Worldwide Delivery

We offer a quick worldwide delivery to meet your custom manufacturing goal.

Instant Quoting

Get instant quotes for your project. Experience 24×7 availability services with us.

Industry Experience

We have a team of experienced & skilled engineers that understand your every requirement.

Guaranteed Quality

We ensure state-of-the-art quality services in every product to deliver you the best result.

Advanced Solution

Our workshops are equipped with top-notch 3d printer & robust technologies.

How Does KARV Automation Help the Architectural Industry?

One-Stop Solution: Our primary goal is to assist our clients in overcoming the complicated design and manufacturing issues they encounter on a daily basis. We have you covered for everything from designing to production, validation, and marketing.

On-Demand Services: KARV Automation is a cutting-edge firm that delivers on-demand 3D designing and additive manufacturing solutions in compliance with Industry 4.0 standards. We offer strong industry-specific and customer-focused services to support you in driving this current upheaval.

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Worldwide Delivery: KARV Automation offers both on-shore and off-shore on-demand manufacturing services, and all of our worldwide internal workshops are equipped with the most cutting-edge equipment. Accelerate your manufacturing today with KARV Automation by starting with strong, speedy prototyping.

Guaranteed Quality: KARV Automation is dedicated to offering you all of the top-notch 3D printing services and other digital manufacturing solutions you require. To guarantee that every product KARV Automation offers is of the highest level, a committed team of quality control specialists has diligently worked to achieve this goal.

Extensive Material Support: KARV Automation, a leading provider of 3D printing services, works with a wide range of materials with industrial quality in order to meet all of your needs and expectations. We cover all the essentials with a selection of more than 40 materials, including ceramics, metals, and plastics. We can also set up customized materials without having a minimum order quantity in addition to everything else.

Instant Quoting: We use a manufacturing-on-demand methodology that streamlines the quotation process to just a few minutes. With our quick quoting system, you can estimate lead times, acquire accurate prices, and receive DFM feedback in only a few clicks. No matter the batch size, we offer an immediate quotation.

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High-End Services Offered by KARV Automation for Architectural Industry

3D Printing

3D printers are being used more frequently by architects and other AEC experts to create stunning, tangible, and intricate architectural products. With realistic models that incorporate precise building or construction site data, specialists can now present their concepts to clients and dazzle them. At a low cost, 3D printing makes it possible to test and improve a variety of architectural concepts and designs. Picking a reliable 3D printer with high-quality prints is essential if the models include a lot of details.

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The phrase “3D printing” refers to a broad range of 3D printing processes and technologies. In order to make high-end architectural models, KARV Automation uses a number of 3D printing technologies, including:

KARV Automation uses a variety of materials for the 3D printing process, including:

Acrylonitrile Butadiene Styrene (ABS)
Polylactic acid (PLA)
Stainless Steel
Aluminum
Titanium
Brass
Nickel Alloy

Applications

Landscape Prototypes
Concept Models
Interior Design
3D architecture models
Decorative items
Interior and exterior artwork
Wall Hangings
Furniture Assemblages

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3D Model Making

Building affordable architectural 3d Models and creating accurate, in-depth architectural models are the two main applications of 3D printing in the architecture sector. Most frequently, inexpensive scale models of architecture are used as study models during the creation or design process. Realistic, in-depth architectural 3D models are generally preserved for the project’s promotion or to inform the contractors of the outcome/scope.

Buildings can be visualized in three dimensions using 3D models, which provide designers with a tangible sense of how a project will develop. Traditional model-making involves labor-intensive, repetitive handwork and the use of materials including clay, cardboard, porcelain, and wood.

But today, modern architectural practices and studios can take advantage of a wider range of technology, including CNC milling equipment, laser cutters, and 3D printers, which can speed up procedures and reduce labor expenses.

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Benefits of Architectural Model Making:

Increased Model Life Time: In addition to being more durable than conventional models, architectural models made with 3D technology also won’t sag or break with age. Additionally, you can employ the efficient feature of 3D printing services to quicken the customer feedback loop and complete projects more quickly.

Architectural 3D Models Can Save Your Money and Time: An architectural model can help contractors spot any potential construction issues. Building inspectors may view the project in three dimensions and spot any potential issues with the aid of a 3D model. By taking care of these issues early on in the design process, you can save time and money.

Reducing The Cost of Architectural Modeling: Purchasing 3D printers for on-site use by architectural firms is significantly less expensive than outsourcing to a supplier. They can increase overall productivity and reduce production expenses with the aid of the equipment. The tools aid designers in avoiding costs related to project delays by accelerating prototype production.

