Systems in Precision

Systems In Precision Announces Debut Of Its Redesigned Website

admin — Tue, 14 Sep 2010 23:45:25 +0000

When a company grows by 80% in little more than twelve years, and increases its product offerings by 50%, a redesign of its website is usually in order.

Here we GROW again!

Such is the case with Systems in Precision of Phoenix, AZ. The world-renowned precision design and production company has just debuted an entirely new website that better explains its capabilities in plastics and metal cutting, construction and design. Since 1998, Systems in Precision has consistently delivered products to the exacting standards of such demanding companies as SUMCO USA, GE, Honeywell, Boeing, Lockheed and many others. Founded in 1999 as Systems in Plastic, the company has since expanded its capabilities and product line to include precision-cut metal machines and products. What’s more, the company now provides complete equipment overhaul and repair services, including quality assurance testing.

Systems in Precision, a full-service metal framework and general fabrication company in Phoenix, Arizona, announced today that it has completely redesigned its website, to better serve the needs of its growing worldwide client base.

“Our new website better demonstrates how SIP is fully committed to providing its aerospace customers the finest precision metal machining and fabrication, as well as all kinds of general and wet process cabinetry,” Chris Hanson, SIP CEO, said.

Mr. Hanson added that along with a complete line of services for precisely cutting metal and plastic parts, the company has also added a repair and overhaul capabilities, as well as quality assurance testing, to its product and service list. He said this will help the company to better service a rapidly growing list of national and worldwide clients who rely on the company to provide the precision around which the company bases its name.

The new site is designed to connect the visitor with more of the information they are probably looking for without having to click more than once to find the information they want, Chris Hanson said.

Since the company’s inception in 1999, the number of services provided by Systems in Precision to the aerospace industry has expanded from plastic fabrication to include precision metal machining, as well. “Our customers depend on SIP to provide them with perfectly-tooled, precision parts, every time,” Chris Hanson said, “Our new website does a much better job at explaining what we can do, and how quickly we can get it done.

Chris Hanson also said that among the additional services that the company now features is Teflon welding. In the process, modified EPTFE components are fabricated for a variety of industrial and research reasons.

SIP’s client list includes such Fortune 500 names as SUMCO USA, Honeywell, Boeing, Lockheed and GEAE, who recently turned to SIP for help in quickly turning around an emergency prototype for a very exacting piece of hardware.

“We were able to complete the task for GEAE in less than 48 hours,” Chris Hanson said.

Systems in Precision is also a proud member of Ford Aeronutronic’s list of “Number One Suppliers,” an honor they retained until the recent sale of the company.

Chris Hanson said the new website design allows for easy alteration as products and services are added over time.

About the company:
Systems in Precision, formerly known as Systems in Plastic, is a high quality plastic and metal fabrication and precision machine shop. It provides custom-designed parts for a variety of aerospace and aircraft purposes. In addition, Mechanical and Materials Engineering is second to none. The company is committed to supplying its customers with products and services of the highest quality with extreme precision and a competitive price – all with a short lead time.

Systems in Precision (SIP) Launches its New Website for Custom Machining and Engineering Services

admin — Mon, 13 Sep 2010 21:24:42 +0000

Systems in Precision -Phoenix, Arizona’s Advanced Custom Machining and Engineering Services- has launched its new website!

Various components in both plastic and metal materials, particularly those considered difficult to machine

Look here for update about SIP regarding your machining and engineering needs, including:

Various components in both plastic and metal materials, particularly those considered difficult to machine

Small components such as unions, flanges, fittings, bushings and shafts

End effectors for semiconductor process equipment

Chemical tanks for both commercial and industrial usePlastic liners, wet benches and hoods

Parts for boats and recreational vehicles

Display cabinets, and cleanroom furniture

High purity drain manifolds and other chemical flow lines

Material handling carts

Review our Services and Products sections and Contact Us for details!

Video of the Doosan Lynx 220L CNC Lathe at Work

admin — Thu, 09 Sep 2010 17:53:13 +0000

One of many of our fine CNC Lathes…

Doosan offers an extensive lineup of horizontal/vertical turning centers from compact-sized model to multi-tasking machine.

High speed and high precision turning center in a compact structure
High speed and high productivity achieved by rigid LM guideways
Heavy duty cutting enabled by 15kw high power spindle motor
C-axis milling function available on M models

Composites Science and Technology | Synthesis, thermal, mechanical and rheological properties of multiwall carbon nanotube/waterborne polyurethane nanocomposite…

admin — Fri, 13 Aug 2010 16:25:55 +0000

Abstract

A novel nanocomposite consists of multiwall carbon nanotube (CNT)/waterborne polyurethane (WPU) nanocomposite has been successfully prepared. Carbon nanotube was modified, to compatibilize with waterborne polyurethane via covalent bonding or ionic bonding.

Multiwall carbon nanotube technology

Thermal properties show that adding carbon nanotube enhanced the thermal stability by 26 °C (from 315 to 341 °C) when carbon nanotube content was 2.5 phr (part per hundred parts of resin). After the surface modification, carbon nanotube can be dispersed effectively, and improve the interfacial strength between it and waterborne polyurethane matrix. Consequently, the physical properties of nanocomposite are enhanced, especially in the covalent bonding system.

Mechanical property tests show that adding multiwall carbon nanotubes improve the tensile properties very significantly (370% in tensile strength). SEM and TEM microphotographs prove that carbon nanotube can be effectively dispersed in waterborne polyurethane matrix. Rheological tests show that carbon nanotube can increase the melt viscosity and reduce the variation of processing viscosity.

Hsu-Chiang Kuan^a, Chen-Chi M. Ma^a^,^,, Wei-Ping Chang^a, Siu-Ming Yuen^a, Hsin-Ho Wu^b and Tzong-Ming Lee^a^,^c

^aDepartment of Chemical Engineering, National Tsing Hua University, HsinChu 300, Taiwan

^bUnion Chemical Laboratories, Industrial Technology Research Institute, Hsin Chu 300, Taiwan

^cMaterial Research Laboratories, Industrial Technology Research Institute, Hsin Chu 300, Taiwan

Received 31 August 2004; revised 17 January 2005; accepted 15 February 2005. Available online 19 April 2005.