[ Log On ]

Deep Links

Product Announcements Provided By Fischer Technology, Inc.

Hot-Dip Galvanization as Corrosion Protection

Hot-Dip Galvanization as Corrosion Protection

Provided By Fischer Technology, Inc.

For protection against the elements, exposed steel parts require an anti-corrosion coating such as hot-dip galvanization. To this end, a new directive for CE labelling of steel products and their corrosion protection will become effective in 2014. Product liability will be significantly tightened and manu-facturers will be obligated to verify the thickness of the hot-dip galvanization.

Life is about to change for manufacturers of metal and steel structures. Beginning in 2014, a new CE labeling standard for steel products and their corrosion protection will shift product liability – i.e. the burden of proof for documenting coating thickness measurements – to the providers of the coating systems. For many in this field, only the most user-friendly and cost-effective measurement technologies will come under consideration.

The FISCHER MP0/MP0R product family meets precisely these needs and requirements. Due to their compact design and simple four-button handling, these instruments are flexible in on-site applications and require no costly user training. The two displays allow for easy reading in various operational positions. Visual and acoustic signals inform the user when the measurement is complete.

The hard metal probe tips are a special feature that guarantees significantly longer lifetime, even on rough surfaces. Measurement results can be easily transferred to a computer for evaluation, recording and storage using the convenient FISCHER DataCenter software.

Solutions are also available for more demanding requirements, for example the measurement of hot-dip galvanized coatings underneath a layer of paint. Specifically for this purpose, FISCHER has developed the FDX13H probe. Used in combination with the FMP instruments, it can determine the thickness of both the zinc and paint coatings in one “duplex measurement” step; the readings are displayed separately. FISCHER has thereby succeeded in greatly simplifying for the user an extremely complicated metrology procedure, simultaneously presenting the results of two different physical measurement principles in one easy operation.

Whether the compact and cost-effective MP0/MP0R gauges or the powerful FMP models with exchangeable probes, FISCHER has the right high-precision instrument for determining the thickness of hot-dip galvanized coatings. Your local FISCHER representative will be happy to answer any questions you may have.

Click here for more information.
Fischer Opens New Office in California

Fischer Opens New Office in California

Provided By Fischer Technology, Inc.

Fischer Technology, Inc., the leading innovator of coating thickness, material testing, and material analysis instrumentation, announces the opening of an additional sales and service office located in San Mateo, California. The “Fischer West” office run by Jim Bogert supports Fischer’s complete line of coating thickness, material testing, material analysis and micro-hardness instrumentation. Service such as onsite re-certification of hand held coating thickness gauges and bench top X-ray fluorescence instruments including repairs and preventive maintenance is available from the Fischer Technology San Mateo location.

In addition to Fischer’s San Mateo location, Fischer Technology also has sales and service centers in the Midwest (Chicago area) as well as at Fischer’s headquarters in Windsor, CT.

For more information contact Fischer Technology West at (650)513-1298 or Fischer Technology (860) 683-0781, info@fischer-technology.com.

Click here for more information.
Non-destructive Measurement of Protective Coatings in Car Body Cavities

Non-destructive Measurement of Protective Coatings in Car Body Cavities

Provided By Fischer Technology, Inc.

Modern corrosion protection of car bodies is usually made by cathodic dip priming (CDP). But up to now it was more or less impossible to measure such thin coatings non-destructively inside hardly accessible cavities like girders, stiffeners or cross beams. Now the FISCHER specialists for coating thickness measurement are introducing a new cavity probe which solves this problem.
The new probe V3FGA06H - especially designed for the automotive industry - has a curved slim shape and a small, flexible attached probe head. Thereby the probe fits through small openings in the car body to measure coating thickness at areas which were not accessible up to now. Due to the flexible probe head`s smart kinematics a precise placing and measurement is guaranteed, whether in “blind” mode or on beveled areas.
The new cavity probe V3FGA06H is compatible with the FMP-gauges from FISCHER. Along with the DUALSCOPE FMP100 it is best suited solution for a professional quality control.

For more information contact Fischer Technology West at (650)513-1298 or Fischer Technology (860) 683-0781, info@fischer-technology.com.

Click here for more information.
FMP Series – Coating Thickness Measurement Instruments

FMP Series – Coating Thickness Measurement Instruments

Provided By Fischer Technology, Inc.

