FLIR A50/A70 Thermal Imaging Camera

When decision makers seek to integrate new hardware into their automation process, they are often looking at a few key areas – the ease of use, price point, features, and the ability to utilize the hardware at multiple points throughout their system. The new A50 and A70 thermal cameras come in three options – Smart, Streaming, and Research & Development to fit the needs of professionals across a variety of industries – from manufacturing to utilities to science. The new cameras offer improved accuracy of ±2 °C or ±2% temperature measurement, compared to the previous accuracy of ±5 °C, or ±5% temperature measurement. The cameras all include an IP66 rating, along with a small, compact size with higher resolution options compared to previous versions.Get more news about Thermal Camera,you can vist our website!

Featuring a thermal resolution of 464 x 348 (A50) or 640 x 480 (A70), professionals can deploy the A50 or A70 cameras in a variety of capacities. These include condition monitoring programs to maximize uptime and minimize cost through planned maintenance, or when used in early fire detection applications to safeguard the lives of workers and secure the profitability of the business by protecting materials and assets. With improved temperature measurement accuracy of ±2 °C, professionals can rely on consistent readings over a period of time, or through varying environmental factors, eliminating any guesswork from data analysis.

The IP66 rating for both the A50 and A70 provides protection from dust, oil, and water, making the cameras ideal for tough, industrial environments. This ruggedness is especially helpful when the camera is being moved from one application to the next. Whether the camera is fix-mounted inspecting a production line or when required for bench testing, professionals benefit from its versatility. For added protection, the A50 and A70 are compatible with the ViperVenom Compact camera enclosure, which has an IP67 rating.

Industrial Honing Machines

Since 1924, Sunnen Products Company has designed, manufactured and serviced the world's largest catalog of industrial honing machines, bore sizing and finishing systems. Our integrated catalog offers manual and automated solutions for honing, gaging and part handling, and it can even accommodate post-honing operations such as deburring, bushing and pin-insertion.Get more news about Cnc Honing Machine,you can vist our website!

Honing machines offer an ultra-precise machining procedure trusted by job shops and high-production manufacturers to create parts that perform at the highest levels of speed and efficiency. No boring or grinding process is capable of delivering such fine levels of roundness, straightness and surface detail. When integrated into your manufacturing process, honing is the difference between a part that works and a part that performs.

Our reputation is built on quality and durability. You’ll find Sunnen machines from the 1940s that are still running strong to this day. Over the years, we’ve applied our expertise with emerging technologies to develop the industry’s largest catalog of bore finishing machines. We also offer all the tools, accessories and training necessary to sustain a high-performance honing operation.

The 7 Best Woodworking Clamps of 2022

Woodworking clamps apply pressure to hold pieces of wood together, making them especially handy for securing workpieces while waiting for glue or bonding to cure. Get more news about Wood Clamp Suppliers,you can vist our website!

We researched the best woodworking clamps available online, evaluating ease of use, quality, sturdiness, and overall value. Our top choice, the BESSEY Clutch Style Bar Clamp with Composite Plastic Handle, stands out for its ergonomic design, versatility, and durability.A versatile bar clamp like this 36-inch model from Bessey easily clamps material together or can be adjusted to use the spreaders to exert outward force that pushes material apart. This version offers strength and durability along with padded clamps that won’t mark surfaces and an improved comfort grip handle. While C-clamps are generally considered some of the most basic and essential woodworking clamps, a bar clamp offers greater width and isn’t limited by the narrow throat depth of most C-clamps.

While the force applied by bar clamps varies based on the size and materials used, the average woodworking or metalworking project can be handled by this highly recommended bar clamp. This model from Bessey exerts 1,100 pounds of clamping force and is frequently described as both strong and versatile.
A pair of H-style or pipe clamps offer the ability to secure projects of various sizes, since the clamps themselves fit onto a metal pipe of your choosing. If you need to clamp a large tabletop, long shelves, or other similar projects, simply choose a pipe that is long enough for your purpose and slide the pair of H-style clamps onto opposing ends of the pipe. The Bessey H-Style Pipe Clamps are a top option and are available to fit both 0.75-inch and 0.5-inch pipe.

Instead of needing to have an array of long clamps for large projects, several set of Bessey H-Style Pipe Clamps, along with a few different pieces of pipe, is all you need to clamp projects of any sort.A ratchet clamp uses a trigger system to quickly apply and release pressure, allowing for easier one-handed operation. The Dewalt 6-inch Trigger Clamp applies 100 pounds of pressure and has a throat depth of 2.43 inches. The jaws can be opened to a width of 6 inches, and you can also easily convert it into a spreader clamp.

