Flexible Shafts Dealers

Flexible Shafts with Stainless Steel Inner Core When ordering Flexible Shafts and Accessories, each item should be ordered for specific tube/pipe size or size range. Shafts have color coded durable aluminium caps for easy identification. Stainless Steel Inner Cores ensures our shafts have longest life, flexibility and resistance to corrosion. Since the inner core of the shafts are the heart of the system and take most of the strain, Powermaster stainless steel inner core cause our shafts to last longer than the competition. To order Flexible Shaft(s), determine tube I.D.(s) and length of the longest tube(s). Order Flexible Shaft(s) to correspond with tube I.D.(s) and lengths. Please ask us for special or longer lengths.  

Flexible drive shafts consists of metallic flexible inner core, multiple wound in opposing layers with external sheath made of flexible metallic cover.

The characteristic of the unit is such that the current drawn by the motor increases as the load is applied and by the accurate measurement of this current the effort produced is determined and also the degree of tube expansion, when the preset torque is reached. Assures uniformly rolled tube joints Reduce need for constant inspection

We have come up with best quality Flexible Shaft With Casings. Casing is generally essential for shaft lengths that go over 8 inches. Casing is also recommended for dirty, dusty, or corrosive environment or when the shafts are run at high speeds in exposed areas which can cause an injury. Flexible Shafts With Casings are used for all kinds of applications. The protective casing keeps the grease in the assembly and doesn’t allow dirt and dust in the rotating shaft. Also, the casing guards against potential injury from the rotating shaft coming into contact with the operator. Flexible Shaft With Casings come with either Oilite Bearing couplings or Ball Bearing. They come with either Ball Bearing or Oilite Bearing couplings. Ball Bearings are typically used for higher speeds and greater loads. Oilite Bearings are used for slower speeds, control applications, and lighter loads. Both Oilite and Ball Bearings Assemblies are available in ten (10) different diameter sizes: .130, .150, .187, .250, .312, .375, .500, .625, .750, and 1.000. 1. Is the application "Bi-directional" or "Uni-directional"? Uni-Directional (Power-FLEX™) These shafts are designed for continuous operation, maximum torque carrying ability, and torsional stiffness in only one direction of rotation: either clockwise or anti-clockwise when viewed from the driving end. The performance of a Uni-directional shaft will fall off dramatically if operated in the opposite direction.Bi-Directional (Steady-FLEX™) These shafts are designed to rotate in both clockwise and anti-clockwise directions. They have more balanced physical properties that allow them to operate in either direction of rotation. 2. What are the torque requirements of your Application? This is the maximum continuous torque (in-lb or N-m) that you will be transmitting through the shaft, will determine the diameter of the shaft required for your application. Start up torques-or short duration peak torques- may safely be 20% higher. If you are measuring your load in Horsepower, you must convert to in-lb using the Torque-Horsepower conversion chart , or use the following formula : Torque = HP x 63,000RPM 3. What Will Be The Minimum Bend Radius During Operation? There is a direct relationship between operating torque and operating radius; as the radius gets smaller the torque capacity of the shaft reduces (indicated in the shaft's Torque vs. Radius Chart) since in tighter bends the wires rub against each other more forcefully increasing the friction, heat, and stress. The minimum radius can be calculated using the following formula : R = x ² + y ²4x 4. Using The Charts To Select Correct Shaft Depending on your application's direction of rotation (see diagram above) and measurement units, click on the appropriate chart to choose the correct Flexible Shaft for your application : Uni-Directional (English Units) Chart Uni-Directional (Metric Units) Chart Bi-Directional (English Units) Chart Bi-Directional (Metric Units) Chart Locate the column with your minimum bend radius in the charts. Start at the top, go down the column until you find the corresponding shaft diameter that is rated for your least torque load. If you click the link below the chart, you can see more specifications for that shaft. 5. Choosing bending stiffness or torsional stiffness If two or more types of shafts of the same diameter meet your torque requirements, it is desirable to choose the shaft with the lowest bending stiffness, since it correlates to lower "torque to rotate" which is a measure of the internal friction in the shaft. If torsional deflection i.e. the shaft twisting under load is a concern, then look at the corresponding torsional stiffness values for the shafts that meet your torque and minimum radius requirements . From these, choose the shaft that best fits your deflection needs. 6. Operating Speed This is the maximum continuous speed in RPM's for a shaft under load. Check the Specification Charts to see that your speed is within the design limits of the shaft. As the speed increases the level of power transmitted can increase as the torque load is reduced proportionally to the increase in the shaft speed. From this you can see that Flexible Shafts like to be run fast so as to reduce torque load. Excessive speed, especially in tight bend radii for extended periods, can cause heat buildup and premature failure. 7. Length Determine the proper length (in inches) of the overall shaft assembly by closely approximating all bends and offsets. Measure the length along the centerline of the shaft. 8. Casing A Flexible Shaft casing is recommended when assembly lengths exceed 8 inches or speeds exceed 50 RPM. Casings serve many purposes such as : Protect the shaft from moisture, dust and dirt while retaining lubricationPrevent injury to the operator by contact with an unprotected rotating shaft at high speedProvide a continuous guide for the enclosed shaft for smooth operationPrevent the shaft from helixing, or looping, during operation under torsional loadsControl the bending of the enclosed shaft by guiding it into more natural and gradual bends while limiting how tight a bend radius it can achieve Ready-Flex® Flexible Shaft with Casing assemblies are available in both Oilite and premium low friction Ball Bearing couplings. Click on the type that fits your requirements and determine which bore diameter you need . Ordering Your Ready-Flex Part numbers are created as shown below. Have your part number ready and call us (732) 752-8300 or email us at support@sswhite.net to order.

