实验室建设装修咨询-Laboratory Decoration Laboratory Design Laboratory Construction Laboratory Renovation Shenzhen Xige Laboratory Decoration Company

Consultation on laboratory site selection

Xige provides laboratory site consultation, can assist in site investigation, and provide reasonable and standardized laboratory site recommendations. The site selection mainly focuses on the following aspects: laboratory floor height consideration (floor height), laboratory functional space consideration (area), laboratory floor load consideration (load-bearing), laboratory pipe well direction consideration (pipe well), laboratory building power supply consideration (incoming power), laboratory geographical location and convenience consideration (geography)

Laboratory planning and design consulting

Xige provides comprehensive laboratory design consulting services, including laboratory graphic design consulting, laboratory rendering design consulting, laboratory construction drawing design consulting, and laboratory scheme design consulting, committed to building functional, safe and reliable laboratory spaces for scientific researchers.

Consulting on laboratory construction cost

Xige provides laboratory construction cost consulting, including laboratory decoration quotation, laboratory design cost, and laboratory construction price budget. Consulting on laboratory construction cost is an important link in ensuring the successful implementation and completion of laboratory construction projects. Professional construction cost consulting can provide project parties with accurate budget planning, optimized construction plans, reduced risks and costs, and ensured compliance and quality. Therefore, choosing a laboratory construction cost for consulting is an important step in ensuring project success.

Consultation on laboratory fire protection and environmental protection

Xige provides consulting services for laboratory fire protection design and construction approval, laboratory environmental protection approval, and inspection. When constructing a laboratory, approval for fire protection and environmental protection is crucial as they are crucial steps in ensuring that the construction and operation of the laboratory comply with relevant regulations and standards.

Consultation on Microbial Laboratory Filing

Xige provides consultation and approval services for the registration of secondary pathogenic microorganisms in the laboratory. According to the "Regulations on the Management of Biological Safety in Pathogenic Microbial Laboratories" (State Council Order No. 698 of 2018), Article 25 stipulates that "the construction, renovation or expansion of first and second level laboratories shall be filed with the health or veterinary authorities of the municipal people's government with districts"

Construction of Smart BIM Laboratory

A data-driven tool applied to engineering design, construction, and management. By integrating building data and information models, it can be shared and transmitted throughout the entire lifecycle of project planning, operation, and maintenance. This enables engineering and technical personnel to have a correct understanding and efficient response to various building information, providing a foundation for collaborative work for the design team and various construction entities, including construction and operation units, to improve production efficiency, save costs, and shorten construction periods. You can review the entire professional drawings during the design process, conduct collision analysis, pipeline synthesis, clearance analysis, etc. based on BIM models, and view the interior of the model from a third person's perspective by conducting a walkthrough review in the 3D model. Discovering the issue of reserving necessary space for the installation, operation, and maintenance of equipment, pipelines, and fittings, and directly exporting engineering quantities through BIM models to achieve the goal of timely optimization of design solutions. It also provides a solid foundation for meeting the spatial effects of later use.

Optimization of laboratory planning and design

BIM integrates the design of various aspects such as building structure, equipment layout, piping systems, electrical wiring, etc. into a unified model, allowing designers to conduct comprehensive planning and design on the same platform. BIM provides an intuitive 3D visualization design interface, allowing designers to intuitively understand the overall layout and design effects of the laboratory through the model. The simulation analysis function of BIM software can be used to simulate and analyze the layout, ventilation, lighting, and other aspects of the laboratory, evaluate the effectiveness of the design scheme, and optimize the design scheme of the laboratory.

Collaboration in laboratory decoration construction

BIM allows architects, structural engineers, mechanical and electrical engineers, and other designers from different professions to collaborate on the same platform. Laboratory decoration needs to consider many details, such as equipment placement, ventilation system, pipeline layout, etc. BIM can promote communication and collaboration among various specialties, ensuring the consistency and completeness of the design scheme.

