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Loose Timber House Project At Hus i Bergslagen AB, we provide a modern, precise, and flexible solution for constructing loose timber houses (Lösvirkeshus). Our process is designed to support efficient on-site assembly without compromising on quality or customization. We deliver all structural components fully precut, labeled, and prepared according to your project's exact specifications. Each element is dimensioned and organized for optimal handling on-site, whether the assembly is carried out by your own team or a partner contractor. The house is then built element by element directly on the construction site. This method offers greater flexibility than prefabricated modules, especially in projects where access, transport, or customization requirements make factory-assembled elements less practical. Thanks to our detailed 3D modeling and labeling system, every part fits into place with high precision. We also provide comprehensive assembly instructions for each construction layer, from structural framing to insulation and finishing materials, ensuring a smooth and reliable building process. Construction process Step 1: 3D Model Generation Based on architectural drawings (DWG/PDF formats), a full 3D model of the house is constructed. The 3D model is essential for material calculation, volume control, collision detection, and cost estimation. No offer is made without a completed and verified 3D model to ensure 100% material and cost accuracy. Step 2: Volume Segmentation The 3D model is divided into production and assembly volumes to optimize logistics and workflow: For prefabricated builds, volumes are limited according to Swedish transport regulations (standard road transport dimensions). For loose timber projects, volume segmentation is optimised based on the lifting capacity, number of assemblers, and site working conditions. Step 3: Layer Structuring (Wall Section Decomposition) Each wall element is structured in layers from exterior to interior: Outside layers: exterior panel (cladding), lathing (ventilation battens), wind barrier (vindfolie) Structural Frame + Mineral Wool Insulation Inside layers: vapor barrier (plastic foil), installation wall + additional insulation, OSB board (structural sheeting, gypsum board (interior finish) Step 4: Component Extraction and Labelling Each layer is decomposed into individual components. In the frame structure, every stud, beam, and sill plate is separated. Every component is assigned a unique identification label (ID) linked to the 3D model database. Labeling allows for precise sorting, packing, transport, and on-site installation without interpretation errors. All the elements composing each wall are packed together for easy handling and assembly. Step 5: Assembly Documentation For each prefabricated volume or composing element, detailed waterproofed assembly drawings are generated. Assembly instructions specify: Element order Component placement Connection types (nails, screws, plates, etc.) Fastening standards (e.g., distances, edge spacings) Step 6: Floor Slabs and Roof Structures Intermediate floors (slabs between levels) are produced and delivered following the same methodology (layered breakdown, component labelling, and assembly documentation). Roof structures (takstolar) are fully prefabricated in the factory and installed on-site based on dedicated lifting and installation instructions. Process Advantages Full traceability from model to finished structure. 100% material accuracy – no surplus or shortages. Optimized on-site work – rapid, error-free installation based on clear, step-by-step instructions. Transport and handling efficiency – no oversize risks or unloading issues. Flexible adaptation – construction solutions adjusted to project-specific requirements. Each drawing contain a QR code where you can easily see the 3D model and get a good understanding of each element location Here is an example of the full set of assembly documentation that accompanies each prefabricated element.

