Industrial Machine Dealers in Peenya, Bangalore

The company is counted among the reputed Manufacturers, Exporters and Suppliers of Liquid Filling Machines in Bangalore. The Liquid Filling Machines or the Automated Filling Lines, as they are sometimes called, are widely used for filling products like pickles, pastes, paints and viscous liquids into containers, jars and bottles. The Liquid Filling Machines are known for their efficient and accurate operations. Feature Of Liquid Filling Machines Volume and weight based filling systems can be attached Option of lidding, capping and sealing available Speeds of up to 40 containers per minute PLC Controlled with complete automation

• Size: A3
• Model Number: XLA3
• Brand Name: XLLBIND
• Material: STEEL
• Shape: RECTANGLE

xllbind branded single clamp perfect glue book binding machine with a3 size max. spine length and 70 mm max. thickness with a speed of 500 books per min. seprate side glue tank and powerful dust blower with cutter, variable nipping pressure and with digital temperature controller, with single or three phase power supply as required

• Country of Origin: Made in India
• Material: Ms
• Phase: 3
• Features: Fully automatic, Energy efficient, Proper functioning
• Machine Material: Mild Steel
• Power Consumption: 440 V

With the help of our state-of-the-art production facilities, we provide our clients with a precision-engineered range of SS Process Equipments and storage tanks. These types of tanks are used in several industries for storing end products before being finally packed. Manufactured using stainless steel, our range of process tanks is widely used by our clients for its quality. Apart from this, the products stored in these tanks.

Be it online payment processing or offline payment processing, we are capable of executing both as per your convenience. We take care of all your transactions made; by this, we make all the procedures transparent. Only high quality raw materials have been used for the production of our entire range. We check the raw materials against varied quality parameters before procurement.   Features : Long life Immaculate finish Quality specification

• Country of Origin: India
• Type: Automatic
• Certification: ISI Certified
• Application: Industrial
• Weight: 1000-2000kg
• Voltage: 440V
• Power Source: Electric
• Warranty: 1 Year
• Brand Name: GRE

• Condition: New
• Automation Grade: Automatic
• Display Type: Digital
• Design: Standard

• Type: Tube Finning Machine
• Certification: CE Certified
• Color: Green
• Voltage: 110V, 230V
• Power: 1-3kw, 12-15kw
• Driven Type: Electric
• Warranty: 1year
• Weight: (100-500kg
• Automatic Grade: Automatic Grade(Automatic

