Corporate Architecture & Fabrication

 

Durability and value are words that continue to resonate with design professionals and customers alike. Future proofing is a recent buzz phrase that describes a product, service or technological system that will not need to be significantly updated in the near future. This is extremely relevant for healthcare design in particular. The selection of materials for healthcare projects are a large part of the future success of a building as it ages.

One of the past truths about healthcare design was that hospital buildings had a life span of 50 years. This means that after about 50 years, the cost of ongoing renovation to a facility equals or surpasses the cost of a full replacement building. Hospital construction can take more than 7 years from planning and design to construction and occupancy. Design professional’s material choices can be proven to be incorrect even before the first patient ever arrives.

Past experience has shown that the long term life cycle benefits of solid surface provide a better value over other materials. Solid surface is nonporous, easy to repair, resistant to bacteria and resistant to chemicals.  ASST has worked on numerous large healthcare system projects throughout the United States. We can share experiences and knowledge to assist professionals during the design development phase. The goal of healthcare is to heal and to encourage smarter choices for the creation of supportive healing environments.

ASST is uniquely positioned to fulfill all aspects of your project. Whatever you need, ASST can build it to the exact specifications, in a safe manner and to the finest quality standards you expect.  We look forward to Going Beyond for your exciting project! Contact us today at 717-630-1251/ info@asst.com or visit our website at www.asst.com. 


Quartz has been popular in residential kitchens and bathrooms. Now we are seeing a surge in quartz specifications in commercial construction. Why? Quartz is heavy and expensive right? Yes, and no. Quartz may be heavy but it is very durable.  Quartz is actually engineered stone. When compared to the total cost of natural stone, quartz engineered stone is less expensive.

How is quartz engineered stone actually “engineered”?  No, manufacturers don’t recreate magma under the same conditions as volcanic activity created by the earth’s crust.  Quartz engineered stone is made with ground quartz, other natural materials and resins. Natural quartz and other materials are ground into a dust or aggregate. The natural materials are mixed with resins and even glass to provide unique colors. Once the material is mixed it is baked at high temperature and the final step is polishing. OK we probably oversimplified the process.  

One of the benefits of quartz engineered stone is the look of natural stone with quartz being much more consistent. Imagine having to find consistent natural stone slabs for 100 tops in a commercial building. Owners and designers don’t have to worry about whether or not the stone tops will match the rest of the building design and quartz tops don’t have to compete with the rest of the esthetics. Quartz engineered stone can be the focal point or complementary to the overall look and feel of the surrounding space.

Is quartz engineered stone a green construction material? Simply put yes. No natural stone is quarried for the purpose of producing quartz engineered stone. All of the natural material used in engineered quartz are byproducts of other manufacturing processes.  Even the resins used in manufacturing quartz are becoming more bio friendly. These facts with the consideration of the amount of energy required transport natural stone from the quarries makes quartz engineered stone the right solution for commercial stone tops.

Here are some quartz engineered stone facts: Quartz is harder than granite making it resistant to impact damage. Quartz is non-porous which makes it resistant to bacteria, stain resistant, easy to clean and low maintenance. Quartz is made of 90-95 percent natural stone and 5-10 percent polymer resins. Quartz material does not have to be sealed.

At ASST, our quartz facility is dedicated to quartz alone. At this facility, we do one thing and we do it well. Steve Stoddard was the 2015 ISFA fabricator of the year and he leads our quartz offering. Contact ASST to find out how we can take your quartz engineered stone project Beyond the Surface Level.


Durability and beauty are unlikely partners. It is rare when both are exclusive specifying vertical surfaces. Even rarer still is the challenge for design professionals to use solid surface textures in a variety of vertical applications. From operating rooms to airports, finding unique surfacing solutions is difficult. Many of these wall finishes are designed for residential use only and will not perform well in commercial spaces. With solid surface the design opportunities are endless.

Public spaces demand durable surfaces. High performance surfaces should not be plain or unattractive. They should perform beautifully.  Many vertical surfacing solutions in the marketplace today are focused only on aesthetics. Performance is usually an afterthought. Few surfacing products today combine both aesthetics and durability in one vertical solution. Solid surface can be thermoformed with textured patterns and CNC machined to size. Painted MDF or molded plaster cannot offer the same value.

In response, ASST created SCULPTCOR ® textured wall surfaces to provide an attractive durable solution unlike anything on the market today.  Manufactured with 100% solid surface acrylic, Sculptcor ® is resistant to bacteria and is made to last.ASST’s proprietary mounting system allows for field adjustment and individual panel removal for maintenance. It is ASST’s legacy to continue supporting design professionals with project challenges other fabricators avoid. Be sure to contact us with your next solid surface project!


virtual reality

People have been constructing high-rise buildings for centuries. In the 16th century, mud brick buildings reached 30 meters in Shibam, Yemen. What technology enabled this amazing feat? Early high-rise buildings took years and even decades to complete.  Today the average high-rise building (taller than 150 meters) takes approximately 3 years to complete. This is extraordinary considering what goes into constructing a building that is 45 stories tall and the commercial construction industry continues to pick up momentum. Timelines are so compressed, it seems that as soon as the thought has entered the owner’s mind, the building is occupied and the next project is beginning. One of the primary influences abbreviating the commercial construction timeline is technology.