Laboratory construction management

The BIM model can be updated at any time and provides real-time visualization effects, allowing all parties involved to see the latest design and progress. The construction team can annotate information such as construction progress, material and equipment locations in the model to ensure that everyone is aware of the latest status of the project. BIM can be integrated with material and resource management systems to help management teams track the usage of materials and resources. This helps to ensure that the required materials and equipment are provided at the appropriate time and location, avoiding construction delays caused by resource shortages or misuse.

Laboratory post operation and maintenance

Based on the BIM model, asset information and historical data can be used to develop maintenance plans and preventive maintenance strategies. Through the intelligent analysis and prediction function of BIM models, laboratory managers can timely detect signs of equipment failure, take preventive maintenance measures, extend the service life of equipment, reduce maintenance costs and downtime. Laboratory managers can trace the maintenance records of equipment through BIM models, understand the maintenance status and historical performance of the equipment, and provide reference basis for subsequent maintenance and decision-making.

Laboratory video surveillance management system

The laboratory video surveillance management system is an important tool used to monitor and manage internal activities in the laboratory, which can improve the safety, management efficiency, and monitoring capabilities of the laboratory. Key areas include laboratory entrances, instrument and equipment areas, sample processing areas, chemical storage areas, as well as safe passages and emergency exits. Equipped with intelligent monitoring equipment, such as motion detection, facial recognition and other functions, to achieve automatic recognition and alarm of abnormal activities. Provide multiple device access and cross platform support, such as PC and mobile apps, to facilitate real-time monitoring of laboratory conditions by management personnel.

Laboratory Environmental Energy Management System

The laboratory environmental energy consumption management system is a key tool used to monitor, control, and optimize laboratory energy consumption, aiming to improve energy utilization efficiency, reduce energy costs, and reduce carbon emissions. Collect data on the usage of various energy sources in the laboratory, including electricity, water, gas, etc., to achieve comprehensive monitoring of energy consumption. By means of timing switches, temperature regulation, lighting control, etc., energy consumption is reduced and energy utilization efficiency is improved. Provide real-time monitoring footage of laboratory energy consumption, enabling laboratory and management personnel to timely understand the energy consumption caused by experimental activities.

Laboratory Drug and Reagent Management System

The laboratory reagent and consumables management system integrates the procurement of reagents, consumables and other experimental materials into unified management. By establishing a flexible audit mechanism and recording detailed usage records, it realizes the full process supervision of subscription information, subscription approval, subscription acceptance, acceptance and storage, requisition application, requisition and outbound, return, borrowing, inventory, inventory flow, assigning permissions to teachers, secondary units, and supervisory departments by role and classification, and has corresponding functions such as addition, deletion, modification, inspection, signing, viewing, summarizing, and printing. Implement refined, barcode based, and information-based management of reagents and consumables in the multi-level warehouse of the comprehensive management laboratory, enabling reasonable procurement, storage, and use; Reduce inventory, avoid waste, save costs, optimize processes, improve work efficiency and department performance.

Laboratory hazardous chemical management system

According to the comprehensive safety management concept of human, machine, material, law, and environment, and in accordance with the principle of "full process closed-loop control, combination of online and offline, and intelligent hardware assistance", real-time control of the entire process of hazardous chemicals should be achieved. The laboratory should establish a hazardous chemical ledger, and manage the entire process from plan declaration, purchase, acceptance, storage, receipt, return, disposal, etc., with consistent accounting, card and material management. Moving business processing from offline to online, approving procurement planning processes online, completing closed-loop management of hazardous chemicals throughout the entire process, implementing reasonable procurement, usage and recycling processes, ensuring consistency between accounts and materials, controlling hazardous chemicals, and implementing procurement processes (which can be purchased and stored in batches), ultimately achieving full lifecycle and full trace management of hazardous chemicals.