House production process Hus i Bergslagen specializes in producing prefabricated components for building houses. We divide a house into multiple sections that are manufactured in a controlled environment and then transported to the construction site. This approach allows us to streamline the process, keeping costs low while minimizing the exposure of wood elements to weather conditions. Building process The Importance of Coordinated Drawings Every house project begins with a comprehensive set of drawings, each serving a specific purpose: Architectural Drawings – Provided by the project owner Structural Drawings – Prepared by the house producer Groundwork Drawings – Created by the groundworks company Electrical Drawings – Supplied by the electrical contractor Plumbing Drawings – Supplied by the plumbing contractor Each company involved in the project develops its specialized drawings based on the architectural plans. However, when the project is not managed by a single general contractor, inconsistencies often arise between these sets of drawings. These discrepancies can lead to delays and higher costs during construction. To avoid such issues, we go beyond simply using the architectural drawings to create our structural plans. We also review groundwork and plumbing drawings to ensure alignment with the architectural design. This proactive approach minimizes errors and ensures a smoother construction process. Pamir drawings Our process begins with creating structural and production drawings based on the architectural plans. While production drawings are exclusively used for our internal manufacturing processes, structural drawings are essential for obtaining approval from the relevant authorities to commence the project. Production drawings include detailed specifications for the following components: Exterior walls Interior walls Slabs Trusses Assembly instructions Production Process The production process begins by uploading the cut files into the saw machine. These files contain all the necessary details for precise cutting, including dimensions, cutting angles, and the required number of pieces. Once the materials are cut, they are transported to the butterfly assembly table, where wall construction begins. Insulation and the required layers are installed on one side of the wall. The wall is then flipped to the other side, where the remaining layers are added. The wall moves seamlessly from one table to the next until the assembly is complete. Once finished, the walls are lifted and stored alongside the other house components, ready for the next stage of the process. Truss Production While truss production is a relatively straightforward process, it demands meticulous attention to detail. Perfectly accurate cuts are essential to ensure the structural integrity of the trusses. Key factors such as the placement of joint plates, the spacing between wooden components, and the material's humidity levels are strictly regulated to meet precise standards. Transport Närkeftakt is our trusted partner for transportation and crane assembly. Handling large volumes and heavy materials requires strict adherence to safety standards, an area in which we have consistently improved over time. Assembling Process The assembling process is a critical phase in building a house. It is during this stage that the architectural vision begins to take shape. Additionally, it serves as the first real test of the alignment between the groundwork and plumbing. For a standard-sized house, the assembly typically takes one to two days. However, the overall construction work continues for several weeks, depending on the level of finish required by the customer.

Fyll i vårt beställningsform för att snabbt komma igång med ditt byggprojekt. Vi erbjuder skräddarsydda lösningar för husbyggnation, attefallshus, renovering och tillbyggnad. Utgångspunkt i Örebro, vi bygger för dig i hela Sverige!

Production process How we manufacture your prefabricated house At Hus i Bergslagen AB, our production process is designed for maximum precision, efficiency and control. Every step is based on careful planning and digital modeling to ensure high quality and reliable assembly on site. 1. Final 3D model and component planning 2. Material preparation and precision cutting 3. Volume division and packaging 4. Labeling and documentation 5. Quality control 6. Transportation and delivery coordination After the order agreement is signed, we complete the 3D model and begin detailed planning of all components. Each part of the building – walls, floors and roofs – is divided into layers and individual components, such as joists, panels, insulation and board materials. All components are given a unique ID and linked directly to the model database. Based on the final component list, materials are selected, cut and prepared in our factory. The wooden elements are cut with high precision based on the 3D model, using modern and calibrated machines to ensure consistent quality. All components are grouped into manageable volumes depending on the project's methodology: For prefabricated elements, the volumes are adjusted according to applicable transport dimensions. For detached wooden houses, the volumes are adjusted according to the capacity of the assembly team and the conditions of the construction site. Each volume is packed layer by layer (e.g. facade panel, battens, windbreak, frame, insulation, vapor barrier, OSB, plaster), and all parts for a specific wall are packed together to facilitate assembly. Each component is marked with a unique ID number that is linked to the 3D model. This labeling system enables: Traceability of each part Organized packaging and delivery Precise and error-free assembly on site We also produce a complete set of waterproof assembly drawings and instructions for each element. These include: Assembly order Component placement Connection types (nails, screws, fittings) Mounting instructions (distance, edge dimensions) Each document also contains a QR code that links to the 3D model for a clear visual overview. Before delivery, each package and component is checked to ensure that: All parts included Cuts are precise The marking is correct. The packaging follows the planned assembly order. This check minimizes the risk of errors and delays during installation. Once everything is packaged and approved, the volumes are loaded and delivered according to the agreed schedule. We are responsible for: Transport logistics Access instructions to construction site Unloading order adapted to the construction sequence Our goal is to make work on the construction site as smooth and efficient as possible.