Fischer Technology, a U.S. manufacturer of coating thickness, material testing, and material analysis instrumentation coating thickness gauges. Fischer instruments are designed with built-in measurement reporting to meet the requirements set forth by SSPC PA2 and IMO PSPC. They can measure thin or thick coatings, soft coatings, duplex coatings, marine coatings, fireproof coatings, coatings applied to bridges, water tanks, vessels and other steel structures. They are easy to use and versatile with a large and bright graphic display and an extremely durable shock resistant casing. These thickness gauges can measure over ferrous, non-ferrous, or both ferrous and non-ferrous substrates.

The large selection of Type 2 interchangeable probes are extremely accurate and have a wide measurement range designed for hard to reach areas, curvatures, surface roughness and even underwater measurement. Type 2 probes
• Display summarizes SSPC PA2 Mode which includes the number of gauge readings and the number of spot readings in an area
• Display demonstrates 80% - 120% rule. No single spot measurement shall be less than 80% of specified minimum thickness and no single spot measurement shall be more than 120% of specified maximum thickness.
• Information including the average thickness of all spot measurements is displayed
• Explanation of Area measurement statistical values listed in screen shot
• Spot measurements summary including date and time of measurements

In addition, Fischer offers the MP0R/MP0 Series which is a small handheld unit with an internal probe, two large displays, automatic substrate recognition, and like the FMP Series, is also precise, robust, and easy to use.

You will find the appropriate instrument in the new FMP family to fit your measuring application. The instrument type is determined based on the coatings to be measured and their respective substrate materials.

Fischer provides certified calibration foils and other standards. Measurement methods available by Fischer include: X-ray fluorescence, beta backscatter, magnetic induction, eddy current, and coulometric. Fischer also offers solutions for micro-hardness, conductivity, ferrite content, and porosity testing.

For more information contact Fischer Technology

Phone: (860) 683-0781, Email: info@fischer-technology.com

Click here for more information.
Metallic Coating Measurement on Small Parts

Metallic Coating Measurement on Small Parts

Provided By Fischer Technology, Inc.

The PHASCOPE® PMP10 measures metallic coatings on ferrous or non-ferrous substrates using the phase-sensitive eddy current test method. The PMP10 is well suited for rough surfaces as well as nickel coatings on steel. In practical applications the advantages can be seen in incoming inspection where uncoated parts are often not available for calibration. In addition parts with rough or curved surfaces, such as fasteners, screws, nuts and bolts can be measured accurately.

The phase sensitive eddy current test method (standard ISO 21968:2005) offers significant advantages for measurement of metallic coatings as compared to the conventional amplitude eddy current test method (ISO 2360). Thickness is measured directly by analyzing the phase angle of the primary probe signal. The phase angle depends solely on the eddy current losses in the coating and is not influenced by the substrate material. As a result, the effect of part shape, surface roughness and probe lift off are significantly reduced as compared to the conventional eddy current test method. In addition the measurements are more independent of substrate materials as compared to the magnetic induction method. Therefore, calibrations for changing substrate materials can often be omitted.

A variety of detachable smart probes are available with different measurement frequencies to optimally meet your application requirements. The PMP10 also features a large easy to read backlit LCD display, menu driven operator guidance, multiple application memories, extensive statistical capabilities and FISCHER DataCenter (FDC) software which significantly expands the functionality of the instruments with data interface. The FDC comprises all functions for convenient transfer, evaluation and printing of measurement data. Customized reports detailed with your own specifications can be generated immediately.

Contact us today to see how Fischer can help with your measurement needs.

(860)683-0781

info@fischer-technology.com

www.fischer-technology.com

Click here for more information.

