How mobile equipment manufacturers benefit from using formed thermoplastic hoses
The proper assembly, installation, and specifying of the right hoses and tubing for the application are critical to the trouble-free operation of mobile equipment employed in construction, forestry, mining, and similar industries. This latest blog from Parker examines how formed thermoplastic hoses address these challenges and details how a skid-steer manufacturer reduced labor time and realized significant cost savings.
Read the full article.
Inch-size mounting clamps with swivel ball joint
GN 784 mounting clamps with swivel ball joint from JW Winco allow precise and variable adjustment of the ball pivot within the rotation range. This is a particular advantage when adjusting scanners, cameras, lighting, monitors, etc. Thanks to the efficient clamping mechanism, only small amounts of torque on the clamping screw result in comparatively strong clamping pressure on the ball. This force is easily applied by the clamping lever.
Precision ceramic and glass microcomponents
Goodfellow, a favorite materials provider for Designfax readers, also supplies a wide variety of ceramic and glass microcomponents, both standard items and items precision-machined to customer specifications. Examples include: ultra-thin glass microsheet for use as transparent substrates and electrical insulators; precision spheres for use as precision spacers and optical components; micro optics such as prisms, lenses, and windows; injection-molded ceramic microcomponents for surgical equipment and fiber-optic applications; polished sapphire bearings and sub-mm bore nozzles; and single- and multi-bore capillary tubing. Other items are available upon request.
Cool Tools: Unit Conversion Tool
Convert popular spring units such as force or retaining ring thrust capacities into metric units with Smalley’s engineering tools. Convert units such as mass and weight, angular measurements, velocities, temperatures, pressures and densities, and more.
Click here to learn more. You should bookmark this one.
Smith Metal Products adds Titanium Metal Injection Molding capabilities
Smith Metal Products has added Titanium Metal Injection Molding (TiMIM) capabilities to its MIM portfolio of materials that include stainless steels, alloys, and ceramics. TiMIM involves mixing powdered Titanium metal with a binder material to compose a feedstock capable of being handled by injection molding equipment. Metal injection molding allows complex Titanium parts to be shaped with precision in a single operation and in high volume as compared to traditional Titanium machined metal components.
Linear miniature torque splines and nuts
Helix Miniature Torque Splines provide a convenient and efficient device that allows low-friction linear motion while transmitting torque. In a Helix PT Spline assembly, the high-strength composite polymer bushing carries the load between the rotating member (inner race) and the rotating/translating member (bushing). Helix PT Splines are coated with Helix H10X PTFE coating for long life and anti-friction. Available in three bushing styles: Cylinder Mount, Thread Mount, and Anti-Backlash.
Click here to learn more.
Entry-level industrial-grade 3D printer
The FabPro 1000 from 3D Systems is a new entry-level system that packs 30 years of industrial 3D-printing know-how into its design to deliver superior quality at up to 3X faster high-throughput print speeds than competing printers. Digital Light Printing (DLP) Stereolithography uses a projector to image each layer within a UV-curable, liquid plastic material. This easy-to-use system, with a build size of 125 x 70 x 120 mm (4.92 x 2.76 x 4.72 in.), has 3D Sprint file preparation and print software included -- all at a price of $4,995.
Learn more about it.
Save time with Spirolox® retaining rings
Unlike die-stamped circlips, Spirolox retaining rings and constant section rings are coiled on edge to the exact diameter required. Spirolox rings have no protruding ears to interfere with mating components in an assembly and do not require special tools for removal or installation. Unlike traditional fasteners, retaining rings eliminate machining and threading, reducing costs and weight. Spiral retaining rings do not require special tools for removal and are supplied standard with removal notches for easy extraction from a groove. Smalley offers over 6,000 standard rings, which are readily available in both carbon and stainless steel. For more information, download the eBook. Visit Smalley.com to request a catalog and product samples, or contact one of Smalley's engineers with questions.
Polyplastics develops metal-resin bonding tech for automotive and electrical/electronics
Polyplastics (Tokyo), a global supplier of engineering thermoplastics, has developed an innovative technology for direct metal-resin bonding, a process that uses metal insert molding. Metal parts and resins are firmly bonded by introducing molten resin through injection molding to metal parts that have already undergone sufficient surface treatment. Metal-resin composites deliver the properties of metals (high rigidity, electrical conductivity) and engineering plastics (low density, electrical insulation). This technology has overcome the many factors that traditionally have had an adverse effect and prevented stable bonding. Polyplastics has a U.S. presence in Farmington Hills, MI.
Click here to learn more.
Surface treatment available for strongest cast aluminum alloy
General Magnaplate Corp. has made an exclusive license agreement with the U.K.'s Poeton Industries for the Apticote A20X surface enhancement process, used for treating the innovative A20X aluminum alloy. A20X is MMPDS certified (as AA205) and is the strongest cast aluminum alloy available today, with strength properties comparable to 7000 series wrought material. A20X cast and additively manufactured parts are in production today for major aerospace customers. The AptiMag-X treatment enhances the surface of A20X parts, improving wear resistance, hardening, and finish. The agreement means that General Magnaplate will become the exclusive supplier of Apticote A20X, which they will brand AptiMag-X in North America. Licensed A20X foundries, additive manufacturing companies, and aerospace customers will be able to have parts treated with AptiMag-X at the company’s facilities in Linden, NJ, and Arlington, TX.
