Horizontal Balancing Machines

Dynamic balancing machine. Packed in plywood box

This model is mainly used for balancing rotating work pieces, Such as large and medium- sized motor rotors, blowers, pump impellers, centrifugal, drying cylinders, and rollers, mine ventilator etc. The gimbals -driving offers several rotational speeds, large driving power, high precision and easy operation etc. Specification Parameter: Mass scope of workpiece(kg) 2000 Mass diameter of workpiece(mm) 1800 The distance between two bearing pedestals(mm) Min100 Journal diameter on roller carriages(mm) 40-240 Distance from coupling flange of drive shaft to center of farthest bearing (mm) 1800 Spindle speed(r/min) 280/560/900/1800 Motor Power(kw) 7.5(variable-frequency) Universal coupling torque(N.m) 300 Minimum achievable Residual Unbalance(emar) 1g.mm/kg. Fumigated wood box.

GURU NANAK Engineering Works(Regd.) with over 4 Decades' experience, have earned an enviable reputation as manufacturer of High Quality, Reliable & economical "KARAM" Highly Precision Horizontal Boring Machine which is a versatile Machine Tool for all types of roughing & finishing operations within the range of BORING, MILLING, DRILLING, REAMING & FACING. It is most suitable for machining bores in various types of Machine Bodies & Gear Boxes, for surface milling & especially for large dia flange facing. High precision workmanship, Sturdy & well proportionate design of Castings, High powered spindle & face plate drive along with Wide Range of Spindle Speeds & Gear Box Feeds ensure high production of accurately machined parts with the use of both H.S. Steel & Carbide tools. The Robust & Massive construction of the machine is a guarantee to withstand fully all the working stresses.

1. total power: 29.5 KW 2. Max. processing width size: 2440mm x 3660mm 3. Min. processing size: 200mm x 200mm 4. Glass thickness: 3mm-30mm 5. Drying method: Dry by strong blower 6. Brusher: total 3 pairs. (2 pcs in 1 pairs) 7. Range of speed: (m/min) 1-7m/min 8. Size: (L X W X H)6500 x 4000x 2800 mm 9. Weight:3.5 Tons

The sand-type effect of the lever made by fully automatic vertical flaskless foundry flaskless moulding machine can reach a hardness of 85--90. The fully automatic vertical foundry flaskless moulding machine adopts air-blasting, hydraulic extrusion, and a total of ten cylinders, and the pressure is evenly applied. It can produce multiple products in one box, the production efficiency is very high, and it's very convenient to change the mould. The whole process of changing the mould is completed in five minutes. One machine only needs one person to operate, and the operation is simple and after-sales service. The service of the church is also provided. The fully automatic horizontal parting flaskless foundry moulding machine can produce 80-100 sand moulds in one hour (excluding core setting time). Features of the fully automatic vertical flaskless foundry moulding machine 1. Self-developed flask to ensure that sand shooting is not blocked. 2. The push mechanism with adjustable acceleration and deceleration ensures the stable and smooth operation of mould pushing. 3. Overall frame: Use annealing process to improve equipment durability; gantry milling centralized processing to improve equipment precision. 4. Safety device: Adopting Japanese Omron safety gate, infrared sensor to ensure safe production. 5. Sand-blasting bucket: the surface is steel plate, and #304 stainless steel is used inside to improve the durability of the sand-blasting bucket. 6. Specially designed gates, risers. 7. Adopting American Piper oil pipe joints to ensure no oil leakage for ten years. 8. Intelligent control: fully automatic, saving labor; easy to operate. Working process of the fully automatic vertical flaskless foundry moulding machine 1. The first step is to convey the sand to the fully automatic vertical flaskless foundry moulding machine. 2. The second step is shooting the sand to the mould. 3. Put the sand core into the mould and compacting up and down, until forming die. 4. The top part and bottom part assembling closing. 5. The push mechanism with adjustable acceleration and deceleration ensures the stable and smooth operation of mould pushing. 6. Loading the mold jackets and moulding placement.Finally, pour the melted iron into the sand mould. 7. After it has cooled down, the mould is finished.

Rubber cutting machine sri lanka Working principle: By the rotating blade of it, this machine cuts off the rubber bale with reciprocating motion of the worktable. The worktable is controlled by hydraulic system, with which hydraulic oil is used as the working medium. The self-lubrication of relative moving parts result in less friction and longer service life. Function: It is a rotating-disc type of cutting machine in new design for natural rubber, compound rubber, reclaimed rubber and synthetic rubber. It is used in cutting rubber blocks into smaller blocks, slices, granules and bars, and cutting other types of material as well.

Which use to remove complete of the pig skin, the detail data as following: 1)- Material: ï??Cast iron ï??High Strength Steel 3)- Technical parameters: ï??The effective working width:1800mm ï??Power:4+1.5 KW Out size: 3400Ã?1150Ã?1100mm

This series machines are suited to wrapping long lengths of product such as PVC and aluminium extrusions, timber sections and other collations. The film holds multiple products tightly together to prevent damage caused by vibration during transport.

Ryq-3 turbocharger balancer/ balancing machine Parameter 1.Maximum weight of workpiece: 0.1-3kg 2.Maximum diameter of workpiece: 350mm 3.Distance between two bearing pedestals: 30-450mm 4.Journal diameter on roller carriages: 4-17mm 5.Belt driving diameter: less than150mm 6.Rotation speed when the diameter of operationg transmission is 50mm:400-3000min r/mm 7.Minimum achievable residual unbalance: less than 0.5% 8.Unbalance reduction ratio: 90% 9.Motor power:0.09kw 10.Speed regulation way: frequency conversion speed regulation Plywood box