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Laser Cutting

The process known as “laser cutting” uses a focused laser beam to cut the material in order to get the desired outcome. A laser can be used to cut and engrave even the smallest essential components for the construction and architectural model-making industries. Manufacturers can use laser cutting technology to precisely create any parts needed for realistic model trains, intricate building replicas, or architectural models. The parts are immediately usable with no additional processing and there are no burrs, dust, or swarf. Some of the metals that can be laser cut at KARV Automation to meet your specific production needs are,

Stainless Steel
Aluminum

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Metal Sheet
Foam
Titanium
Copper
Brass
Plastic

To create the desired texture after the laser cutting process, KARV Automation offers a variety of surface finishing choices. Some of the common surface finishing techniques include:

Painting
Chrome Plating
Sanding
Pad Printing for color logo & texts
Polishing
Etching

Applications of Laser Cutting

Exterior artwork components
Fit-out pieces
Decorative cut-outs
Designer Window Frames
Wood Carvings
Steel Furnitures
Assemblages of Facades

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Fabrication

Fabrication technology refers to the process of creating a model or product from different raw materials by slicing, combining, and assembling elements. Many architects and interior designers have been interested in the advancements in fabrication, especially those in the sectors of industrial design and construction engineering. Construction methods and architectural design processes have been modernized by the manufacturing process.

Experts have therefore evaluated the effectiveness of the excellent fabrication outcomes and their effects in regards to efficiency, quality of products, and practical design possibilities.

There are various fabrication methods that are employed for different objectives. At KARV Automation, we employ a various number of methods for the fabrication process, including:

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Cutting
Machining
Welding
Punching
Stamping
Folding

At KARV Automation, a few of the materials used for fabrication include,

Sheet Metal
Steel
Aluminum
Plastic
Brass

Applications of Fabrication

Building gates
Staircases
Protection grills
Structural and roofing architecture
Custom made decorations
Copper facade cladding / panels
Metallic frames
Ventilation systems
Architectural metal screen/wall panels

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3D CAD Services

3D Designing

Over the past two decades, the architectural sector has advanced tremendously thanks to outstanding developments in architectural rendering, commonly known as 3D rendering. Using this method, architects can seamlessly produce 2D and 3D layouts for conceptual architecture projects. Architectural 3D rendering has the potential to create 3D pictures that are realistic-looking replicas of actual objects with the help of high-end CAD architectural services. These 3D models can be rotated on the screen and are exactly like real models.

With a few simple steps, it can be demonstrated isometric or projection views for a 3D architectural model design from any aspect. With the advent of cloud-based CAD and widely-accepted file types like DXF, CAD also makes it simple to share or collaborate on architectural designs. By allowing architects to store design blueprints and features, it also expedites the editing and revisioning process. Every time they change a design, architects don’t have to start from scratch, and they can effortlessly duplicate any feature from one design to another.

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The 3D rendering process is used to design architectural layouts such as,

Interior Design of Offices
Residential Buildings
Commercial Buildings
Industrial Buildings
Exterior view of all types of buildings
Custom or modular furniture
Landscaping Designing
Low poly modeling for Architectural Scale Models

Benefits Of 3D Rendering

The 3D rendering method enables you to create a mockup of the structure you wish to market to life using a computer-generated 3D simulation.
With the 3D rendering technique, you can emphasize and showcase a lot more information than you could with a simple mockup.
You can give prospective tenants a full tour of the apartment or housing project where they’ll be living by utilizing the 3D rendering approach.

3D Animation

The representation of any 3D object’s outline using specific software is known as 3D animation design architecture. Architecture 3DModels allow you to meticulously model and document your concepts in preparation for 2D drafting, 3D industrial animation rendering, 3D interior rendering, and manufacture or construction. A 3D industrial animation sequence for architecture offers the best guidance for judging any assets. The Architecture 3D Industrial animation sequence offers the best guidance for judging any assets.

Benefits Of 3D Animation

Animations can be used to wrap up the story of the building architecture you want to promote. They can play continuously during the exhibition or fair. Mockups and 3D renderings should be placed in the middle of your presentation booth so that clients can interact with them.
The 3D animations accurately depict the apartment building design or other architectural structure you have designed and are aiming to promote.

With a focus on interference, authorization, acceptability elements, aesthetics, and helping people communicate ideas more effectively, architecture 3D visualization brings simplicity to the design models’ aims.

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Augmented Reality

The architecture industry is using augmented reality technology extensively to streamline the planning and building processes. The ability of augmented reality technologies, such as object identification and computer visualization, to enable the acquisition, processing, and calculation of the surrounding information and data from the actual world for any purpose.