In heat exchangers use fin tubes to increase heat precipitation efficiency by 5 to 6times.The machine is developed for manufacture of finned tubes. The machine is basically capable of manufacturing various kinds of finned tubes like Embedded fins (Gfins), wrap around (L and LL fins), knurled, soldered fins, etc. Main purposes of the machines, the process of continuous finning. There is no limitation of the length of tube being finned. Also it is suitable for continuous production where in tubes can be fed continuously one after the other.In heat exchangers use fin tubes to increase heat precipitation efficiency by 5 to 6times.The machine is developed for manufacture of finned tubes. The machine is basically capable of manufacturing various kinds of finned tubes like Embedded fins (Gfins), wrap around (L and LL fins), knurled, soldered fins, etc.Main purposes of the machines, the process of continuous finning. There is no limitation of the length of tube being finned. Also it is suitable for continuous production where in tubes can be fed continuously one after the other. central out put shaft is square drive shaft driving the two spindles (for tube rotation) and the other to drive shafts are coupled to the two lead screws of the two driving head respectively. There are two driving heads (LH & RH) which are driven by two shafts. These heads work alternatively to move the pipe in forward direction one after the other. These heads provide the required Pitch-feed movement of the tube. The spindles are hollow and the tube being fed passes right through them which pass through them. Both the heads are provided with a pneumatically operated collet chucks. The Chuck cylinders are operated through pneumatic solenoids provided. At any time one of the head either front or the rear will be driving and the other head will be waiting except for a short distance at the end of the stroke of each head when both will be driving. First head will clamp the tube and drive at the required pitch speed (for e.g. 11 FPI) till end of its stroke (approx. 450 mm). Before the end by actuation of a limit switch the second head will catch the tube and start moving forward at the required pitch feed when the first head will release the tube before its stroke end and returns to its home position and awaits to repeat the cycle ( return speed is always faster than forward motion). Such continuous actions of two heads lead to continuous feed of the tube. For this both heads are provided with a forward and reverse clutch and brake. Clutches are inside the main gear box while the brake is outside.Also proper limit switch/proximity arrangements are provided for sensing the end of tube when the fining is to be stopped and also when the new tubes are to be joined. During these operations the machine automatically slows down and stops. The fining is continuous process of winding the fin over the tube. Hence continuous feed of fin material is very important. For this two bobbins are provided at the rear of machine below the input rack. The bobbins are kept at an inclined plane for the ease of operation. At any given time one of the bobbins is operational while other is used for the loading of the new coil and keeping it ready for next use when the fin becomes empty on the first one. Both the bobbins are provided with Hydro-pneumatic brakes actuated whenever the main motor stops so that the bobbins brake immediately without causing the fin to get loose or break. The fin from bobbin is fed through a series of guides to the front of the machine. Where a pneumatic lubricating and tensioning unit is provided. The felt pad of the unit is well lubricated to provide the adequate quantity of oil film on the fin. Further fin winds 90 deg. around the roller and passes through a fin guide mechanism to the fining area. The strip guide varies based on the type of fining and also acts as a forming tool for L and LL fins. Basically as the fin is wound around the tube is automatically pulled through the strip feed arrangement and the arrangement ensures straightening of fins and also not allow fins to break and also it is fed with the required formation. The fining mechanism ensures the process of proper fin formation on the tube and also the total fining operation.It basically has four main components namely Pan wheel Pressure wheel Peen wheel ( Back filler) Grooving tool Pan wheel and Pressure wheel are situated below the tube in the fining area at the front of the machine. Pan wheel is the larger wheel and this presses at required angle and pressure against the smaller Pressure wheel. The fin gets squeezed between the two and the subsequent elongatio results in the fining action. The fin is squeezed more at its periphery and almost not squeezed at all at its root wound over the tube. To achieve this machine has the provision for setting the pan wheel angle through the handle at the front of the machine.Also the toggle lever for the pan wheel ensures the right pressure for squeezing. This can be adjusted through the fine screw provided at the front near the Pan. The height of both pressure and pan wheel is adjustable based on the tube diameter and the type of fining. The Pan wheel and pressure wheel both are driven by the main motor itself. For this the drive from the square shaft is transmitted through a series of gear boxes and belt drives. In front towards the operator a variable speed drive with an easy adjustment handle is provided where in the operator can easily adjust the ratio between the pan wheel speed and the spindle speed. The proper adjustment of this ensures correct fin feed to ensure proper winding of fin over the tube. The grooving and penning wheel are required for G- type fining only. Both are fixed on different arms at an angle above the tube. Grooving tool is on an arm towards the operator and while penning is away from operator. Both of them have both manual and pneumatic operation. The pneumatic operation is for short stroke while manual operation is for adjusting the pressure and also totally with drawing them.The grooving tool makes a continuous thread like formation on the tool However it is more an action of Plugging as it actually doe snot cut the material but forms a Groove with metal build up on either side. In process the grooving is done just before the fining. The root of the fin formed (being wound) enters the groove as it is getting formed and is helically wound only into the grove.The penning wheel immediately presses the material build up back into the grove. In the process it virtually holds the root of the fin creating a mechanical bonding between the tube and the fin. Both the grooving tool and penning wheel have provision for adjusting the required angle of helix and also the pitch distance from the pan wheel. Both are also provided with pneumatic retraction cylinders of short stroke. They are useful for programmed with drawl of the tools during end of tube so that operator can pass over to next tube and start again. And also for the intermittent fining action where in fining is done for the required lengths only. The Machine is provided with an Input tube rack of adequate length as required to hold the tubes ready for fining and also guide the tube being finned.For this a long V channel lined with soft material is provided. The V is supported on a series of elevating screw jacks actuated by a single common handle. The height is set based on the dia of the tube. The racks also have a arrangement for stacking few tubes on an inclined plane. When the new tube has to be joined the operator operates the required button where in one tube is lowered on to the V through pneumatic cylinders provided.Between the input rack and the machine a sensor is provided to sense the presence of tube length of the tube being fed into the machine. As the remaining length is out of the V Rack the machine slows down and stops after a short duration of travel when the new tube is coupled to the tube being fed through the machine. Coupling of new tube is must for complete fining of the tube being finned.The Out put Rack is a three roller system. It closely guides the finned tube which is very essential to ensure proper fining of long tubes and also no damage to the finned tube. The position of the rollers is adjustable based on diameter as explained later. The alignment of the rack is particularly important and proper care should be taken to align properly. The rack also has adjustable proximities for the end of the tube sensing. It has two sensors one for nearing the end when the machine slows down and the other for the end when the machine would stop.Most of the actuations of the machine is achieved through the pneumatic cylinders provided. This includes the chuck operation, penning and grooving wheels, brake, tube loading, strip lubrication etc. All the pneumatic cylinder functions are controlled from the PLC through the solenoid valves. Where ever required we have used double solenoids detent type to ensure the actuation is not disturbed in the event of power failure. All the pneumatic valves are fixed at rear front of the machine just before the fining area. Also we have provided a FRL unit for the pneumatic. A minimum pressure of 5 bar is essential for the correct operation of the machine. If the pressure drops below the same it is sensed by the pressure switch provided and machine will stop automatically. The machine is provided with automatic centralized lubrication. For this a self contained motorized pumping unit is provided at the rear side of the machine.The oil is distributed to various points required through the pipes. For every point a Metering cartridge is provided which ensures a correct dosage of oil. The pump is switched on periodically when the correct required oil flows once to every point. The interval of switching on is controlled by the PLC. If the oil level in the tank of the unit falls below the minimum level the machine will stop and it has to be filled for the machine to work again. This is indicated also by the lamp provided on the indicator panel. The fining machine is provided with a coolant system consisting of a coolant tank, pump, and delivery and return hoses. The coolant whenever switched on is delivered in required quantity controlled through the valve to the grooving tool. It is collected back to the coolant tank.