Click here to learn more.
New bearings for high-speed applications
A clear trend in compressor and pump applications is to raise the power density by increasing the rotational speed. To fulfill this requirement, SKF has developed a new range of single-row angular contact ball bearings. The goals have been threefold: to increase the limiting speed by 40 percent, to reduce the noise levels, and to increase the robustness of the bearing in unfavorable operating conditions (shock loads, shaft misalignment, etc.). Apart from these, SKF is helping manufacturers to meet customer demands for even higher levels of energy efficiency and reliability.
Read the full article.
What are the strongest adhesives for bonding titanium?
Master Bond’s labs recently tested the tensile lap shear strength of a variety of adhesives when bonding titanium to titanium. The surfaces were properly roughened and cleaned with acetone in preparation for the tests. Each of the 11 one- and two-part epoxies tested features different thermal, electrical, and chemical resistance properties that can make them more appealing for specific applications. Therefore, it’s important to consider the operational conditions before deciding that the system with the highest strength value is the best for the titanium bonding job.
Build a mini synchronous drive system
With the Miniature Synchronous Drive System from Stock Drive Products (SDP), you can put your own 1-, 2-, or 3-mm design together in a snap. The tiny timing belts and pulleys are engineered and manufactured to give high accuracy and smooth, dependable operation in 3D printers, moving security cameras, med devices, robotic surgical equipment, self-service machines, and more. Advantages include no-slip synchronization, accurate positioning, high torque transmission with low backlash, quiet operation, and long belt life.
Click here to learn more.
New light and tough structural compounds
RTP Company has developed new light and tough (LT) Compounds, a series of thermoplastic compounds that weigh 5 to 10 percent less than typical filled compounds, but with equivalent mechanical properties and similar shrinkage values. LT Compounds are a fast and easy way to accomplish weight reductions in parts molded with glass fiber reinforcement without compromising performance or requiring modifications to existing tools. They are best used as lightweight alternatives when the goal is to minimize energy consumption or the amount of human effort required to use the part.
Click here to learn more.
Mix-and-match cup mount offers flexibility
Piab has introduced a flexible mounting system for suction cups that enables users to easily install and configure vacuum technology-based tools and fixtures perfectly tailored for handling such items as automotive body parts or plastic details. The company's Flexible Suction Cup Mount comprises a broad range of interchangeable parts. Several different mounting options for industry-standard end-of-arm tooling connections are available, including Universal joint (C-C 4 4mm), Profile mount (2 x 8/10.5 mm), Lock-pin (19 mm), and Ball-joint. Rods are available in two sizes and are held in place by a clever and user-friendly ball-joint fastening mechanism.
Alcoa reinvents the wheel alloy; lighter, stronger material coming in 2014
Alcoa, the inventor and a global leader of forged aluminum wheels, recently rolled out the most advanced aluminum wheel alloy in 45 years. The new material opens the door for lighter weight wheels at increased strength with the same corrosion-resistant characteristics as the industry standard, also made by Alcoa. Alcoa expects to introduce a new, state-of-the-art wheel featuring the alloy in early 2014.
Alcoa is rolling out the most advanced aluminum alloy for truck wheels in 2014, opening the door for lighter, stronger, corrosion-resistant wheels. Alcoa invented the forged wheel, shown here.
Unveiled at the American Trucking Association Management Conference & Exhibition in Orlando, Fla., in late October, the new lightweight alloy, called MagnaForce, is on average 16.5 percent stronger than the industry standard, Alcoa's 6061 alloy, in similar applications. Alcoa will use the material to manufacture wheels for commercial transportation, where lighter weight products that increase fuel efficiency are in high demand.
"Alcoa is making truck wheel history with our innovative aluminum material," said Tim Myers, president, Alcoa Wheel and Transportation Products. "No manufacturer has produced a wheel with an alloy superior to Alcoa's 6061 material. Our MagnaForce alloy opens the door to production of the strongest, lightest wheels to increase fleet payload, improve fuel efficiency and enhance sustainability."
Alcoa has been the industry leader since inventing the forged aluminum wheel in 1948 using an alloy it had developed for the aerospace industry. In 1968, Alcoa set the industry standard again when it launched its 6061 alloy for forged aluminum wheels. Alcoa's 6061 material provided a strong, durable alloy, resistant to corrosion, that is used to this day by all major forged aluminum wheel manufacturers. During that time, Alcoa's experts have continually met increasing demands for lighter weight wheels, engineering products that today are 10 lb lighter than wheels from 20 years ago, using the same alloy.
Alcoa's scientists and engineers at the Alcoa Technical Center (located outside Pittsburgh), the world's largest light metals R&D center, invented the MagnaForce alloy following two years of development.
Alcoa Wheel and Transportation Products is part of Alcoa's downstream business, Engineered Products and Solutions. Through the third quarter of 2013, Engineered Products and Solutions contributed 25 percent of the company's total revenues.
For more information on Alcoa Wheels, please visit www.alcoawheels.com.
Published November 2013
Rate this article