Access gallery Nästlett (tiny house) About Nästlett What is it? Nästlett is an tiny house designed around three key features: High Mobility Easy to transport, connect, and remove. Can be resold when no longer needed, ensuring a high return on investment. Factory Line Production: Fully produced in a controlled factory environment. Lower production costs and consistent quality. Best Quality/Price Balance: A competitive product offering exceptional value on the market. Why did we build a tiny house? Hus i Bergslagen, a company specializing in prefab house production, received frequent inquiries about Attefallshus projects. Through our experience building these houses, we realized their compact size made them ideal for complete factory production. When analyzing the market, we discovered that while a few manufacturers offered fully finished products, these often came with installation and removal challenges when no longer needed. This prompted us to develop a pilot project aimed at creating an Attefallshus with distinct advantages over competitors. Why metal slab structure? Maximizing interior height was a priority, which required a slab material other than wood. Due to its lower structural capacity compared to concrete or metal, wood would necessitate a significantly thicker slab. After consulting with our structural engineer, we evaluated concrete and metal options: Concrete: While strong, it posed two major challenges: excessive weight for a 30 m² slab and poor insulation properties. Metal: Metal emerged as the ideal choice, offering both the strength required to support the house and superior insulation properties, particularly when paired with PUR insulation. To optimize the metal slab, we addressed potential issues such as corrosion protection and mitigating thermal bridges caused by the material. Disadvantages Height Limitation: Due to factory production and transport regulations, the total height of our Attefallshus cannot exceed 3.6 meters, even though Attefallshus regulations permit constructions up to 4 meters. Despite our efficient slab design, which is only 20 cm thick, this results in an interior functional height that is approximately 30 cm shorter than the maximum allowed. Limited Layout Options To keep costs low and production efficient, we offer only one standardized layout. While customers can select from various colors and material options, changes to the slab dimensions, height, or internal dimensions are not available. Implementing Tiny Houses in Communities: A Sustainable Housing Solution Tiny Houses Project: Sustainable Living through Circular Economy The Tiny Houses Project is a forward-thinking initiative that merges sustainable living with innovative housing solutions. In collaboration with various municipalities (kommuner), the project aims to address housing shortages while championing environmental responsibility. This initiative embodies the principles of the circular economy by prioritizing reuse, recycling, and waste reduction. Objectives Sustainable Living: Set a new benchmark for sustainable housing by incorporating recycled materials and energy-efficient designs. Flexible Housing Solutions: Offer movable houses to meet immediate housing needs, such as temporary accommodation in industrial towns or seasonal resorts. Collaborative Approach: Partner with municipalities to seamlessly integrate these solutions into local housing strategies, ensuring alignment with community needs and regulations. Circular Economy in Action: Showcase the potential of circular economy principles to minimize environmental impact and inspire innovation. Key Features of the Tiny Houses Circular Design: Houses are partially constructed using recycled materials to minimize waste and enhance sustainability. Energy Efficiency: Equipped with renewable energy systems such as solar panels and energy-saving insulation. Portability: Designed as movable structures suitable for temporary use (5-15 years), adaptable for various settings, including industrial parks, glamping sites, and municipal housing. Local Focus: Manufactured in Bergslagen to support local industries and highlight Swedish craftsmanship. Benefits for Municipalities Address Housing Needs: Provide immediate solutions for housing shortages, catering to students, seasonal workers, and families. Economic Growth: Stimulate local economies through partnerships with regional suppliers and contractors. Environmental Leadership: Demonstrate a commitment to sustainability by reducing ecological footprints. Community Engagement: Promote innovation and collaboration within communities, encouraging broader adoption of circular economy principles. Project Highlights Stackfallet-Österleden: A practical application of movable tiny houses to tackle high square-meter costs and deliver flexible living solutions. Strategic Circularity: A core philosophy that ensures materials, products, and resources retain their value for as long as possible through reuse and recycling at every project stage. Innovative Examples: Inspired by successful reuse initiatives, the tiny houses emphasize measurable impacts, including substantial CO2 emission reductions and cost savings. Call to Action Discover how the Tiny Houses Project is revolutionizing sustainable living. Join us in creating a lasting impact through innovation and collaboration. If your municipality is interested in partnering with us or learning more, contact us to explore how we can bring this groundbreaking housing solution to your community. For more information about the project implementation and circular economy features, please visit our guide. Product specifications Design Drawings Material specifications EPD