Selection of 47 products among
135
BLAST CABINET ADJUSTS IN HEIGHT
Guyson Corporation has developed a series of height adjustable blast cabinets for manufacturers having multiple users engaged in manual blasting operations. The Model 6-AH is suitable for a wide
variety of blast cleaning, finishing and surface preparation tasks.
One of the most common causes of fatigue and discomfort in cabinet blasting is equipment that makes the operator hunch over or stand on tiptoes to use it and to clearly see the work. The cantilevered design of the Model 6-AH and a motorized jackscrew in its rigidly welded frame enables each user to quickly and easily adjust the entire blast enclosure up or down with the turn of a switch.
The interior of the mid-sized Model 6-AH cabinet is 42 inches wide and 30 inches deep, with working height at the rear of the blast chamber of 36 inches (106 cm x 76 cm x 91 cm). A full width front door and slam-shut side door are fitted with vacuum return media catch trays.
A second front door is hinged at the top to allow full access for loading awkward components or heavy objects that might require a crane or hoist. The heavy base of the cabinet has fork lift channels to facilitate relocation.
Guyson offers several armhole and glove options, including extra large openings and padded arm rests. The standard incandescent cabinet lighting can be upgraded to a front mounted fluorescent lamp that brilliantly illuminates the blasting chamber. A multi-adjustable mounting bracket for the blast gun is standard, so the operator can choose two-handed manipulation of small components or hold the gun.
Optionally available for the Model 6-AH is a removable 24 inch diameter Lazy Susan turntable that enables safe and convenient blasting access when working with heavy components. For harsh grit blasting operations, the cabinet can be supplied with the interior walls, doors and turntable fully lined with rubber, and the tempered safety glass view window is protected by a square-cut inner abrasion window gasketed in a quick-change frame. The Model 6-AH is available as a suction-blast system or with direct pressure media delivery.
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View the product on guyson.com
Guyson
AUTOMATION PLASMA SYSTEMS - AUTO-CUT 100
Overview
Precision - Performance - Productivity! Delivers premium cut performance on both mild steel and non-ferrous materials.
Power Supply Designed for Reliable, Low Cost Operation. Features
like the XT-301 consumable parts cartridge and the Machine Status Message Center make the Auto-Cut 100 easy to operate.
O2 Plasma Cutting. For even better cut quality on mild steel, Auto-Cut 100 offers O2 plasma cutting capability.
Water Mist Secondary (WMS). For lowest cost non-ferrous cutting and unmatched cut quality, use our unique Water Mist Secondary (WMS) process with Nitrogen plasma and water shield.
MaximumLife Parts. Maximum performance and life with MaximumLife parts on our XT-301 Torch.
Full Featured Gas Control GCM-1000! Plasma and secondary pressures and flows precisely controlled at power supply with individual single stage regulators. Changing from the secondary gas to water mist secondary is simple with front panel selector switch.
Patent Pending XT Torch Technology! Thermal Dynamics" advanced XT Torch Technology brings plasma cutting to new levels of precision and productivity.
Precision design and construction of the XT-301 torch and cartridge ensure exact relocation of the center-line of the cut after process changes.
NEW SpeedLok Technology. Rapid engagement threads on retaining collar of keyless cartridge mean easy installation and quick return to production.
Specifications
Quick Specifications
Processes Automated Air Plasma Cutting
Amperage Range 10-100 Amps
Max. Open Circuit Voltage 380 VDC
Cut Capacity 1 in. (25mm) Maximum Edge Start
5/8 in. (15mm) Production/Pierce
3/4 in. (20mm) Maximum/Pierce
Duty Cycle 100% at 100 Amp at 160V (16kW), at 104 deg. F (40 deg. C)
Shield Gas Air, N2 at 120 psi (8.3 bar), H2O at 10 GPH (0.6 l/min.)
Torch XT-301
Plasma Gas Air, O2, Ar-H2, N2 at 120 psi (8.3 bar)
Automation Type Conventional
Voltage Range 80-160 VDC
Certifications CE, CSA, CCC
Input Amps at Rated Output 45 Amp at 208V
24 Amp at 400V
16 Amp at 600V
41 Amp at 230V
21 Amp at 460V
Input Power 208-230/460V, 3 Phase, 50-60 Hz
600V, 3 Phase, 50-60 Hz
400V, 3 Phase, 50-60 Hz
General
Included Features Torch Spare Parts Kit
System can be configured with following: (contact Thermadyne Automation Customer Care at 866-279-2628 or automation@thermadyne.com for ordering information.)
