Mate Precision Technologies, a global leader in metalworking solutions, has announced that it will begin accepting orders for their new 52/96 zero-point workholding system on July 26. Product shipments will begin the week of July 26. The system includes vises, bases, and mounting systems which are manufactured in Minnesota.

Comprehensive Workholding Representative Network
To ensure exceptional service and support, Mate has built a network of independent representatives across North America and Europe. These representatives are fully trained and supported by experienced in-house customer service staff to help find the right solutions for specific workholding needs. KeDen Industrail Sales & Marketing has been chosen as the exclusive agent in Arizona, California, Nevada and Utah.  We spent several days in training Anoka, Minnesota this month.

Made for Metalheads 
Over the past seven decades, Mate designed nearly ten thousand custom workholding solutions to produce high-quality products for its global customer base. As a result, Mate knows exactly what machinists are looking for in a precision workholding system. Mate’s machinists and product engineers worked together to develop vises, bases, and mounting systems with a new level of innovation and quality to precisely meet machinists’ needs. 
Engineered to maximize holding power for 3-, 4- and 5-axis machining centers, Mate workholding not only reduces setup times and process variability, it offers best-in-class accuracy and repeatability in a compact, quick change, modular design.
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Mate’s workholding system includes: 

• Mate DynoGrip™ self-centering vises feature maximum holding power in a compact system with minimal part movement and zero-point quality engagement with a rigid four-post pull stud pattern. The vises come in 13 sizes and 3 widths.
• Mate DynoLock™ quick change bases provide zero-point quality engagement with the same four-post stud pattern and best-in-class holding power, center accuracy and repeatability and is available in 11 size variations.
• Mate DynoMount™ system expands machine capacity and flexibility with tombstones, pyramids, risers, and dual right-angle mounts that feature the same zero-point quality engagement for four-point stud patterns.

The Mate 52/96 workholding system includes QuickSpecs™, Mate’s unique product identification system, allowing real-time access to critical user data, CAD models, and potential integration into business systems. Additionally, the product supports common robotic interfaces and palletizing systems to support factory automation. The Mate workholding system is backed by sophisticated technical support, unsurpassed product quality, responsive customer service, and Mate’s industry-leading 100-percent satisfaction guarantee. More information is available online: mate.com/products/workholding.

To order Mate workholding or to get a quote, contact Keden Industrial Sales & Marketing or contact Mate Precision Technologies directly at (800) 328-4492 or email orders@mate.com.

The K-Tool Octo Mill provides one of the most comprehensive ranges of face milling cutters on the market. These cutters excel in medium to rough machining in steel and stainless steel. These cutters are more economical than traditional cutters because with eight edges, it offers a  lower cost per cutting edge.

The Octa Mill from K-Tool is ideal for small machines in the 15HP to 25HP range, where shallow depth of cuts are used. 

CONTOUR360º, can save you time and money by offering the most comprehensive reconditioning services available. They offer both conventional cutting tool sharpening and CNC cutting tool sharpening services. ​

​Telcon has just introduced the new Helicon PCD Fullnib Drill designed to meet the most exacting demands of today's composite materials such as CFRP- carbon fiber reinforced polymer, graphite, aluminum, plastics and other hard-to-cut abrasive materials. 

​Telcon's new designed PCD Full-Nib drill has improved cutting edge for composite materials, which allows smooth, non-delamination cut. The drill point is a solid PCD diamond nib for maximum wear resistance and flexibility of the insert geometry.  The solid nib is resistant to cracking and chipping and has a large regrinding area for multiple sharpening.
The smaller sizes, 2.5mm and 3.3mm are specifically designed for pilot (predrilled) holes. These tools reach tool life of thousands of holes before reconditioning.  Usually, 3 reconditioning cycles are possible.

• The most versatile geometry PCD drill with a wide range of applications in Aerospace composites CFRP and GFRP in medium to small holes sizes.
• Can be reused up to 5 times.
• Other dimensions are available per request.

Canela Corp now has three application for iPhone and Android platforms to make you job easier and faster! They have a the Machining Calculator app, the iCatalog so you can find the tools you need and the iStock app to check inventory of the items you want.

The iStock App for iPhone, iPad and Android is designed to check the items in stock at Canela and the delivery times of the non-stocked items. Download the iStock App​ in the links below

In this Telcon article, we’ll try clarifying and shedding more light on a dilemma confronted by many end users of cutting tools to machine composite materials, when they are required to decide which type of tool to use for their application.

There are mainly two types of diamond cutting tools for composites: PCD tools, where the cutting edge is built from a PCD segment of a specific size and shape and CVD diamond coated tools, where the tool’s edge is completely built in a grinding operation and later coated with CVD diamond.

A quick reminder of differences between the two diamond materials:

PCD (Poly – Crystalline – Diamond) is, unlike single crystalline diamond, produced synthetically by sintering together many (Poly) diamond particles, usually in the size of 2 to 30 microns of a meter, with a metal binder (usually Cobalt) at high temperature and high pressure. The rate is 90-95% diamond particles and the rest is Cobalt.

CVD Diamond – (Chemical Vapor Deposition) is a process of coating Nano diamond particles on a Tungsten carbide substrate applying a layer thickness of 6 to 16 microns of a meter. The tungsten carbide substrate has to contain low cobalt content, such as 6% an d has to go through specific surface treatment. The treatment reduces cobalt content in the outer layer, exposing the diamond edges, in order to create sufficient adhesion between the diamond coating and substrate.