• features: Versatile design to deposit range of rare materials, Front loading chamber
• Ultimate vacuum :: 5 x 10-7 mbar
• Sputter target size :: 145 mm diameter x 550 mm height
• Substrate holder size :: 320 mm diameter x 650 mm height

HHVs magnetron sputtering system has been engineered for the mass production of electronic components such as electrical contacts, connectors, relays, thick film resistors, reed switches and sensors. The system has been design to deposit rare materials like Platinum (Pt), Palladium (Pd), Rhodium (Rh), Gold (Au) and Silver (Ag) to produce highly efficient, uniform thin films for even the most complex applications. Comprehensive SCADA-based vacuum and process control automation provides repeatable run-to-run operation. Process recipe selection is provided and the system can send out SMS messages in the event of needing attention. A cryo-based pumping system enables an ultimate vacuum of < 5x 10-7 mbar in the chamber.

• Automation Grade: automatic
• Phase: 3 phase
• Material: m.s
• Voltage: 415
• Production Capacity: 800 kg
• Power Consumption: 20 hp
• Brand: KES
• Raw Material Processed: milled steel
• Power Source: electrical
• Nominal Press Force: 5 ton

• Valve Size: 1/2" to 18"
• Material: Stainless Steel
• Valve Size: 1/2 inch x 3/4 inch to 2 inch x 2 inch
• Pressure: 200 bar
• Inlet: 0.75" NPT Male
• Capacity: 300 CFM Release

We are Pressure Relief Valve Manufacturer and Supplier in Karnataka, India. The Spring-Loaded Pressure Relief Valves that we provide consist of cylindrical casing with clamped weld-on spigot, a disc shape inner steel lid for negative pressure. These Pressure Relief Valves are used for vessels having low pressure design. We design and fabricate Pressure Relief Valves in compliance with the industry set norms and standards. Highlights Designed to perfection High endurance Resistant to corrosion, abrasion, etc. Sturdy, long lasting

Our organization has gained vast expertise in providing unmatched range of Glass Washing Machine to our clients at competitive rates. These are Glass Washing Machines are based on advanced technology and are well known for user-friendly and high quality.