Attefallshus definition and regulations What is an Attefallshus? Building permits are typically required for new constructions, but Attefallshus are exempt from this requirement. A building permit is also not needed for extending an existing Attefallshus, provided that all the requirements for Attefallshus are met. However, in most cases, a notification is required for both new constructions and extensions. What regulations need to be followed: - There must be an existing single-family or two-family house on the property. - It must be an accessory building or an accessory dwelling house. - The maximum area may not exceed 30.0 m². - The ridge height may not exceed 4.0 meters. - It must be freestanding. - It must be located in close proximity to the existing single-family or two-family house. - It must be at least 4.5 meters away from the property boundary. - It must be at least 30.0 meters away from railway tracks. - It must not be built near buildings or in areas considered to have particular cultural or historical value. - The detailed development plan for the area must not impose additional building permit requirements for Attefallshus. - If it is an accessory dwelling house, it must not be located within or near areas of national interest for total defense. For more informations please visit Boverket . Get in Touch Industrivägen 1, Nora 076 283 61 18 info@husibergslagen.se Contact form – House in Bergslagen Name:* Surname Email address:* Message: Upload file Upload file Send

Upptäck våra byggprodukter för husrenovering och nybyggnation. Vi erbjuder kvalitetsprodukter för alla byggprojekt, från grund till tak. Utgångspunkt i Örebro – byggtjänster i hela Sverige. Our Products Soft, Hardware, and People That’s all it takes to make things work. While acquiring the right software and hardware is straightforward, it’s building a skilled and experienced team that truly sets us apart. It’s the people who make the difference. House frames We provide all the essential components for your home: walls, floors and roof. These can be delivered directly to your construction site or offered as part of a complete installation package, ensuring a smooth and efficient construction process. Roof trusses We provide detailed construction drawings along with prefabricated trusses and comprehensive assembly instructions. These can be delivered directly to your construction site or included in a complete installation package, ensuring a smooth and efficient construction process. Detached log house project At Hus i Bergslagen AB, precision and planning are the foundation of every project. Our construction process for Lösvirkeshus follows a carefully structured workflow to ensure efficiency, material optimization, and high on-site assembly accuracy

Kontakta oss för byggtjänster. Vi erbjuder professionella lösningar för attefallshus, husbygge, renovering och tillbyggnad. Utgångspunkt i Örebro – byggtjänster i hela Sverige! Get in Touch Hus I Bergslagen AB, 559155-1477 Industrivägen 1, 713 91, Nora 076 283 61 18 info@husibergslagen.se Contact form – House in Bergslagen Name:* Surname Email address:* Message: Upload file Upload file Send

Order Process How to Purchase a Prefabricated House from Us Buying a prefabricated house is a major investment and requires clarity, precision, and confidence at every stage. At Hus i Bergslagen AB, we have developed a structured order process to ensure that you, as a customer, have full control from the first contact to the final delivery. beställningsformulär 1. Initial Contact and Needs Analysis 2. Architectural Basis and 3D Modeling 3. Offer and Specification 4. Review and Adjustments 5. Order Confirmation and Contract 6. Production and Delivery Planning 7. Ongoing Support During the Project If you already have architectural drawings, we receive them in DWG or PDF format. If you don’t have a complete design, we can assist in developing a basic layout. From these drawings, we create a detailed 3D model, which becomes the foundation for all further planning. The model allows us to accurately calculate material quantities, production volumes, and provide a precise cost estimate. Once the 3D model is complete, you will receive a quote based entirely on actual material quantities and labor hours. No approximations or estimates — the offer is completely transparent and includes: Material specifications for walls, roof, floors, and structural components Scope of delivery Production and delivery timeline Clear pricing breakdown Together, we go through the quote, 3D model, and specifications in detail. This is your opportunity to ask questions, adjust the scope, or add/remove elements before moving forward. When you approve the quote, we sign a formal order contract. This forms the legal and technical basis for our delivery and ensures that all parties share a clear understanding of what will be built. Once the contract is signed, production begins. All components are manufactured in our factory, packaged in assembly sequence, and labeled with unique ID tags. You receive a delivery plan that includes: Delivery dates Logistics and unloading instructions Assembly manuals (in both digital and printed form) We remain available throughout the building process for technical questions, support, and potential adjustments. You will always have direct contact with a dedicated project manager from our team who knows your project inside and out. The process begins when you reach out to us with your idea, plot, or architectural drawings. We discuss your needs, preferences, budget, and project conditions. At this stage, we provide initial guidance on what is technically feasible and which solutions best suit your project.