Laboratory waste management system

Establishing a waste disposal management system for university research laboratories can help the laboratory monitor and manage the three wastes (waste gas, waste liquid, and solid waste) based on its own actual situation. The main focus is on the comprehensive and precise management of hazardous waste, including the production, transfer, temporary storage, and disposal of expired drugs and empty bottles of hazardous chemicals. The entire process is finely controlled, and the management of laboratory waste is more efficient and accurate. At the same time, it lays the foundation for the subsequent reduction of waste and the comprehensive utilization of resources. Standard format QR codes are used to achieve traceable information on the generation, temporary storage, and disposal of hazardous waste.

Customization of laboratory furniture

Xige provides customized installation of laboratory furniture, and tailors and installs furniture solutions according to the specific needs and special requirements of the laboratory. These furniture usually need to meet the special environment and usage needs of the laboratory, such as corrosion resistance, easy cleaning, fire resistance, etc. During the customized installation process, the design team will create furniture suitable for laboratory use based on the layout and functional requirements of the laboratory, combined with professional materials and processes, including experimental benches, laboratory cabinets, storage cabinets, etc. Customized furniture not only effectively utilizes laboratory space, but also improves work efficiency, ensuring the safety and cleanliness of the laboratory.

Experimental bench

The central experimental platform is the core working area of a laboratory, usually located in the center of the laboratory, equipped with a spacious workbench and necessary experimental facilities for experimental operations and sample processing. The side platform is located in the edge area of the laboratory, providing additional storage space and operational support, making it convenient for laboratory personnel to store experimental supplies and documentation. The instrument stand is specifically designed for placing various experimental instruments and equipment, providing stable support and suitable operating height to ensure the safe use and smooth operation of the experimental equipment. These three types of furniture work together to create an efficient experimental workspace.

Size: L * 1500 * 800 L * 750 * 800, L * 900 * 800 (supports customization)

Fume hood

A fume hood is an important equipment used in the laboratory to handle toxic and harmful gases. Its main function is to exhaust the harmful gases generated during experiments outdoors, ensuring the safety of experimental personnel and the laboratory environment. The fume hood extracts indoor air through a forced fan, filters and purifies it before being placed outdoors, effectively preventing harmful gases from harming experimenters and the environment. Ventilation cabinets are usually divided into three types: floor standing, purification, and combination type. They can be selected and installed according to the specific needs of the laboratory. It is one of the important equipment for laboratory safety assurance, widely used in various laboratory environments such as chemical laboratories and biological laboratories.

Dimensions: 1200 * 850 * 2350, 1500 * 850 * 2350, 1800 * 850 * 2350 (customizable)

High temperature table

A high-temperature bench is an equipment used in laboratories for conducting high-temperature experiments, which has the characteristics of high temperature resistance and insulation. It is usually used to heat experimental containers such as test tubes and beakers. Tiantai is a device used to measure the mass of objects, which can accurately measure the weight of samples. Explosion proof cabinets are used to store hazardous materials such as flammable and explosive materials, and have the characteristics of explosion-proof and fireproof, ensuring laboratory safety. The acid-base cabinet is an equipment used to store corrosive reagents such as acid-base, which has the characteristics of corrosion resistance and leak prevention, ensuring the safe use of reagents. The container cabinet is used to store various experimental vessels, which is conducive to the neat placement and classified storage of experimental vessels. The sample cabinet is used to store experimental samples and materials, ensuring the safety and isolated storage of samples.

Size: (regular, customized)

Overall design and construction of the laboratory

Xige provides the overall design and construction of the laboratory, including laboratory decoration and decoration construction, laboratory HVAC and purification construction, laboratory power distribution system construction, laboratory water supply and drainage construction, laboratory special water supply construction, laboratory special gas supply construction, laboratory waste gas and wastewater treatment construction, laboratory self-control system construction, laboratory fire protection construction, laboratory furniture customization production and installation, and other construction.

