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DESIGN,

BUILD & RENOVATION

DESIGN, BUILD & RENOVATE

 

 

 

Instyle solution provides lab & industrial design & build that comply with international standards. Our team will work with you throughout the entire process. Instyle Solution team will assist you on the lab design, lab relocation, and types of lab furniture, fumehood, chemical cabinet, biosafety cabinet, laminar flow cabinet and safety compliance issues or any other concerns.
Our team consists of Architect, Engineer & Interior designer who has industry know-how on Laboratory set-up and is ready to guide you on the specifications and requirements. Fear not that you might not be familiar with the various processes required to set up a laboratory, especially in the building construction, local authorities’ requirement, licenses and permits. Laboratory set up are distinctive as compared to setting up offices, as laboratory will focus on safety and functionality issues. Special attention is hereby needed to look into areas of flammable gas or liquid, waste storage and material handling and etc.

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INSTYLE SOLUTION provide lab turnkey solution.  Please contact Instyle Solution for lab turnkey solution at

sales@instylesolution.com.my or Tel: +603 3318 6265

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Instyle Solution have vast experience in setting up various types of lab.

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Types of Lab Set-Up by Instyle Solution;
Clean Room, Microbiology, BSL2 & BLS3, Animal Testing, Life Sciences, Academic / Education, Pharmaceutical, Drug Development, Chemical, Research & Development, Forensics Lab, Engineering, Petroleum / Oil & Gas, Quality Control, Electronics, Food Processing, Medical, Glove, Water Treatment and others.

ONE STOP SOLUTION

TURNKEY PROCESS FLOW

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CLIENT

CONSULTATION

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  • Will understand the process & work flow.

  • Preliminary Design Development.

  • Establishing budgetary costing.

  • Submission & clearance to relevant authorities.

  • Advisory on chemical & Other licensing / standard for the lab.

 

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  • Space planing  to comply to safety requirement and engineering design for air conditioner, fresh air & electrical requirement.

  • Selecting suitable Lab furniture, Fumehood and related equipment for the lab.

  • Hazardous Substance (HS) Permit.

  • DOSH & DOE requireent

DESIGN DEVELOPMENT

CONSTRUCTION & EXECUTION

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  • Project Monitoring works.

  • Weekly meeting and reporting.

  • Monitoring interior & building works.

  • Monitoring ACMV, Fire protection system, electrical, plumbing sanitary, lab exhaust, Humidity control system & chemical waste.

  • Testing & Commissioning.

  • Authorities inspections and approvals

SERVICE & MAINTENANCE

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  • Maintaining the facilities.

  • Testing & checking for fumehood, exhaust ducting, extraction arm, gas detector, laminar flow & gas systems & etc.

The above processes are Instyle Solution’s Project Flow Cycle. All project executed by Instyle Solution does not end upon project deliveries, we go the extra mile to provide maintenance for client as well as Instyle Solution are proud of each project completed, marking a new benchmark. The services we offered can be remembered with three simple words;
COMMITTED, TIMELY, BENCHMARK!

COMMON LAB DESIGN MISTAKES COMPANIES MAKE!

​Lab designing can be complicated as they are totally different from office or kitchen designing. In order for companies to stay competitive, many companies claim to have design experience, which user subsequently found out are not related to lab design.
For companies with labs, this can be costly.  Many companies make poor choices to save money and don’t plan ahead.  This usually means additional costs and safety issues.

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Below are common mistakes in lab design:

Choose a Wrong Lab Designer / Contractor

Many companies think that they can save money by choosing cheaper designer / contractor. The chosen designer shall have a good reputation in the market with repeating project from the same client. As after sales services is important for lab set-up, a chosen designer shall have the experience in engineering and lab application, as this is crucial for lab functionality and safety in lab. In lab design, the designer has to carefully calculate the electrical power to prevent overcurrent, designing right ventilation to have the right air balance, with right amount of lighting as lab user need to work in perfect lab condition to ensure zero mistake when carrying lab works. 