Consider this scenario. Your IT department has devised a brilliant plan (or lack thereof) taking your business to the next level with Augmented Reality. “We will be on the leading edge of technology and this will identify us as the leader in commercial construction” they say. No one in your IT department has given any thought as to how it will help your business help your customers and in turn making your business more profitable. Everyone is walking around with VR headsets on, no one knows how to use this or why they are using it, the IT department does nothing but play video games and Michael from Accounting just fell down the stairs. So now you have invested an extensive amount of money, the IT guys are ordering Mountain Dew by the truck load and your experience modification rating (EMR or safety) is virtually off the charts. This is not a good method for embracing new technology in commercial construction. However, if you are an architectural firm that specializes in high-rise buildings, giving the owner a “virtual tour” of their new building can reduce their cost in many ways.

So now you know how you can help your customer with technology but will this make your business more profitable? Research, plan, research and plan. Questions need to be asked and answers need to be produced. Do your customers want this technology? Will this technology bring in more customers? How will you pay for this technology? How long before you will need to replace this technology? Who in the company will be using this technology? How much training is necessary? How will this enable you to bill more? Etcetera. Set goals. Everyone should understand that you are looking to deploy this technology for specific reasons (IE: assist your customer, be more profitable) and those reasons should be outlined. If you come to the realization that you cannot reach your goal with this solution, you can stop and reevaluate.  Once you have answered these questions and set your goals, you can start testing. You should always test with a small group. As depicted earlier, starting off by just purchasing Augmented Reality for everyone in the company will probably not work. Get feedback. Ask the people using the technology what they think about this new technology. Getting buy-in from your end users will minimize resistance of the change using this new technology. Once your users are masters and proponents of the new technology, deploy in small doses. Get feedback from your customers and make changes as necessary.

This is not an exact play book for deploying new technology in commercial construction. The point is that just because the technology is available does not mean that it will improve your business. So, when your IT department tells you about the new fleet of drones that will be deployed at the next holiday party, give them some pause. Ask yourself, how will this help your customers and how will this make your company more profitable?

At ASST, we know that commercial construction technology is like the spice in cooking. The right amount at the right time will bring everyone to the table. ASST continuously evaluates the need for new technology and how we can better assist our customers. Let us assist you with your next commercial Casework, Millwork, Solid Surface and Quartz project. Contact us today at info@asst.com.


Public seating in high traffic applications can take quite a beating. Design professionals are under increasing pressure from clients to provide seating solutions that are both durable and comfortable. Many are unaware of the flexibility solid surface provides to create seating that conforms ergonomically. The inherent performance characteristics of thermoformed solid surface materials provide an amazing opportunity to increase the longevity of public seating.

Design professionals today are bombarded with a plethora of furniture seating solutions. Unfortunately, many of these “seating systems” are poorly manufactured with planned obsolescence. Constructed of cheaper plastics, many of these systems fail soon after warranty expiration. This is hardly a strategy for clients looking to be environmentally responsible. Design professionals need to provide smart ergonomic seating solutions addressing both performance and value. These challenges seem insurmountable when industry standard public seating systems don’t fulfill your specified requirements.

ASST has the capability to help. With a state-of-the-art thermoforming studio we can create ergonomic seating to your exact design specifications. We can share past solid surface project case studies to inspire your creativity. Working in concert with your team, we provide design assistance and credible information to present to your clients. Tailored services to meet busy design professional’s needs are what we do!


Let us assist you with your next solid surface seating project! Whatever you need, ASST can build it to the exact specifications, in a safe manner and to the finest quality standards you expect. We look forward to Going Beyond for your exciting project! Contact us now online or call us at 717-630-1251.


Can inspiration be engineered? Can the urge to do something creative be designed? What if we told you that solid surfaces could be formed into ANY shape and that flat tops are yesterday’s solid surface? Most people don’t realize that you can get the everlasting qualities of solid surfaces in whichever design you want.

Solid surfaces are known for minimizing the spread of bacteria and durability. Solid surfaces are not known for the ability to be formed into different shapes. Architects want to illicit emotions with their designs. Owners want to wow customers with a product that is long lasting and cost effective. General Contractors want a design that is uncomplicated and safe to build. How do we provide the desired outcome to all parties involved?

Because of ASST’s depth of experience we can provide a wealth of knowledge for your solid surface project. We can share creative ideas and best practices incorporating solid surfaces into your next project. Whether you are looking for curved solid surfaces, translucent backlit vertical panels or unique public seating, ASST can help. We can provide you with the project inspiration and technical details to make your solid surface strategy a success!


ASST is uniquely positioned to fulfill all aspects of your project. Whatever you need, ASST can build it to the exact specifications, in a safe manner and to the finest quality standards you expect. We look forward to Going Beyond for your exciting project! Contact us now online or call us at 717-630-1251.


United Therapeutics

 

SOLID SURFACE IS REACHING NEW HEIGHTS. These Corian® and 3Form® walls were fabricated for United Therapeutics.
At ASST we are going Beyond the Surface Level™. CONTACT US TODAY FOR YOUR NEXT VERTICAL SOLID SURFACE PROJECT.




Krion

Custom solid surface Porcelanosa Krion wall cladding with lighted thermoformed bump-outs in NYC. Mancini Duff is the Architect. ASST is the fabricator. At ASST we are Going Beyond the Surface Level. www.asst.com