Work Cable, available in lengths ranging from 10-125 ft. (3.0-38.1m)
CNC Control Cable, available in lengths ranging from 25-125 ft. (7.6-38.1m)
Torch Mounting Clamp, 2 in. (50mm)
Torch and Lead Set, inlcudes Positioning Tube, Mounting Clamp, XT-301 Torch Head, 100A MS parts, Cartridge, Shield Cup and Leads Ranging from 25-100 ft. (7.6-30.5m)
Power Supply
Ground Cable, available in lenghts ranging from 3-150 ft. (0.9-45.7m)
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View the product on cncengineers.com
LMTS
µMATIC TOOLHOLDERS
Increase Productivity At An Economy Price With The Unique Precision Chuck From Centaur
The µmatic high precision chuck is designed specifically to meet the demands of today’s new generation of
machines and cutting tools. µmatic’s powerful clamping force and ability to hold tools within 50 millionths T.I.R. eliminate the need for expensive hydraulic chucks and conventional milling chucks.
Centaur’s innovative µmatic chuck features clamping surfaces ground directly from the toolholder body. Holding a cutting tool within 0.0002” T.I.R. is achieved with no adjustments.
µmatic incorporates truing screws that contact the tool shank directly, permitting rapid adjustments to within 50 millionths — either on a presetter or in the machine spindle.
µmatic is ideal for rough milling and finish milling. And because of µmatic’s unusually high accuracy, it is perfectly suited for holemaking applications that normally require hydraulic chuck or boring operations.
The µmatic high precision chuck ensures greater workpiece accuracy, while delivering increased feed rates and tool life.
The bottom line: Increased productivity.
Features and Benefits:
* Patented, vibration-damping structure. Centaur’s µmatic interrupts the transmission of helical vibrations to allow increased RPM and feed rates.
* Guaranteed high accuracies. Tools clamp within 0.0002” T.I.R. with no adjustment. Truing screws that contact directly to the tool shank can be set easily and quickly to achieve T.I.R. within 50 millionths.
* Ideal for today’s finest machine tools. µmatic is balanced to 22,000 RPM and is sealed for coolant-through applications.
* Locking screw. In addition to exerting extremely powerful clamping forces, the µmatic high precision chuck is equipped with a Weldon type screw to eliminate tool pullout common with standard heavy duty milling chucks.
* Delivery from stock. µmatic chucks are shipped directly from Centaur’s huge U.S.-based inventory in all standard sizes. CAT/V-Flange, BT and HSK shanks are available. 40 taper toolholders have a capacity to 1-1/2” endmills; 50 taper to 2”.
* Value pricing. µmatic high precision chucks can replace expensive hydraulic chucks and heavy duty milling chucks, yet are available from Centaur at a fraction of the cost.
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View the product on centaurtools.com
CENTAUR
3D TREATERS - PLASMA-JET
Our Plasma-Jet® 3D surface-treating systems improve the bonding of inks, adhesives and coatings, allowing you to treat multiple surfaces and difficult configurations with remarkably consistent and
convenient one-pass coverage
Plasma-Jet
For improved bonding of inks, adhesives, and coatings, our Plasma-Jet® treats plastic and metal products with greater application flexibility, surface coverage, and speed.
Capable of handling high line speeds and complex part geometries, Plasma-Jet systems readily solve surface adhesion problems for a wide variety of products and applications:
* Caps and closures
* Painting and decorating
* Cups and containers
* Consumer products
* Extruded pipe, tubing, profiles
* Medical and health care products
* Electrical/electronic components
* Direct printing
* Hot stamping
* Pad printing
* Adhesive coating
* Adhesive bonding
* Wire and cable
* Laminating
The Plasma-Jet corona discharge generates very little heat, which allows surface treating of sensitive materials, such as light films, without distortion.
Plasma-Jet corona treatment eliminates the inefficiencies, safety hazards, and product damage potential of open flame treatment, chemical surface preparation, and sanding techniques, while offering improved bonding results as well. We’ll prove it...on your product...in our lab or in your plant. Call 1-800-423-0348 today.
Application Flexibility:
Simple and compact, Plasma-Jet systems can be sized and configured to suit your production environment. They are easily matched to your line speed, required treatment width, product material, and configuration. The Plasma-Jet power unit is portable and can be moved wherever needed, or permanently mounted in a convenient location. The discharge heads (one to four, depending on model selected) can be extended up to 10 feet or more away from the power unit. Optional universal mounting brackets are available to hold the discharge heads at the right angle and position on your production line, and they are especially handy when your treatment applications change frequently. A proximity sensor can also be added to cycle the corona discharge on and off as parts approach and leave the treatment station.
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View the product on corotec.com
Corotec Groupe - Inductotherm Industries
COMBO FINISHING MACHINES
COMPLETE TWO PROCESSES
IN ONE PIECE OF VIBRATORY EQUIPMENT
ER Series, Long Radius & Multi-Pass®
The Roto-Finish Combo is the designation given to a Spiratron® standard , Long Radius, or Multi-Pass®
machine with an outer wrap added for a second process. In most cases, the outer channel is unlined and used for drying parts with dry finishing media, glass beads, or heated cobmeal.
Parts are loaded into the inside channel (Channel A) for processing with ferrous or non-ferrous metal, plastic, or ceramic media. After traveling around this channel for the required amount of time, the gate is raised allowing the parts to pass over a separation screen. The media returns to Channel A and the parts transfer to the outer channel (Channel B) for drying or final polish. When the parts complete the cycle around this channel, they pass over another separation screen and are discharged from the machine.