Constructed of reinforced nylon plastic and heat-treated steel, this clamp feels solid and sturdy. This is a medium-duty woodworking clamp, though larger and more heavy-duty versions are also available from Dewalt.One of the most recognizable types of woodworking clamps, the Husky Drop-Forged C-Clamp is a handy tool to have in your shop or shed. Constructed of drop-forged steel, this clamp measures 8 inches long with a throat depth of 4.61 inches and 760 pounds of clamping forces. Technically considered a "light duty" clamp, this Husky C-Clamp is still versatile enough to handle a wide range of tasks and users say it has hundreds of different uses around the home, garage, or shop.

You'll especially appreciate that the textured clamping face provides sufficient grip. Additionally, the 7/8-inch flat pad of the spindle that provides opposing pressure can be used with an additional larger plastic pad cover for more surface pressure. It adjusts easily and smoothly but stays tight once positioned. Additionally, Husky offers a lifetime warranty on this woodworking tool.Useful in projects where you need to join two pieces of wood together, a face clamp is an important woodworking tool for craftsman and DIYers. The Milescraft 3-inch Face Clamp is a popular option if you need a clamp that is specially intended for use with pocket-screw joinery or on any task where you need solid clamping with no marks left behind.

This face clamp from Milescraft has round, oversized clamp pads that apply distributed pressure. While several sizes are available, this model is suitable for use with material up to 2.75-inches thick. This face clamp offers both value and durability and is a nice addition to popular pocket hole jig kits.

OPTICAL MEMS SWITCHES

Sercalo’s optical MEMS switches are proposed in single mode, multimode or PM fibers, at wavelengths from 600 μm up to 1600 μm, latching or non-latching. Sercalo offers fiber optic switches with ports count configurations of up to 16 inputs and 16 outputs, based on the highly reliable and proven Sercalo MEMS switches.Get more news about mems optical switch,you can vist our website!
Their extremely high reliability matches with demanding applications in Telecom, Datacom, Sensor Networks, Instruments, Test and Measurement.
These MEMS single mode switches are designed to be easily integrated into optical systems. The highly reliable MEMS technology is characterized by a long lifetime, high reliability, and high durability (max 3 x 109 cycles), making these suitable for use as OEM components. The switch is packaged to allow easy mounting onto PCB boards.

With the increasing prevalence of the Internet and modern communications around the world, fiber optics, which signifying a significant information revolution in the telecommunication industry—are racing to keep up. Meanwhile, software developers and users are constantly employing applications that take up more and more bandwidth in order to enhance the speed of information delivery, which, without doubt, placing heavy burdens on fiber networks. So carriers are looking for innovative ways to push more data through existing fiber. To this end, there come various vital advancements in network communication that efficiently extending the capacity of current fiber optic systems, and optical switch captures an essential position among them.

The backbone of telecommunications and networking today is the “all-optical network”, which means every communication would remain an optical transmission from start to finish. However, a certain amount of networking equipment today is still based on electronic signals, that is to say, the optical signals have to be converted to electrical ones, then to be amplified, regenerated or switched, and reconverted to optical signals. This process is referred to as an “optical-to-electronic-to-optical” (OEO) conversion. Which is considered to be a significant bottleneck in transmission. Therefore, huge amount of information traveling around an optical network needs to be switched through various points known as nodes.

Optical switching functions by replacing existing electronic network switched with optical ones, making no need for OEO conversions. It contributes to lower cost and physically smaller switches as well. However, optical switching technology currently is still immature, thus several ideas have been proposed as to how to implement light switching between optical fibers, among which the most common technique is that of the tiny movable mirrors known as micro-electro-mechanical systems (MEMS).
While the widely use of micro-electro-mechanical systems (EMES) in some other industries is nothing new, its adoption for telecom applications is relatively recent.

Conventional MEMS works by reflecting the beam of light from the surface of a tiny mirror. MEMS systems have moving parts, and the speed at which the mirror moves is limited. By applying more current, the mirror can move faster, but there’s a limit to how much current can be sent into the array of mirrors. If this weren’t bad enough, it seems that the speed and angular displacement terms in the calculation of the required current have integer powers of around 4 or 5, and so the bottom line is that we have to put a lot of current into the array for a small improvement in speed. By changing the mirror design so that the angle through which light is bent is smaller, it’s possible to achieve faster switching speeds. This technique is known as “fast MEMS.”

Forgetting This Small Home Update Could Be a Big Security Risk

There's one safety precaution you don't want to skip when moving into a new home. See which generation fails to make this change most, plus options for keeping your home secure.To get more news about electronic safe lock, you can visit securamsys.com official website.
There is something you might be forgetting when moving homes. It’s a vital step and can prevent your home from an unwanted intruder or worse. Yet almost half of Americans skip it before settling into a new home. So which home safety precaution should you keep in mind? Changing the locks!