As seen in PF

Fischer Instruments Measure Micro-Hardness
Fischer Technology offers a variety of devices that use instrumented indentation technology to measure mechanical properties such as hardness, modulus and creep of micro- and nano-scale coatings, components, cross-sections and modified surfaces.
Coating Thickness Measurement Products
Coating thickness measurement requirements span a variety of geometric shapes and applications. Fisher Technology will display a selection of its handheld gages and probes, as well as the DataCenter software that is included with many of its instruments for the transfer, evaluation and printing of measurement data.
Fischer Technology Appoints Boyle Sales Engineer
Fischer Technology Inc., a manufacturer of coating thickness, material testing, micro-hardness and material analysis instrumentation, has appointed Ryan Boyle to the position of technical field sales engineer for Southern California and Nevada.
Fischer Technology Gage Measures Duplex Coatings
The Phascope PMP10 Duplex with the ESG20 probe from Fischer Technology is designed to measure the individual layer thicknesses of duplex coatings, such as paint/zinc galvanize on steel or iron.
Fischer Technology Portable Coating Thickness Gages Offer Flexibility
Fischer Technology says its Dualscope FMP100 and FMP150 coating thickness measurement gages combine the flexibility and capabilities of PC-based lab instruments with the manageability of compact, portable units.
Measuring Up On Coating Thickness
Fischer Technology’s DataCenter software eases measurement requirements, giving reasons why management guru W. Edwards Deming said: “If I had to reduce my message for management to just a few words, I’d say it all had to do with reducing variation.”
Fischer Device Measures Electroplated Nickel Coatings
Fischer Technology’s MMS Nickelscope is a multi-measurement system using the Hall Effect test method for non-destructive coating thickness measurement of electroplated nickel coatings on electrically non-conductive or non-ferrous substrates, as well as non-ferrous metal coatings on steel.
Fischer Technology Hand-Held Measuring Instruments
Fischer Technology will exhibit a selection of its hand-held measuring products, which include its FMP series coating thickness gages, x-ray fluorescence instruments and interchangeable probes.
Measuring Software Expands Device Functionality
Fischer’s DataCenter software includes data interface designed to expand the functionality of the company’s handheld measuring instruments.
Fischer Technology Opens California Office
Fischer Technology has opened a sales and service office in San Mateo, Calif., to support its line of coating thickness, material testing, material analysis and micro-hardness instrumentation.
Software for Handheld Measuring Instruments
Fischer will demonstrate its DataCenter software designed to expand the functionality of the company’s handheld measuring instruments: the FMP series, MP0R, Feritscope, Phascope and Sigmascope.
Gage Offers Portable Coating Measurement
Fischer Technology’s DualScope FMP100 touchscreen coating thickness gage combines the flexibility and capabilities of PC-based lab instruments with the manageability of compact, portable units.
Software for Handheld Instruments
Fischer DataCenter software is now included with Fischer’s handheld instruments: the FMP series, MP0R, Feritscope, Phascope, and Sigmascope.
Non-Destructive Coating Testing
Measurement technology company Fischer will be displaying many instruments applicable to the surface finishing industry from x-ray fluorescence to handheld coating thickness gauges along with the necessary certified foils and standards needed for calibration.
Hand-Held Coating Thickness Gauge Has Two Displays
The MP0R Series (MP0R and MP0) hand-held coating thickness gauges from Fischer Technology have an integrated measurement probe for quick and easy results and two displays that allow readings to be seen from any position.
Seeing Inside Nooks and Crannies for Auto Corrosion Protection
Fischer Technologies (Windsor, CT), a manufacturer of coating thickness, material testing and material analysis instrumentation, has introduced a new, non-destructive flexible probe which they say can get inside normally inaccessible cavities to get measurements.
Handheld Coating Thickness Gauges
The most recent addition to Fischer technology’s product line includes the new FMP 20, FMP 30, FMP 40, and Dualscope FMP100 coating thickness gaugesideally suited for measurements of paint, powder coating, plating and anodize.
Coating Thickness Gauges
On display will be Fischer Technology's most recent addition to the product line: the new FMP 20, FMP 30, FMP 40 and Dualscope FMP100 coating thickness gauges.
Flexible Thickness Measurement
Instrument handles variety of coatings, thicknesses and substrates
Fischer Technology Inc.
Fischer Technology will exhibit multiple solutions for testing and conformity to RoHS, WEEE and ELV.
Coating Thickness Measurement
A REVIEW OF AVAILABLE TEST METHODS, COMMON APPLICATIONS AND INNOVATIVE INSTRUMENTATION...
Handheld Coating Thickness Measurement Instruments
The Dualscope®MP20E is a versatile solution for users who need to measure on ferrous and/or nonferrous substrates.
Coating Thickness Measurement: The Fundamentals
A review of available test methods, common applications and innovative instrumentation...
Test Methods For Evaluating Anodized Aluminum
Benefits of anodizing include durability, color stability, ease of maintenance, aesthetics, cost of initial finish and the fact that it is a safe and healthy process. Maximizing these benefits to produce a high–performance aluminum finish can be accomplished by incorporating test procedures in the manufacturing process.
Coating Thickness Measurer
The Dualscope® MP0R is said to be the company's newest and smallest hand-held instrument.
Fischer Technology
The company claims to be a coating instrumentation company with a track record of providing high quality products and comprehensive technical support to its coatings customers.
Coating Thickness Testers
The FISCHERSCOPE® X-RAY XDVM®-W is said to be able to measure the coating thickness and alloy composition of virtually any metal coating system.
Microhardness Measuring System
The catalog describes the FischerscopeR H100C measuring system for measuring microhardness and evaluating material properties.
Gearing Up for Automotive Finishing
Things were changing in the Southeast United States. New industries were moving in, namely, automotive. Roy Metal Finishing saw this and geared up its production lines to meet the requirements of its newest customers...
Improving Process Control
An imperceptible difference can be substantial depending on the circumstances...