Heat can be supplied to Channel B by use of heat lamp assemblies or a hot water jacket around the bowl.
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View the product on hammondmach.com
Hammond Roto-Finish
AUTOMATED BORE FINISHING CELLS
In addition to our standard range of bore finishing / honing products Precision Engineering are automation specialists. As integrators of Staubli & Adept robots and many other handling systems we
are easily able to custom automate our bore finishing / honing machinery to meet our customers requirements. Our automated bore finishing / honing cells allow operators to load a predetermined number of components onto the chosen transfer handling system whether it be a pallet, conveyor or chute. Therefore as long as the machine operator ensures there is enough product presented to the machine he / she can carryout various other duties.
The customised cell seen here was designed, developed and installed for a leading European hydraulic manufacturer. It produces over 120 hydraulic sectional valves every hour with bore geometry better than 1.0-micron. The cell consists of PE1510 bore finishing machine, pre-gauge station to check under size bores, pre & post brushing stations, Staubli robot for loading and unloading of valves to and from the machine, dual lane conveyor system, programmable air measuring station to check bore size and roundness in infinite positions, oil evacuation system, filtration system and specially developed hydraulic clamping to distort the bore during bore finishing.
The customised cell seen here was designed, developed and manufactured for another leading European manufacturer. The cell consists of 2-off PE1540 4-axis honing machines, an assembly station with torque tightening tooling and a wash machine. The complete line is fully integrated with a conveyor system to aid the loading and unloading of components that can weigh in excess of 50Kg.
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View the product on precisionengineering.net
precision engineering
MAGNETIC VIBRATORS
Magnetic vibrators are suitable as drives for vibration conveying conduits and pipes, vibrating filters, water-removal equipment, worm conveyors and vibrating tables. As impact vibrators for silos,
bunkers, deflection grills, downspouts, chutes, filters and filling plants, they provide for a smooth material flow. Whether in the case of bunker settlement, draining, screening, dedusting or protection filter, whether with extraction of large volume quantities or in case of special tasks within process engineering, such as e.g. blocking, dosing, feeding, cooling, warming and drying, AViTEQ magnetic vibrators reliably perform their work in every case. Use our long-standing experience with vibration conveying technologies in all sectors.
Advantages of the AViTEQ magnetic vibrators
Operationally safe in continuous employment
High level of performance with compact dimensions
Wear-free, without rotating parts
Efficiency
Newest state-of-the-art of production engineering
Conformity with all EC Guidelines, which affect the drives
also available for explosion-endangered spaces (Ex), as well as for 60 Hz power systems and other mains voltages
Construction and operating mode
Magnetic vibrators are spring-mass systems, which always exploit the close-to-resonance condition of the entire vibration system (drive and working device). The drive includes the elements for vibration generation, such as electromagnet and leaf spring package. The vibration generated by the excitation current on the driving side is transmitted directly to the working device (e.g. filter, conduit or pipe). Directed, linear vibration movements of the working device are generated. The vibration direction in this case always runs at a pre-determined "vibration angle" to the horizontal. The "vibration amplitude" corresponds in this case to the double amplitude of the overall system. Magnetic vibrators are continuously controllable using the drive voltage. They immediately achieve full conveying capacity, and thus interference effects from run-up and run-down of motor drives are dispensed with. This is especially important in case of dosing and feeding or for process-technical applications. Magnetic vibrators enable the continuous adjustment of the conveying rate in on-going operation. They achieve full conveying capacity immediately after turning on. The shutdown is implemented in fractions of a second and stops the conveying rate immediately.
Drive selection
The size of the introduced force, the operating frequency and the mass of the equipment onto which the magnetic vibrator is securely bolted, determine the size of the vibration amplitude (double amplitude). The vibration amplitude defines the maximum height of the microthrow and thus the theoretically possible conveying speed. The actual conveying rate is basically influenced by the conveying cross-section, the settled-material density and the conveyability of the bulk material. You can find the vibration amplitude for all AViTEQmagnetic vibrators, depending on the effective weights, in our reference pamphlet. In this way, you can rapidly find the optimum drive. The vibration amplitude is limited in practice, on the one hand, by the acceleration which the working device can withstand (service life) and, on the other hand, by the conveyed material standstill in case of acceleration that is at too low a level. With vibration amplitudes of max. 0.2 to 4 mm and vibration and operating frequencies of 100, 50, 33 and 25 Hz (with 50 Hz power supply), as well as 120, 60, 30 Hz (with 60 Hz power supply), AViTEQmagnetic vibrators can move devices up to 1800 kg dead weight. AViTEQmagnetic vibrators are available as a standard type for mains voltages of 230 or 400 V, for 50 Hz or 60 Hz power systems. We would be pleased to offer you offer special models for other voltages or mains frequencies, if required.
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View the product on aviteq.de
Aviteq