Think about it: So many of us trust neighbors with a spare key in case of emergencies. And if your new home has a code lock, that code could have been given to any delivery man, visitor, Airbnb guest, electrician—you get the picture. Changing your lock as soon as you move in is the only way of knowing who can gain entrance.
The Home Depot recently conducted a study involving 1,000 Americans who have moved in the past year. Of those surveyed, almost two in five respondents have yet to change their locks. Baby Boomers were the highest offenders, 52 percent of which had not changed their locks. Gen Xers (33 percent) and Millennials (31 percent) trailed closely. Almost a quarter of all 1,000 respondents admitted they have no plans to change their locks after their move.

With smart technology on the rise, there are more and more options for home security. If you recently moved and have yet to change your lock, consider one of these smart locks. Even if you’ve had the same lock for years, this new technology could allow you to change the code each time you give it to a delivery worker, babysitter, or housekeeper.Voted the best smart lock by Consumer Reports, this model by August works with your current deadbolt instead of replacing the lock entirely. Like most smart locks, it controls access to your home via your phone and can grant guests access codes. Each time the door is locked or unlocked, you can see who entered your home with the automatic access log.

Personalized guest codes are a major bonus for busy homeowners and large families. This smart lock by Schlage lets you make guest codes for up to 100 people and schedule the code to only work when you choose. This means you can give your dog walker her own special code to enter your home only at, say, 12:30 p.m. every weekday.

If a lock connected to your smartphone is out of your interest or budget, we recommend switching to this simple option. From the outside, it looks like any ordinary deadbolt door lock. However, it has the ability to re-key without involving a locksmith. With this technology, you can buy a new key and set it to work on the lock. Once switched, the old key will no longer work. One Amazon reviewer says he uses this lock on all the doors in his rental properties.

Blade - Cutter to improve the smooth of cutting surface and prevent wood burning.Get more news about Rectangular Tenoner Making,you can vist our website!

Spiral chipping cutter can destroy the wood fiber and prevent end crackes. The tenoner can be well made at a high percentage.

The tenoner length can be adjusted by the micro-adjusted positioning ring, the accuracy ban be 0.05mm it will save the time of the cutter adjustment.

CNC double end rectangular tenoner to make tenoning operation more smooth and easier. Cutting tenons at both ends simultaneously for greatly increasing efficiency and productivity.
It’s designed for producing rectangular, round and square tenons.
The CNC-D200B CNC Double End Rectangular Tenoner is equipped with an advanced CNC controller, the operator only needs to input wood sizes, tenon sizes and tenon angle, then the machine will automatically positions and perform automatic operations.
The machine is constructed of two tables for greatly increasing tenoning efficiency Centralized panel makes operation easy The machine is equipped with a PL control for stale and convenient operations. This versatile machine is suitable for producing various rectangular tenons. The right/left movement of cutter is driven y air system. The moving cutter design saves time . moving speed is variable. Easy to change tenon direction at horizontal, vertical or 45℃ Maximum table tilting is 20℃ The crtter feed speed is driven by a servo motor for variable speed change , allowing for cutting various wood materials.

Sandwich panels typically consist of an upper and a lower painted metal skin and an insulating core made of rigid polyurethane foam. Before production, the skin layers are laminated with a protective film that must withstand all of the processing steps: from profiling and preheating, the application of the polyurethane core and its exothermic foaming reaction through to the cutting and stacking of the finished panels. Get more news about Bh-sandwich Panel Series,you can vist our website!

The foaming and curing of the polyurethane mixture poses a particular challenge as the energy released generates extreme heat in the panels. Even thinner panels can reach temperatures of up to 100°C whilst panels typically made for refrigerated storage conditions having an insulated core of up to 20 cm thick, can reach temperatures of up to 160°C during production. Any protective film used must be able to withstand these temperatures without peeling or melting whilst ensuring that the hot, freshly cut panels can be stacked together at the end of the production line, without the protective films fusing together.

With this new temperature resistant protective film which has been perfectly engineered for sandwich panels with a rigid foam PU core up to 20 centimetres thick, POLIFILM PROTECTION provides a tailor-made solution for these process requirements: The heat-resistant film made of polypropylene has a particularly high melting point of 160°C. Despite the poor wetting properties of polypropylene in general, POLIFILM PROTECTION have succeeded in equipping the film with a special water-based acrylic adhesive which also boasts a temperature resistance of up to 180°C.

There are several advantages for producers of foamed sandwich panels when using this film: Firstly, the new protective film guarantees uninterrupted and efficient production. Even after a comparatively short cooling phase, it prevents the stacked panels from fusing together. Secondly the scrap rate is reduced as the panels are no longer damaged when they are separated. Lastly, the surface of every PU sandwich panel is optimally protected from the start of production to the end of the construction work ensuring customer satisfaction.

“With our special film, manufacturers of PU sandwich panels ensure the quality of their products and improve their processing speed and reliability - production becomes noticeably more efficient. No other protective film on the market currently offers this added value,” explains Fulvio Camerini, Technical Director of the Italian production & development site of POLIFILM PROTECTION.