INTA Technologies provides services and products to many companies who design and manufacture analytical instruments. INTA provides the following services:
Plating
Brazing
Assembly
Metallizing
INTA also provides these products:
Metallized ceramic
Brazed assembly
Machined components
CuW
Yes, for many years large and small analytical instrument companies, particularly those involved with life sciences and related applications, have been coming to INTA for plating and other services/products. Our technical staff includes some highly trained and knowledgeable scientists including Dr. Lynch, Dr. Honey and Dr. Bhiwandker.
Yes, INTA offers metallized and bare ceramic products. Some of our more popular ceramic and related options include:
Aluminum oxide (AlO or Al2O3) – various grades from 92-99.9% purity
Beryllium oxide (BeO)
Aluminum nitride (AlN)
Sapphire
Zirconia
Boron nitride (BN)
Quartz
Lava
Steatite
Many others
Lead times can be as short as 2-3 weeks for flat substrates with a thickness less than 0.080” (approx). Our pricing is competitive and our material is very high quality. INTA’s sister company, Superior Technical Ceramics of Vermont, allows us to better serve customers and offer one-stop solutions.
Yes, INTA has highly qualified staff and personnel who can assist you in selecting materials and other design features. Gather all your drawings and notes then contact Blake Kneedler at INTA 408-748-9955 x113 for help.
The optimal coating depends on several factors such as:
Base material
Application
Environment
Lifetime
Cosmetic requirements
Other
Each project should be evaluated individually. Contact INTA Technologies for further details and assistance selecting a proper coating.
All of INTA’s coatings can be applied to titanium including:
Nickel
Copper
Tin
Gold
Silver
Platinum
Other
Yes, INTA supplies metallized BeO substrates and also brazed assemblies containing BeO subcomponents.
Adhesion strengths for coatings on AlN are less robust in comparison to an oxide such as AlO but INTA does offer select services for aluminum nitride applications such as metallizing. INTA supplies AlN with short lead times and components made to order. Typically, the AlN we sell are flat pieces less that 4-5 inches in width/length and .080” thick or less but exceptions occur.
George Baltazar, formerly of Honeywell, is the QM at INTA Technologies Corp. Mr. Baltazar joined INTA in 2007 and brings his experience in SPC, lean and six sigma processes. Feel free to contact Mr. Baltazar at gbaltazar@intatech.com
Yes, INTA encourages visitors. We have two facilities and a full tour can take 1-2 hours. Both facilities are located in Santa Clara. To set an appointment, send an email expressing your interest to contact@intatech.com Walk-in tours are also acceptable. An NDA may be required prior to touring INTA Technologies’ facilities.
INTA does not publish a list of clients but we serve and have served many Fortune 500 companies, small companies and government agencies.
Yes, INTA provides products and services to several government agencies across the country.
INTA uses a software system and trained personnel to accurately forecast and track WIP. Our on-time delivery record is very good and we typically ship 96+% on time. We have daily internal meetings to discuss flow and discover any bottlenecks or late work centers.
Most service and products come with a thirty (30) day warranty. Certain restrictions apply.
Since 1978.
Contact us with any questions. There is no charge for our initial consultation and INTA will provide design assistance and/or feedback if possible.
Design for manufacturability (DFM) is key to project success. Count on INTA Technologies to provide guidance during the design and prototype phase. Making changes late in a design cycle can cause problems, include INTA from the onset of your project to ensure cost-savings and manufacturability. Contact Blake Kneedler, Engineering Estimator to discuss your project and how DFM can help. 408-748-9955 x113
INTA does not work with Pb, Cd or Cr-6
Yes.
INTA Technologies Corp. employees a highly qualified and skillful management team. Our company has grown over the years under the tutelage of inspiring leaders. Here is a partial list of the managers and key technical personnel employed full-time by INTA:
Dr. James L. Lynch, General Manager
Oversees entire organization
Dr. Francis Honey, Engineering Manager
Oversees process development and engineering department
Fitsum Kebreab, Production Manager
Manages all production departments
Pia Gronvaldt, Scheduler
Schedules work and oversees shipping/receiving
Blake Kneedler, Service Manager
Oversees customer communications
Mina Doshi, CFO
Accounting
Possibly, depending on your project and location. See our contact page or contact our sales office to discuss a visit 408-748-9955 x113
International and domestic customers are proudly served.
ISO 17025 is a common calibration standard. The standard requires listing of calibration due dates of equipment used. INTA uses an outside vendor (Micro Precision Calibration of San Jose) to calibrate our gauges and equipment.
VOC stands for voice of customer. At INTA we strive for customer satisfaction. We measure our success by examining on-time performance, customer returns and also send out surveys. Customer satisfaction is an integral part of the ISO 9001:2000 system. VOC also stands for volatile organic compound.
Yes, INTA is a contract manufacturer. INTA does not have a catalog of off-the-shelf components. A typical job for INTA is a custom project intended to fulfill customer requirements.
Yes, INTA attaches metal pins to ceramic components and also to other metal components. Common methods are brazing, soldering, glass-to-metal seals and epoxy.
Yes, INTA provides materials such as ceramic, metal, machined components, CuW and others. INTA also offers many services such as manufacturing, plating, assembly, brazing, soldering, etc. Some customers prefer to supply material to INTA for processing. Other customers prefer INTA to supply the materials and/or components.
DFSS is design for six sigma. In other words, new product design should be focused on limiting yield loss and using dependable and reliable processes. COPQ is directly correlated to DFSS in many cases.
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Last revised: 19 APR 2011