Fischer Technology, Inc.

Contact Information

Please visit: Fischer Technology, Inc.

Mailing Address:
750 Marshall Phelps Rd.
Windsor, CT 06095 US

Phone: 860-683-0781
Toll-Free: 800-243-8417
Fax: 860-688-8496

A Special Message from Fischer Technology, Inc.

Coating Measurement in Hard to Reach Places

Loading the player ...

DUALSCOPE® FMP100 with V3FGA06H Probe

Cavity Probe for Coating Thickness Measurement in Car Bodies

Modern corrosion protection of car bodies is usually made by cathodic dip priming (CDP). But up to now it was more or less impossible to measure such thin coatings non-destructively inside hardly accessible cavities like girders, stiffeners or cross beams. Now the FISCHER specialists for coating thickness measurement are introducing a new cavity probe which solves this problem. The new probe V3FGA06H - especially designed for the automotive industry - has a curved slim shape and a small, flexible attached probe head. Thereby the probe fits through small openings in the car body to measure coating thickness at areas which were not accessible up to now. Due to the flexible probe head`s smart kinematics a precise placing and measurement is guaranteed, whether in “blind” mode or on beveled areas. The new cavity probe V3FGA06H is compatible with the FMP-gauges from FISCHER. Along with the DUALSCOPE FMP100 it is best suited solution for a professional quality control.

Company Profile

Innovative High Quality Measurement Technology

Fischer Technology, a U.S. manufacturer of coating thickness, material testing, micro-hardness and material analysis instrumentation, offers a complete range of hand held coating thickness gauges ideally suited for the measurement of paint, powder coating, plating and anodize. Fischer coating thickness gauges measure over ferrous, non-ferrous, or both ferrous and non-ferrous substrates and include Fischer DataCenter Software (FDC). The FDC combined with Fischer instruments comprises all functions for convenient transfer, evaluation and printing of measurement data. It provides immediate evaluation of the measurement results and a quick overview of the process. Handwritten readings on your reports are no longer needed thus reducing costs while maintaining quality control. The optional version DataCenter IP or IP Multi, the measurement results and evaluations are linked to attributes such as measurement location, name of operator, date and time.

All Fischer foils and other standards are serialized and certified. Measurement methods available by Fischer include X-ray fluorescence, beta backscatter, magnetic induction, eddy current, and coulometric. Fischer also offers solutions for measuring electrical conductivity, ferrite content, and porosity testing

Deep Links

Product Announcements Provided By Fischer Technology, Inc.

Hot-Dip Galvanization as Corrosion Protection

Provided By Fischer Technology, Inc.

Fischer Opens New Office in California

Provided By Fischer Technology, Inc.

Non-destructive Measurement of Protective Coatings in Car Body Cavities

Provided By Fischer Technology, Inc.

FMP Series – Coating Thickness Measurement Instruments

Provided By Fischer Technology, Inc.

Metallic Coating Measurement on Small Parts

Provided By Fischer Technology, Inc.

As seen in PF

Fischer Technology, Inc.

Contact Information

A Special Message from Fischer Technology, Inc.

Company Profile

Product Categories of Fischer Technology, Inc.