Gas cylinder cabinet

A high-temperature bench is an equipment used in laboratories for conducting high-temperature experiments, which has the characteristics of high temperature resistance and insulation. It is usually used to heat experimental containers such as test tubes and beakers. Tiantai is a device used to measure the mass of objects, which can accurately measure the weight of samples. Explosion proof cabinets are used to store hazardous materials such as flammable and explosive materials, and have the characteristics of explosion-proof and fireproof, ensuring laboratory safety. The acid-base cabinet is an equipment used to store corrosive reagents such as acid-base, which has the characteristics of corrosion resistance and leak prevention, ensuring the safe use of reagents. The container cabinet is used to store various experimental vessels, which is conducive to the neat placement and classified storage of experimental vessels. The sample cabinet is used to store experimental samples and materials, ensuring the safety and isolated storage of samples.

Size: (regular, customized)

Laboratory decoration and construction

Xige provides laboratory decoration construction, including the decoration of walls, floors, ceilings, doors and windows, as well as the installation of furniture, lighting fixtures, etc. Ensure that the interior decoration of the laboratory meets the requirements of aesthetics, practicality, and safety.

Construction of laboratory HVAC purification system

Xige provides the installation and commissioning of air conditioning, ventilation, purification equipment, as well as the setting of pipelines, air vents, filters, etc. for the construction of laboratory HVAC purification systems. Ensure smooth air circulation and high cleanliness in the laboratory.

Construction of laboratory water and electrical systems

Xige provides laboratory water and electrical system construction, including special water supply, drainage, distribution, UPS distribution, and special gas supply systems. Distribution construction includes the installation and connection of power lines, distribution boxes, switch sockets, etc., as well as the debugging of the distribution system. Ensure that the electrical equipment in the laboratory can be powered normally. The construction of special water supply systems for laboratories, including distilled water, deionized water, ultrapure water, etc., involves the installation and connection of special treatment equipment. Special laboratory gas supply involves the installation and commissioning of gas storage equipment, pipeline networks, regulating valves, etc.

Overall planning and design of the laboratory

Xige provides laboratory planning and design, laboratory process scheme design, laboratory construction drawing design, laboratory rendering design, laboratory system design, etc. The overall planning and design of the laboratory plays a crucial role in laboratory construction, which involves the functionality, safety, and efficiency of the laboratory, and has a direct impact on the daily operation and research work of the laboratory.

Laboratory decoration design

The design of laboratory decoration is mainly reflected in the laboratory ceiling, partition walls, and floors, playing a crucial role in the laboratory construction process. It not only affects the appearance of the laboratory, but also directly affects the efficiency, safety, and comfort of the laboratory's use.

Laboratory HVAC purification design

Xige provides laboratory HVAC and purification design, including laboratory exhaust and air supply design, laboratory purification air conditioning design, laboratory comfort air conditioning design, and laboratory pressure difference design. There are some differences between physical and chemical laboratories and biological laboratories in terms of exhaust and air supply design, purification air conditioning design, comfort air conditioning design, and pressure difference design, mainly due to the different characteristics of experimental operations and functional requirements.

Design of laboratory water and electrical systems

Xige provides designs for laboratory common water supply and drainage systems, laboratory special water usage, laboratory strong and weak electricity design, UPS backup power supply design, laboratory gas supply design, laboratory gas cylinder room design, etc. The design of water, electricity, and gas systems in a laboratory is a crucial part of laboratory construction, which directly affects the normal operation of laboratory equipment, the safety of experimental operations, and the comfort of the experimental environment.

Construction of laboratory waste gas and wastewater treatment

Xige provides laboratory waste gas and wastewater treatment construction, including the installation and commissioning of waste water treatment equipment, waste gas treatment equipment, waste treatment equipment, etc. Ensure that the environmental protection in the laboratory meets the standards.

Design of Laboratory Waste Gas and Wastewater Treatment

Xige provides laboratory exhaust gas treatment design and laboratory wastewater treatment design. The design of laboratory exhaust and wastewater treatment is an important component of laboratory environmental management, with the aim of effectively treating the exhaust and wastewater generated during experiments, protecting the environment and personnel health.

服务群体

01

02

03

04

05

06

07

Consulting Service

Design Layout

Decoration construction

Custom Setup