Forging Excellence in Quality.
Zinc Hot Chamber Die Casting Machine
Excellent reliability, outstanding cost-effectiveness, and advanced safety design concepts.
Excellent reliability, outstanding cost-effectiveness, and advanced safety design concepts.
An epoch-making model includes safety and aesthetics machine-screwless sheet metal packaging and quick disassembly design. Collocation of the highest-end model with TAZIMAC self-developed technology.
Including with all basic functions and configurations, the most economical choice. Collection with a variety of optional installations. It is definitely the best choice for all types of castings.
TAZIMAC designs integrated automation peripherals for zinc alloy equipment, enhancing production efficiency. With high software and hardware compatibility from in-house development, these peripherals are user-friendly for maintenance and troubleshooting.
Our servo system can save 35% more energy than the original die-casting machine during operation, and 45% more after automation.
All temperature, injection speed, and automation options are completely controlled by the display, making inspection and repair and operation easier.
All shutdown conditions are directly explained to the operator through the screen, so that the alarm sound is no longer a nightmare for the on-site supervisor.
Mitsubishi PLC + Keyence touch screen human-machine interface, developed with fully self-written programs, designed based on thorough understanding of user habits for easy operation without special instructions. The high-quality touch screen ensures smooth and stable operation, and the physical knobs are specially selected from the Schneider button switch series to extend the lifespan of operation keys.
In terms of maintenance, our exclusive oil and electric monitoring system, coupled with status indication and fault alarm functions, can easily reduce maintenance costs, improve mechanical efficiency, increase production capacity and enhance product competitiveness.
The operation method and function are displayed directly on the operation interface, making it easier for the operator to apply special functions.
Help planning vacations or ignition control for February and leap years.
Record all alarm conditions, so that managers can check the equipment operation situation at any time.
Still bothered by too many molds and not enough parameters? We not only memorize parameters beyond user requirements, but also access, copy and read parameters very intuitively and easily.
The world’s exclusive use of keyance’s full series of high-end PLC+ user interface to integrate system requirements to match numerical control
options, so that the display is not delayed, the operation is smoother, and the future expansion has unlimited possibilities.
The uniform-temperature electrothermal element in this special structure integrates the heating device and the injection parts perfectly. By uniformly heating the flow channel and the injection head, it can achieve high-quality finished products and extend the service life of injection parts.
With our special structure design and immersion design, the injection stroke is shortened which thus reduces the probability of unstable Zinc solution in the gooseneck. Moreover, it makes use of a piston ring imported from Europe to increase the die casting quality and the service life of the gooseneck.
The even temperature design of the entire flow circulation is our pride and innovation for the electrothermal technology, which does not only prolong the service life of material spray parts, but is also a much improved version of the traditional gas heating method.
With exclusive PID microcomputer control technology, the temperature difference is within ± 1 ℃.
It presents perfect electric heating and packaging technologies. The heating technology with high efficiency and low power consumption, as well as a unique heat energy recycling design, can achieve the purposes of improving the interior quality of the plant, extending the service life of the electronic system, enhancing safety and eco-friendliness of the system and products better as compared with the melting furnace with high waste emission.
It is a high-performance and energy-saving machine, which can be repaired for repeated use, so as to reduce the consumables cost greatly.
By setting a reminder of shortage of materials, it can reduce the manpower expenditure of looking after the furnace and improve the management efficiency.
It can also make the furnace temperature stable, improve the unstable of the injection press, and then improve the quality of the product.
The micro computer directly displays the temperature difference on the device, and uses the controller to make up the required current according to the lost temperature, reducing the occurrence of Nozzle plugging and increasing the production yield.
Based on the accumulated experience of the electric heating system for a long time, we have planned an exclusive PID algorithm to get the best control of the heat transfer efficiency at any moment. In the generation that emphasizes environmental protection, energy saving and carbon reduction, TAZIMAC can stand on the same front with customers. , To contribute to the world’s environmental protection.
The external oil filter device makes it easier to replace the hydraulic oil filter.
The digital injection valve with compensation device will help the product’s stability and yield to be greatly improved. With the help of speed compensation device and the curve program developed exclusively by TAZIMAC. It will greatly improve the irregular speed instability due to the yield rate of precision products is unstable.
Instead of the traditional logic valve, the scale can only be adjusted by feeling. The digital rate of injection adjustment function will help the company to establish a standard manufacturing process for operators and products more easily, and greatly reduce the mold testing times and time.
The high-pressure hydraulic tubing imported from Germany with special structure completely eliminates the risk of oil leakage because of welded after long-term working.
Based on precision processing and years of experience in structure design, the full-series crank ensures high accuracy and low accumulative tolerance. Moreover, it adopts an auto-lubricating machine integrated with the warning system to save manpower for maintenance and lessen risk factors for uncertainty, thus extending the service life of the mechanism.
Before the equipment is sold and the client equipment maintain, We all used electronic instruments to make the mold plane correction, which is especially suitable for the computer, communication and consumer electronics product industry that requires the height of the mold surface.
All sand casting and crank’s related components have strict manufacturing requirements, and all have production history and measurement by coordinate measuring machine reports to ensure that each basic part has a high level and precision performance after assembly.
Top-level sheet metal process: With attention to every detail, it is a perfect interpretation of precision and accuracy, which is safe, convenient and firm. You will be impressed by the TAZIMAC hot chamber die casting machine at first sight.
Our unique design for auto-cycle mold testing reduces testing time, enabling operators to focus on the finished product status, streamlining fully automatic production.
Eliminating misjudgment from microswitch fatigue during repairs, our design significantly extends the sensor’s lifespan.
We utilize a high-precision, German-imported optical ruler to monitor plunger position and timing. Paired with a real-time reporting system, it easily identifies defects or reviews data based on the product. Data storage options include memory cards or computer hard drives.
Our specialized ejector structure enhances speed by being lightweight, enabling quicker needle axis movement and reducing hydraulic axis and seal wear.
Control box electronic components are clearly labeled with codes that correspond to the circuit diagram, ensuring easy access and identification.
Our non-contact approach, compared to traditional limit switch adjustments, offers greater precision and directness, making it easier for operators to assess the timing of injection speed conversions.
Essential operation functions are conveniently located within the operator’s easy reach, simplifying usage and significantly reducing operator adjustments during mold testing.