearing."

Call of Duty: MWII (2022) - PDSW 528

For full functionality, we recommend downloading the source format.The viewer version is intended for web viewing only. In the source file, the following are fully preserved:✔ native scene structure✔ all materials without simplification✔ accurate texture maps✔ original object namesIf you plan to use this model in production, select the source file.nspired by the EMG Custom TTI JW2 Polymer Combat Master Slide. Designed with realistic proportions clean topology and PBR ready materials this asset is ideal for cinematic props game development or product visualization. The model balances photorealism with optimized geometry making it versatile for both close up renders and background use

The FN Five-seveN is a semi-automatic pistol designed and manufactured by the Belgian company FN Herstal. It is best known for its unique caliber, high magazine capacity, and lightweight polymer construction.
The name "Five-seveN" is a play on its caliber, 5.7mm, with the capitalized "F" and "N" at the beginning and end serving as a nod to the manufacturer's initials.
1. Purpose and Origin
Developed in the late 1990s, the Five-seveN was created as a companion sidearm to the FN P90 submachine gun. Both were designed to meet NATO requirements for a "Personal Defense Weapon" (PDW) system that could:
Penetrate Body Armor: Specifically, the goal was to defeat Soviet-era Kevlar vests that standard 9mm rounds could not.
Be Lightweight: For use by non-frontline troops (truck drivers, medics, etc.) who needed effective protection without the bulk of a full rifle.

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