Why choosing safety flashback arrestor from MESSER ?? Because safe is better that sorry!! 1)Protection of pressure regulator and Protection cutting torch 2)Pressure-sensitive gas cut-off system 3)Gas shut-off valve 4)Flame arrestor 5)Thermal gas cut-off system 6)Rely on certified safety !!! 7)Insurance cover Pls do not be hesitate to call us for more details; WhatsApp me : Ck Lew 012-704 3723

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BERNARD torch and accessories original parts are now been offer, we are offering discounts from 50% to 80% , don’t miss out this premium product. WhatsApp us or email your inquiry at 0197731310 📧 sales@amcoweld.com.my

BERNARD torch and accessories original parts are now been offer, we are offering discounts from 50% to 80% , don’t miss out this premium product. WhatsApp us or email your inquiry at 0197731310 📧 sales@amcoweld.com.my

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*Limited units available The non-electric portable gas cutter is suitable for cutting thick plates in shipbuilding yard and heavy industry. The world's first non-electric cutter with the power generating mechanism by oxygen pressure. In order to operate traditional cutters, we used to go through four steps from power connection to the motor operation. However, HI-WORTH has made epochal success in making works simplified and convenient by two step operation from the preheating to the direct operation of high pressure oxygen lever.   HI-WORTH company set a target the share of the market seventy percent. Now research and development on application model.   There are five stages as shown below that existing steel plate cutting machines usually go through as accepted in industry standards. Plug-in to power supply source Pre-heat cutting machine Activate machine motors Connect to clutches in the machine Operate high-pressure oxygen lever But, HI-WORTH T-3 has just 2 stages: Preheating → Operation of High-pressure Oxygen Lever.   Hi Worth T-3: Special Features and Benefits Motors not requiring power supply sources Stable and uninterrupted processing speed Enhanced safety protection against unexpected electricity-related accidents Non-vulnerability to unexpected power outages Operator friendliness Enhance Productivity Without any need for electricity supply sources, T-3 guarantees that your businesses will witness increased productivity even when there is no power supply, adverse weather conditions such as rain falls or snows, or unexpected power black outs. Competitive Cost Structure T-3 will lead to significant cost savings in electric utilities bills and uninstalled electric motors or many other spare parts that otherwise may have been incurred. These costs savings are directly related to your business profitability. Reliable Safety Measures T-3 will help your businesses protect your employees against any potential accidents, bodily injuries, and further serious business risks when they are exposed to use of electricity. Strengthened Durability Due to the fact that T-3 uses special air pressure with high-pressure oxygen, it will last longer than existing cutting machines. In addition, it will save costs associated with motor repairs, maintenance, and replacements caused by use of electricity.   Hi-Worth T-3 Cutting Capability   Cutting References Based on Plate Thickness   Product Weight and Dimensions Length : 123(W) X355(L) X235(H) Weight : 7.3Kg Circular Cutting Device : 0.3kg Balance Weight : 0.3kg Main Equipment and Associated Parts Main Body 1EA Circular Cutter 1set Blowpipe Supporter 1set Balance weight 1set Blowpipe 1EA Gas Torch 1EA Tip #1, #2, #3, Among 1EA Plasma Torch 1EA Above parts can be changed due to the condition of the supplier or product improvement. Product Details Drawing Hi-Worth T-3   Hi-Worth T-3 wireless steel plate cutter is easier to use and puts more focus on safety and security than any other steel cutting machines in the world steel industry. While existing typical steel cutters are operated by power-supplied motor systems, with higher maintenance costs and vulnerability to electricity-related accidents, T-3 is the only steel cutting machine in the world that makes operation process a lot simpler, reduces costs for labor and spare parts and further prevent potential hazards associated with electricity use. Below are names of parts for illustration.       Manual Standard Operating Procedures: Five Steps Preparation and Security check Design and determine which shape to cut off of steel plate you plan to work on. Make sure that Oxygen and Plasma Air Hose (1) and Gas Line (2) are connected. Gauge and check that a pressure level of oxygen source is stable as below. Oxygen: 5 - 15 kg per sq. cm. Acetylene or LPG: 0.3 ~ 0.8 kg per sq. cm. Pre-heating Open Oxygen Valve (13) and Gas Valve (14). Ignite Torch (15) to pre-heat a target area of steel to be cut. Determine and set oxygen pressure level of Cutting Oxygen Valve (20). Cutting Procedures Once a target area for cutting is pre-heated, pull up Cutting Start Lever (12) toward a handle and start cutting procedures on the target area that is already designed and determined. If necessary, adjust cutting speed with Speed Controller (16). Stop Cutting If you want to stop cutting work and put the T-3 to a complete stop, push down Cutting Stop lever (12). Close Oxygen Valve (13) and Gas Valve (14), and disconnect the T-3 machine from Gas Line (2). Clean up the work area for safety purposes. Safety Reminders Use caution all the time and be aware that T-3’s cutting work is driven by inflammable high-pressure gas. There is no concern about electricity-related accidents because T-3 does not use power supply for its operation. How to Operate T-3 for Different Shapes of Cutting Straight Line Shapes Install a rail on the steel target area to cut, and perform cutting work as per Standard Operating Procedures described above. Curve Shapes Loosen a bolt of Universal Wheel (9) to allow easier mobility and adjustment for precision. Follow and cut lines as designed on steel plate as per Standard Operating Procedures. Small Circular Shapes Place a compass outside Compass Hole (18) and point it to the direction of Torch (15). Put a compass pin at the center of a circle area to cut. Place the compass leg at the center point of the circle, and cut the plate along the circumference created, as per Standard Operating Procedures. Large Circular Shapes Place a vertex of compass at the opposite direction of Torch (15). For operation, follow the same Standard Operating Procedures as when cutting Small Circular Shapes. In order for cutting procedures to beeasier and more precise, it is recommended that Large U/W (17) be removed or be kept at a distance of 2 - 3 mm from the steel plate surface to be cut. Bevel Welding Edges Adjust Protractor (5) of Torch Assembly (3) in order to fix a cutting angle. For operation, follow the same Standard Operating Procedures as when cutting Straight Line Shapes.     Trouble Shooting Machine Stops during Operation Check pressure of oxygen bombe first, and if the oxygen pressure is at a low level, replace the old oxygen bombe with new one. Identify causes what blocks oxygen flows and address them accordingly by cleaning up or removing the causes. Oxygen Leaks Check for leaking spots or parts on all values of the machine and connecting parts to the main machine. Replace affected parts with new one, if necessary. Machine Starts and Stops on and off Make sure that there is no foreign material on the rail, and remove it if there is any. Clean up the torch tip or replace old tip with new one. read more