The commercial augmented reality choice for home builders is the AR Walkthrough app. The software converts lead into clients by giving prospective homebuyers an engaging and distinctive user experience. An augmented reality program physically immerses users by digitally superimposing personalization options on a real-world plane as prospective homebuyers explore a model home.

A more accurate representation of the project under construction can be obtained using augmented reality software, which can show all the layers of construction material and installations that are sometimes challenging to comprehend through architectural drawings.

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KARV’s AR Application

Experience KARV Automation’s top augmented reality services to help your business expand more quickly. KARV Automation is a prominent provider of web-based AR services and a pioneer in creating highly interactive AR apps. In order to provide top-notch AR application development services, we make use of contemporary technologies like Apple ARKit, Google ARCore, and Vuforia. Innovative AR firm KARV Automation provides both AR app development and WebAR services. Businesses are empowered to engage their clients and increase profits thanks to our AR app creation.

We provide you with the precise prototype of what you’ve been looking for after talking with you about your requirements and ideas using our AR services for different platforms.

WebAR: Users can access augmented reality (AR) experiences straight from their internet browsers without downloading any additional software thanks to cutting-edge technology known as WebAR.

Mobile AR: The augmented reality software from KARV Automation aids in implementing the concept of augmented reality into practice in a variety of scenarios, including smartphone apps, VR installations in shops or storefronts, offering 360 virtual tour experiences, and a lot more to attract customers.

AR App Development: KARV Automation offers you a broad range of business solutions, from WebAR to the development of customized mobile apps based on your needs and use cases.

Applications of AR in the Architecture Industry

AR for Building Construction Model: The construction company may keep tens of thousands of architectural model prototypes for display wherever and whenever clients request it with the aid of augmented reality and virtual reality. Buyers can use this architectural model to explore the entire property demo while wearing virtual reality goggles. This incredible fusion of reality and virtuality is remarkable because any one can gradually construct a more complex design with the use of these augmented reality systems.

AR Walkthrough: Designers can explore their concepts in greater detail in order to give their clients and themselves a much more accurate impression of the site with the aid of the augmented reality technology called AR walkthrough. By placing your sketch in the plan (or site) using an iPad, you may walk through it as walls are added. The process of presenting a proposal to clients is therefore far more interesting and open.

AR for Architecture Diagram: These particular architectural schematics are those that were created with the idea of virtual reality in mind. These designs can be scanned using a smartphone, which will virtualize the design using real-world coordinates. Understanding the plans and maps of the construction sites is made easier by the idea of augmented reality for construction projects.

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Types Of Products We Manufacture at KARV Automation

Interior Layouts and Design: Interior architects can now make models or constructs that visually accentuate the surroundings and their natural features. This will make it simpler for those working in this field to experiment with and visualize innovative and challenging ideas fast utilizing CAD software. The use of CAD software also enables contemporary architectural designers to construct new furniture, making their entire design adaptable and enabling them to experiment with their point of view.
Architecture Concept Models: Architectural concept models are an essential part of the process of developing and designing buildings. Architectural models can be a convenient and cost-effective way to put concepts to the test and assess a venue’s surroundings and general location.

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A concept model can be created from almost anything using a range of 3D engineering processes, such as 3D printing. This provides the architect and/or designer with the opportunity to think and work in ways that are significantly more advanced than the standard drawings, sketches, and 3D models that are frequently produced at this level.Personalized Architectural Detailing: Designers typically use the most advanced 3D engineering techniques to obtain customized detailing in architectural constructions while building some elaborate designs for a module. This process is made possible by the use of 3D printers because it would be difficult to finish using conventional production techniques. Using 3D printing, laser cutting, and injection molding processes, architects develop new interior structures to create the spaces of modern buildings and the future. This could be done with little effort and money and is extremely resource-efficient.

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Architecture Industry

The report predicts that over the next five years, Australia’s building and architecture industries will generate over $360 billion in sales, or more than 9% of the country’s GDP, with an expected annual rate of growth of 2.4 percent. The building, demolition, manufacturing of architectural assemblies and parts, rehabilitation, maintenance, or repair of structures and infrastructure are the core concerns of Australia’s architectural industry.
The architectural sector offers a wide range of services, from design and surveying to structural building and finishing services like painting and decorating. Furthermore, contract manufacturing is crucial for producing industrial architectural products in large quantities and at a reasonable price, such as equipment, gadgets, and completed things. As the industry’s demand increases, these contract manufacturing services will be increasingly needed in order to create an end-to-end architectural structure.