House extension project What is a house extension? In the Planning and Building Act (PBL), an extension is defined as a modification to a building that increases the building's volume. Planning and Building Act (2010:900) Chapter 1, Section 4 An extension includes any measures that increase a building's volume, regardless of the direction in which the increase occurs. This means that a volume increase upward, to the sides, or downward is considered an extension. However, adding insulation is generally not regarded as an extension. Similarly, converting an attic within the existing building volume does not constitute an extension (see Government Bill 1985/86:1, p. 501, 676 and Government Bill 2009/10:170, p. 152). The term "extension" existed in the older Planning and Building Act (ÄPBL) but was not defined in the legislation. It is now defined in the PBL. According to the preparatory work for the PBL, statements in the preparatory work for the ÄPBL can still provide guidance on the meaning of "extension," as can older case law (see Government Bill 2009/10:170, p. 152). In practice, it has been unclear whether certain measures, such as dormer windows, balconies, and terraces, should be regarded as extensions. Factors such as the presence of roofs and walls, size, proximity to the ground, and visual impression are considerations that the Land and Environment Court of Appeal (MÖD) may take into account when determining whether an action qualifies as an extension. Several rulings indicate that there is no absolute requirement for the space to be enclosed by walls. Boverket provides a precise definition of what constitutes a house extension and outlines the applicable regulations. An extension is generally defined as a modification that increases a building's volume, regardless of the direction. Specific guidelines determine when an extension is subject to permits and other regulatory requirements, ensuring that any new construction complies with planning and building laws. For detailed information about definitions, requirements, and legal implications of house extensions, you can read more on Boverket’s official website or consult the Planning and Building Act (PBL). What are the steps for building a house extension? Building a house extension in Sweden involves several key steps to ensure compliance with local regulations and successful project completion: 1) Initial Planning and Design: Assess Your Needs: Determine the purpose and scope of the extension. Engage Professionals: Consult with architects or designers to create detailed plans that align with your vision and comply with Swedish building standards. 2. Check Zoning and Planning Regulations: Review Local Plans: Verify that your proposed extension adheres to the local detailed development plan (detaljplan). Consult the Municipality: Engage with your local building committee (byggnadsnämnden) to understand specific requirements and restrictions. 3. Obtain Necessary Permits: Building Permit (Bygglov): Most extensions require a building permit. Submit your application with all necessary documentation, including architectural drawings and project descriptions. Notifications: For certain minor works, a notification (anmälan) may suffice instead of a full permit. 4. Technical Consultation and Inspection Plan: Technical Consultation: Attend a meeting with the building committee to discuss the project and review the inspection plan. Inspection Plan: Develop a plan outlining necessary inspections during construction to ensure compliance with building regulations. Boverket 5. Appoint a Certified Inspector (Kontrollansvarig): Certification: Hire a certified inspector responsible for overseeing compliance throughout the construction process. Starting Clearance (Startbesked): Approval to Begin: Obtain a starting clearance from the building committee before commencing any construction work. 6. Construction Phase: Adhere to Plans: Ensure that construction follows the approved plans and inspection protocols. Regular Inspections: Conduct inspections as outlined in the inspection plan to verify compliance with building standards. 7. Final Inspection and Completion Certificate (Slutbesked): Final Consultation: Participate in a final meeting with the building committee to review the completed work. Completion Certificate: Receive a completion certificate, allowing the extension to be officially used. Throughout the process, maintain open communication with local authorities and adhere to all regulatory requirements to ensure a smooth and compliant construction experience. What can we offer? While we can get involved and assist throughout the entire administrative process of the building project, our expertise is best used in the technical and construction phases. We focus on ensuring that the execution of your house extension follow your expectations. A typical house extension process is similar to constructing a small house, with the key difference being its integration with the existing structure. This integration requires careful planning and execution to connect critical systems, including: Drainage System: Ensuring proper flow and integration into the existing drainage network to prevent blockages or backflow issues. Water System: Extending water supply lines without compromising pressure or functionality. Heating System: Integrating radiators, underfloor heating, or HVAC systems for consistent temperature regulation throughout the property. Ventilation: Extending or modifying ventilation systems to maintain air quality and meet regulatory standards. Electricity: Adding electrical wiring, outlets, and lighting while ensuring compliance with safety codes and maintaining the load balance. Roof Connection: Merging the new roof with the existing one to ensure durability, proper insulation, and water-tight sealing. In most cases, a house extension also involves the demolition of one or more external wall. This is a critical step that must be handled carefully to avoid structural damage to the existing building. Additional considerations include preserving the integrity of load-bearing walls, ensuring adequate insulation, and minimizing disruptions to your daily life during construction. Final thoughts Over the past 15 years, I have been actively involved in numerous house extension projects, working with a variety of companies to deliver exceptional results. My experience spans a wide range of projects, from typical villa extensions that enhance living space to more complex undertakings like converting attics into fully functional apartments or adding additional levels to apartment buildings. This extensive experience has provided me with in-depth knowledge and a versatile skill set to handle all aspects of extension projects. Whether it’s navigating intricate planning regulations, ensuring structural integrity, or integrating modern systems seamlessly with existing buildings, we have honed our expertise to meet client expectations. Our ability to adapt to different project scales and challenges, combined with a deep understanding of construction processes and technical requirements, ensures that every project we undertake is executed with precision, quality, and care.