• Features: Best grade materials, High performance, Most reasonable price

We offer steering gear assembly machine. This machine is designed for assembling rack and pinion type steering gears of passenger cars with ‘poka-yoke’ arrangements to ensure that the operator assembles all parts correctly.

Backed by enormous experience in the industry, we are actively involved in manufacturing high quality array of assembly machines. These products are well known for its dimensional accuracy and high efficiency and are available in a diversity of modified options.

• M/c Capasity: 250gms - 5kg
• Resolution: 1/10000
• Accuracy: ±5gms or better

Indus make Augur Filling Machine is ideal for powder non free flowing materials. The Hopper and the machined screws are constructed in SS304 Material. On start command the Augur is switched on and filling of material in to the weigh hopper commences. The moment 90% of the target value is reached the Augur speed is reduced through VFD. On achieving 100% weight the Augur is switched off. The weighed material is discharged through the funnel.Application: Maida, Atta, Chemical powder,etc..  

• high speeds: 1000 m/min

The company ATH Automatisierung und Anlagentechnik Hameln GmbH develops, among other products, control technology for winding machines used in the most varied sectors of the foil, paper and fleece industry. In a foil winder large reels of foil are wound up or down. During the winding of the foil mechanical movements must be tuned via the control technology of the drive motors. To capture the positions of existing linear and rotary axes, absolute encoders are used permitting the precise indexing of positions This precision is necessary for the high demands on the winding quality, especially with thin foils and high speeds 1000 mmin in order to be able to carry out the winding process and the coil reel change.

Prefect provides complete solutions with special purpose machines used mainly for material handling, production and testing. We provide SS bellows and contact shoes which are used in electric arc furnaces. We manufacture bellows from 5 /16” NB to 12” NB in in Stainless Steel Grades. In case of localization for these items we can provide following solutions also.  Bellow forming machine from 6mm ID to 3000 mm ID upto 100 corrugations per bellow.  These machines are using hydro forming process and hence suitable for various, corrugation thickness and perfect omega profiles. We can offer the same in Oil forming or Pure water forming.  These machines can be supplied with complete transfer line viz, Tube forming, Bellow or Hose forming, Pitching, Braiding machines & Testing machines.

We offer weight feeders machine. A loss-in-weight feeder is used to precisely dose a product into a process at a desired flow rate or in batches. the feeding device with a hopper containing the product to be fed is placed on a platform scale or suspended on load cells. the product is discharged from the hopper by the metering device and the resultant weight loss per unit of time is determined by the weighing and control system. This actual weight loss per unit time is compared to a desired weight loss per unit time.

• SIZE: Ø240 to Ø400 mm

Metallic Bellow Forming Machine was developed to obtain uniform and accurate bellow with mechanical cold forming with an completely automated process. The machine has an hydraulic cylinder, which will open and close the bellow die. The bellow die expands to form the bellow. The actual bellow blank, a stainless steel sheet metal seam welded in cylindrical shape, rests on a rotary indexing table which inturn is mounted on a vertical indexing slide. This indexing slide, is driven by a servo motor connected to a ballscrew. The sliding surfaces are made of LM guides and blocks for smooth and fast indexing. The servo motor, hydraulic expansion and indexing table rotation is seamlessly integrated with a PLC for complete auto-cycle function. A 7″ touchscreen HMI is provided, so that parameters such as bellow pitch, number of rotations and angle of rotation per expansion, speed of indexing, etc can be easily entered and set.   FEATURES & SPECS: Rigid, heavily ribbed, stress relieved and fabricated structural. Atop the base, a fixture is mounted on a vertical slide. This vertical slide is servo driven in combination with ballscrew for high positional accuracy. On this carriage of the vertical slide, a fixture is mounted which can hold the job and rotate it. The rotation of the fixture is motorized and will be integrated into the PLC auto-cycle. At the center of the fixture, a die is mounted with a hydraulic press. This die has a wedge type arrangement to open and close. PLC programmed auto-cycle will be provided for the machine. SEQUENCE OF OPERATION: Set the required pitch on the HMI. Load the job and press auto-cycle. The vertical slide moves the job & fixture to the position for first bellow formation. The press moves down and the die expands for the form the sheet metal. Now, the die retracts slightly to free the component, but still remains within the groove. Now the fixture indexes by preset angle and the die expands and contracts for ‘N’ number. Now, the fixture indexes again and the die expands and contracts again. The above step is repeated as per the preset parameters. Now the die completely contracts and the vertical slide moves the component to the next pitch. The forming process repeats again for the rest of the bellow form.