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Choose a Cheap Lab Furniture or Fume hood
Buying cheap products, such as lab benches, lab tables, fume hoods are risky.
Cheap import products may end up costing you more in the long run.
Often, these products have limited or no warranties, have quality and safety issues, and can be difficult to get replacement parts for. It is not uncommon for additional money to be spent after these purchases are made because of repairs that are needed, replacement for failure or having to renovate the lab because something doesn’t work right.  
Lab vendor will try to provide the cheaper lab furniture system by proposing less storage cabinetry. This will be a big problem later on in lab as storage are crucial in lab setting.
A cheap fume hood usually do not comply to any safety regulation. Using the fume hood with ANSI/ASHRAE 110-1995 or BS 7258 Parts 1-4 standards is always the best for lab user safety.


Design With No Flexibility In Mind
Laboratory is a very dynamic workplace lab continuing advancement and addition of new instruments, equipment, and robotics in lab environments. This happen as most of the advance equipment keep on changing.
Many companies do not build flexibility and adaptability to change into their lab designs. They purchase cheaper traditional fixed cabinetry and then later on pay the price as things change. Then, they are either stuck with a design that is no longer functional for their work or have to spend more money on a redesign.
Forward-thinking companies design with flexibility system in mind. In addition, multiple configurations are part of the initial design process for implementation as things change in the future. This new lab design trend of built-in flexibility saves time and money over the long term.

 

Neglect To Incorporate Ergonomics

Designing lab need to look into ergonomics seriously. Many lab designers only focus on the cost yet neglect the ergonomics. In lab, the furniture needs to be designed to support the equipment and yet must have the user ergonomics in mind. 
User spend hours on the furniture and many companies thinking that if they buy an ergonomic chair that they have done their part. But it is more than this.
Incorporating ergonomics means looking at the overall picture of how your employees do their work, the quality of their seating, the location of the tools and the movements that go into their workday.
 

Neglect safety 

Safety should be the top priority in any lab, and proper safety starts with a good lab design. Since most lab accidents are a result of human error, lab design won’t be able to eliminate risk, but it can significantly reduce it. Common lab hazards include electrical issues, fires, and chemical leaks. Due to the seriousness of these risks, it’s important that lab personnel can evacuate the facility quickly in the case of an emergency. As such, aisles should be wide enough for workers to pass by easily without bumping into each other or equipment. Besides wide walkway, the designer shall not design lab with dead end or maze layout.
In addition, labs should also include safety features such as eyewash stations, chemical fume hoods, safety showers, fire extinguishers, sprinkler systems, and fire blankets. When designing the layout of your lab, be sure to account for these items so that your lab can be as safe as possible. You’ll likely notice an increase in productivity as potential safety issues won’t distract your staff and allow them to focus.

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TIPS FOR LAB DESIGN

  1. Involve all lab stockholders at the very beginning of the project. This include team leader of lab / lab manager, facility & maintenance engineer or manager. Area to consider are project goal, workflow, lab requirements, future growth & facility requirements.

  2. Ensure control area enables lab planners and architects to create a building design that features desirable aesthetics – and meets all code and safety requirements. Ensure the location of flammable, combustible, explosive, and potentially hazardous chemicals are critical. This in to ensure to meet the firefighting & Environment, Health & Safety (EH&S) requirements.

  3. Involve mechanical & electrical engineer at the initial design to design the HVAC requirement and integrate with the fumehood. Need to determinate the electrical power is sufficient for the lab equipment, HVAC & boiler and etc. Gas piping routing shall be determined as some gas are combustible & toxic. 

  4. Get a solid, comprehensive equipment list the ensure the lab designer to determine the space planning, workflow, type of furniture, power, data, backup power requirements & routing for water, gas plumbing & HVAC services. This is also to determine the heat generated by each equipment in designing HVAC.

  5. Ensure door widths, turning clearance and equipment paths throughout the facility. This to ensure the equipment able to go in or out on the facility without breaking the wall or door.

CASE STUDIES

  1. Microbiology Lab Design

  2. Petrochemical and Chemical Lab Design

  3. Food Lab Design

  4. Academic & Classroom Lab Design

  5. Cleanroom / Controlled Room Lab Design

We will share with you the CASE STUDIED. Please LOGIN to know more

COMPLETED PROJECT

Lab Design & Build
Lab Design & Build
Lab Design & Build
Lab Design & Build
Lab Design & Build
Lab Design & Build
Interior Design
Interior Design
Interior Design
Interior Design
Interior Design
Interior Design
Interior Design
Interior Design
Cold Room
Cafeteria
Office Renovation
Office Renovation
Ducting Works
Renovation Works
External Renovation
Mezzanine Floor
Building Works
Build Works
Electrical Works
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