LAST UNIT OFFER!!! Overview Rail Bull is suitable for work in both horizontal and vertical positions   The Rail Bull welding carriage is supplied in a metal box including:   welding carriage metal box cross slide assembly short rod torch holder with clamp cable anchor power cord 3 m (10 ft) arc ignition cable of 6.5 m (21 ft) 3 mm hex wrench 4 mm hex wrench operator’s manual Specification Voltage 1~ 115–230 V ; 50–60 Hz Power 100 W Welding positions – Horizontal PA (flat) & PB (horizontal vertical) & PC (horizontal) Welding positions – Vertical PF (vertical up) & PG (vertical down) Minimum track curvature radius 5 m (16 ft) Torch type MIG/MAG Torch diameter 16–22 mm (0.63–0.87’’); up to 35mm (1.38”) option Minimum workpiece thickness 5 mm (0.20’’) Horizontal pulling force 350 N Vertical pulling force 150 N Cross slide adjustment range 0–35 mm (0–1.38’’) up-down & left-right Horizontal speed 0–120 cm/min (0–47.2 in/min) Vertical speed 0–110 cm/min (0–43.3 in/min) Oscillation type linear Oscillation path trapezoid ; triangle ; straight line Oscillator arm stroke 0–100 mm (0–3.9’’) Oscillation width 0–50 mm (0–1.9’’) Oscillation speed 0–1500 mm/min (0–59.0 in/min) Oscillation delay at center and on ends 0–5 s Maximum oscillator pulling force 100 N Weight 20 kg (44 lbs) Dimension for Rail Bull: read more