​Milling operations involve interrupted cutting of the material, where each end mill tooth is engaged with the material and exiting it in one tool revolution. Each time the cutting edge enters the material, the “hammering” effect damages the cutting edge of the tool.

Looking at the table above, Telcon PCD tools are more likely to withstand the “hammering” effect in milling.

• In CVD diamond coated tools, the CVD coating eventually delaminates and only the tungsten carbide substrate is left.
• In the PCD, even if some fracture occurs, the diamond is solid and therefore keeps the same characteristics.

There is a concern, though, about geometry limitations with the PCD. For instance, when a particularly long flute length is required, or when specific tool geometry is required, e.g. porcupine router, the CVD diamond tool has an advantage.

In drilling operations, the cutting edge has constant contact with the material, unlike milling, therefore the cutting edge is less likely to chip or fracture. Taking that into account, with a combination of hardness and sharpness, CVD diamond drills perform better in regard to minimizing the delamination at the hole exit.

This is a major concern in the drilling of composites in highly engineered parts, such as Aerospace. When delamination is the failure criteria, there is no doubt that CVD drills outperform PCD drills. However, when hole diameter is the failure criteria, then the PCD drill will “survive” longer than CVD drills.  The reason for this is due to the fact that the CVD diamond is a coating. When it eventually delaminates from the tungsten carbide, edge wear accelerates rapidly.

​The PCD, on the other hand, as said, is a solid diamond. Wear development rate is almost constant. Another example where PCD may have an advantage is the drilling of stack material like CFRP/Al, where the exit hole is in the Aluminum. Delamination is a non-issue in this case, therefore PCD would be first choice, since it will hold longer and can also be reconditioned a few times.
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Another advantage of the CVD diamond drill would be design flexibility, while comparing to standard wafer drill, where PCD segment dictates geometry. On a Fullnib PCD drill, however, there is no geometry limitation and design flexibility is the same as in the CVD diamond drill as long as PCD nib height (which is limited) does not create other limitations.

The main purpose of this Telcon article is helping end users focusing on their goals in a given application. Knowing and understanding your goals, will assist in clarifying tool requirements and choosing the right tool to the application. As it was explained in the article, both PCD and CVD cutting tools have their pros and cons.

None of them can fully replace the other. We were not discussing in this article other factors like tool cost, reconditioning, tool diameter limitations and more. Some of these factors will certainly influence our decisions and will be discussed in the following articles.
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Telcon offers both solutions of PCD and CVD diamond Drills, End Mills, Routers and countersinks for all your composites applications.

Just over a month after the publication of a Position Paper on “Evaluating the potential relationship between particulate pollution and the spread of the Covid-19 epidemic”, the Italian Society of Environmental Medicine (Sima) has announced that the SARS-Cov-2 coronavirus has been found on particulate (pm).
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Professor Alessandro Miani, president of Sima, reveals how “This initial evidence opens up the possibility to testing over the next few months, as an indicator for the early detection of the reappearance of the coronavirus, so that suitable preventive measures can be adopted before the start of a new epidemic.

“The first part of this study was explicitly focused on searching for the presence of SARS-CoV-2 RNA on particulate matter (PM). The earliest findings regarding the presence of the coronavirus on particulate matter have emerged from tests carried out on 34 PM10 samples in the environmental area of industrial sites located in the Bergamo province, collected using two different air samplers over a continuous 3 week period, from 21st February to 13th March”, explains Leonardo Setti, joint coordinator of the scientific research group, together with Gianluigi De Gennaro and Miani.

“Samples were analysed by the University of Trieste in collaboration with the laboratories of the Giuliano Isontino hospital, verifying the presence of the virus on at least 8 out of the 22 days examined. Positive results were confirmed on 12 different samples for all three molecular markers: the E gene, N gene and RdRP gene, the latter being highly specific for the presence of SARS-CoC-2 viral RNA. We can confirm to have reasonably demonstrated the presence of SARS-CoV-2 viral RNA on particulate matter (PM), with the detection of highly specific genes, used as molecular markers of the virus, in two parallel genetic analyses”, Setti specifies.

According to De Gennaro, “these are the earliest findings as to how SARS-CoV-2 RNA may be present on particulate matter in environmental air, suggesting that in conditions of atmospheric stability and high PM concentrations, infected micro-droplets containing the SARS-Cov-2 coronavirus can stabilise on particles, creating clusters with particulate matter, thus increasing the persistence of the virus in the atmosphere, as already hypothesized on the basis of recent international studies. The identification of the virus on dust particles may also be a good marker for
verifying its spread in indoor environments, such as at manufacturing companies.

The extensive experience and know-how of LOSMA enables the company to provide turnkey solutions for work environments, covering various industrial processes, to minimise the presence of particulate matter in the environment, with the use of H HEPA filters certified in accordance with the ISO16890 and ISO29463 standards,
filtering particles as small as 0.3 microns with 99% efficiency in dry and humid phases. This secures a salubrious work environment, limiting the insurgence of respiratory tract infections and, during the current healthcare emergency, limiting the spread of SARS-CoV-2 in environmental air.

Thanks to its range of stand-alone or centralised filtration systems, LOSMA is able to cover all industrial processes for dry particulate matter or oily mists, in virtue of its functional and constructive flexibility.

ARGOS PRO, PASCAL, ATLAS, DARWIN, GALILEO PLUS & EXTRA, ICARUS are all mist collectors of this range.
WORKING CLEAN, BREATHING HEALTHY – www.losma.it