The Rubberized Coir Plants manufactured by us are fully automatic and are used in jute and coir producing mills. These machines are fabricated using quality tested raw material and all their parts are properly assembled. The hi-tech features of these coir plants are appreciated due to their ease of operation and simple controls. Our rubberized coir plants are robust, durable, cost effective and give maximum performance.

SHOT BLASTING MACHINE We manufacture standard, heavy duty and special Shot Blasting Machines for foundry, forging, automobile and other sectors.ETA INDIA INC. ZETA INDIA designs and manufactures complete sand plant for green sand molding including all equipments

  briquette machine manufacturers, briquetting press biomass briquetting process, sawdust briquette making machine, biomass Specifications Hydraulic briquetting Machine Briquette machines manufacturer in India biomass briquette machine briquetting machine price Our Machine     Prakruti Machines an Indian company manufactures of Hydraulic briquetting systems,     Prakruti Machines Briquetting systems are robust & compact.     Prakruti Machines Briquetting systems use PLC controls and a touch screen control panel that automate the entire process from the in-feed Hopper to the output of the finished briquette.     Prakruti Machines Briquetting system produces higher density briquettes of 1.2gm/cm3 which gives better combustion. Our briquettes are homogeneous and do not disintegrate easily.     Prakruti Machines needs no maintenance.     Low wear & tear.     Less Man power.     Less Noise.     Less power consumption     Need less place   Disadvantages of Ram type Briquetting machines   Conventional ram type briquetting press will have high wear and tear cost and parts need to be replaced frequently. Taper die and Split die are to be replaced every 60 to 100 hours.     Frequent Jamming of the die.     Ram Type piston is highly energy-intensive and the required total connected load is around 85 to 90 HP per machine.     The briquettes produced by a piston press are Low density.     Only particular Biomass raw materials can be Briquetted.

• Capacity: 2 to 4 Grids Per Minute
• Maximum Length: 15 spine x 500mm

Battery making machine Suitable for Positive Tubular Spine Grids, Twin Cavity casting upto 250mm Length Spines, Digital Temperature Controllers for better Monitoring & Control.

This m/c is used to do 3pointcaulcking on shoks outer tube for locking pupose & to punch 3 letters(month year & lh) on `i’ ring. for3 point caulking hydraulic cylinders & piller die set is used & punching of leetrs by pneumatic cylinder.two working stations is there in this m/c.  

Sandblaster LDU is suitable for less demanding users who still expect reliable and high-quality blasting cabinet. Main characteristics of the machine: Left and right side doors for easy loading. Foot pedal operated blasting, Resilient-to-scratches LED lighting system for exceptional visibility. Actual space requirements for a complete system depends on the equipment configuration, options and requested work flow. Take care also about additional work space for the operator and for maintenance access.

• Driven Type: Electric
• Filling System: Fully Automatic
• Material: Mild Steel
• Usage/Application: Industrial
• Machine Type: Automatic
• Size: Multiple
• Design: Standard
• Automation Grade: Automatic

Mothers technology we are one of the leading manufacturers and suppliers of Areca Leaf Plate Making Machine.

• Warranty: 6 Months
• Magnetic Adhesion: 10000 N
• Item Model Number: 35 x 35
• No-Load Speed: 600 RPM
• Weight (Kgs): 11.5 kg (25.3 lbs.)
• Capacity: 35 mm dia x 35 mm deep
• Watts Input: 850 W
• Standard Accessories: Operating handles, Safety Strap, Pair of Carbon Brush, Allen Key of 3mm, 4mm and 6mm, Coolant Bottle