Vi erbjuder ett brett utbud av byggtjänster för nybyggnation, renovering och tillbyggnad. Utgångspunkt i Örebro, vi arbetar med kunder i hela Sverige för att skapa hållbara och skräddarsydda lösningar. Our services Our Expertise in Construction Over the years, we have been involved in a wide range of construction projects, allowing us to build the expertise, experience, and tools necessary to tackle diverse construction processes. Below, we elaborate on the various types of projects we can confidently undertake. House extension Need more space and want to add a complementary area to your home? We can help right from the start. From assisting with the construction permit process by providing detailed building permit drawings (bygglovritningar) to supplying prefabricated construction parts and handling the assembly, we ensure a smooth and efficient extension process Total renovation projects Does your house need an update, or are you looking to change its style? Let’s explore the possibilities together. Renovation projects often come with unique challenges that require seamless collaboration among various professionals. With our long-standing partnerships with trusted electrical, plumbing, and ventilation companies, we ensure your renovation is handled efficiently and with the highest quality standards. Specialized carpentry, tile working and painting works Our in-house team of skilled carpenters, tile workers, and painters has honed their expertise over the years, ensuring every project is executed with precision and attention to detail. From start to finish, we take pride in delivering high-quality works. Challenge us!

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Roof trusses At Hus i Bergslagen, we specialize in producing high-quality roof trusses with a focus on strength, durability, and precision. Our production process seamlessly combines certified quality materials with advanced cutting and assembling technology. As a RISE (Research Institutes of Sweden) certified company, we undergo annual unannounced inspections to ensure that our truss production consistently meets current industry standards. Building process Getting Started The process begins with a request for a quote. To provide an accurate estimate, we require the following information: Customer contact details Architectural drawings of the house, garage, or extension requiring trusses House location (to determine the snow load zone and calculate transport costs) Design and Planning Using the information provided, we create detailed roof truss designs using specialized software called Pamir. This software allows us to generate: Material specifications: Types and quantities of wood, connection plates, and additional components like beams or posts if required Production drawings: Detailed instructions on how to cut and assemble each part to ensure precision and efficiency Automated Cutting The Pamir software generates cut files, enabling our saw unit to make precise, automated cuts tailored to the design. Assembly The cut parts are transported to our truss assembly unit, where they are carefully assembled according to the detailed drawings. Delivery and Installation Support Our trusses are carefully packaged and delivered to your site, complete with detailed assembly instructions to streamline the construction process. Truss Installation Process The installation of roof trusses is a critical step in the construction process, requiring precision and expertise. Once the trusses are delivered to the site, they are carefully lifted into position using cranes or specialized lifting equipment. Each truss is aligned according to the structural plan and securely fastened to the supporting walls or beams. Temporary bracing is used to ensure stability during the installation process, followed by the permanent bracing system that locks the trusses in place. Proper coordination and adherence to safety standards are essential to guarantee a secure and efficient installation, providing a strong framework for your roof. In our truss production process, we utilize certified software to calculate the design and functionality of each roof truss. This enables us to take full responsibility for each individual truss and the roof as a complete structural unit, ensuring it meets all requirements for tolerances, load capacity, and durability. For every unique project, we perform precise calculations and create detailed Pamir truss drawings, which form an integral part of our manufacturing and certification process.