These Bench Grinders are fitted with excellent quality motor made from superior quality stamping and die cast rotors, which are dynamically balanced. Construction of the machines are made sturdy and robust. This helps in minimizing vibrations and smooth running is achieved. Each machine is equipped with two Nos. Grinding Wheel.

Mounted points, resin bonded grinding wheel up to 4” plainDCD, Die Grinding, Debarring, with Tungsten Carbide Cutter, Rotary Cutter Area : Most Suitable for Foundry fettling- Cast Iron and Steel for fine finishing Fettling, For Forging Shop.

Flexible ShaftsSuitable for connection to all Suhner flexible shaft machines. Power transmission element for straight and angle tool holders, belt grinders and angle machines. Due to the separation of power unit and tool you can work fatigue-proof even in long-term usage.

We have the premium quality concrete flexible shaft to offer to customers. Our electrical flexible shaft is completely reliable and is highly durable because of the material it is made of. These high quality flexible shafts are widely acknowledged in the market. We are counted among the most prosperous flexible shaft manufacturers and suppliers of India.   Details : Internal Vibrator, Flexible Shaft and Electric Motor HMS EconomicJI concrete consolidation for bvery need The electrically driven HMS is a real all-rounder: This flex-shaft internal vibrator can be adapted individually and economic111y for every type of application. Vibrator heads and flexible shafts are easily combined and rapidly exchanged according to individual needs thanks to the modular design and the standard quick disconnect coupling. And always the same results: A high compaction performance. Wacker : Reliable Trustworthy Accessible Responsive Additional Advantages: Flexible configuration Quick and easy flex-shaft replacement thanks to the quick disconnect coupling. All shafts and vibrator heads can be arranged in any desired combination. High operator safety - The electric motor is double insulated. Easy maintenance - Dual air filters extend motor life.

It is used for cleaning of tube by transmitting power in terms of rotation from the motor unit to tool head cutter or brush within tube. INNER CORE: It is flexible wire with multiple wound opposite layer. It is made of high tensile spring steel or stainless steel (as per requirement) and passed through heat treatment processes to make it absolutely vibration free. Outer Casing: It is flexible, double interlocked, circular rounded, made of galvanized steel strip, Special spring steel lining is provided within outer casing to avoid any friction between inner core & outer casing. Connection: One end of shaft with machine end socket is attached to suitable motor and other end is attached to tool end. For Domestic or Indian Flexible Shafts, Sizes are as Follow:   1. Model: BFS-105:: Inner Core: 12.5mm | Outer Casing: 26.5mm   2. Model: BFS-106:: Inner Core: 15.0mm | Outer Casing: 33.0mm   3. Model: BFS-107:: Inner Core: 18.5mm | Outer Casing: 35.5mm   Note: Tolerance for Inner Cores Are +/- 0.5mm   Note: Tolerance for Outer Casing Are +/- 1.0mm

When ordering flexible shafts and accessories, each item should be ordered for specific tube/pipe size or size range. Shafts have color coded shaft stops for easy identification. Stainless Steel inner cores ensure our shafts have longest life, flexibility and resistance to corrosion. Since the inner core of the shafts are the heart of the system and take most of the strain, stainless steel inner cores cause our shafts to last longer than the competition.To order Flexible Shaft(s), determine tube I.D.(s) and length of the longest tube(s). Order Flexible Shaft(s) to correspond with tube I.D.(s) and lengths. Please ask us for special or longer lengths.

Use of best quality stamping and diecast rotors. Dynamically Balanced rotor minimise vibrations and ensure smooth running, Construction of the machines are made sturdy and robust to offer vibration free performance. Machine provided with One No. Flexible Shaft, Wheel Guard and Coarse Grinding Wheel. Collet attachment for mounted point grinding wheels can also be supplied at extra cost. The machine can also be used for Buffing purpose by attaching an buffing attachment which can be supplied as an extra equipment, Use of high quality grease for lubrication. RECOMMENDED USE OF GREASE LITHON3 OR EQUIVALENT. All machines are subject to rigid quality control tests. Machines of different voltage and different frequency can be supplied against specific orders. All machines carry warranty (except Ball Bearings and flexible shaft) against any manufacturing defect as per the warranty terms prevailing of the company. No warranty for wear and tear items.