An overview of mold temperature controllers for industry

The industry for mold temperature controllers is anticipated to grow as a result of the anticipated spike in demand for plastic injection molding throughout the forecast period across a number of end-use industries. Consumer demand for mold temperature controls is rising as the need to reduce plastic waste becomes more pressing.

Wilmington, Delaware, October 16, 2023, USA (NEWSWIRE AMERICA) - Transparency in Market Research, Inc. It is anticipated that the mold temperature controller market will expand at a compound annual growth rate (CAGR) of 7.9% between 2023 and 2031, culminating in a valuation of US$ 1.3 billion by the close of that year. In the injection molding industry, the mold temperature controller is crucial for preserving optimal temperatures and for precise, continuous mold heating.

Mold temperature controls reduce material waste, boost production efficiency, and improve the quality of molded objects. To improve user experience and operational efficiency, manufacturers are concentrating on technologies like digital control interfaces, IoT integration, and predictive maintenance capabilities. Sustainability is becoming increasingly important, as seen by the development of controllers that use less energy and have less environmental impact.

The trend in mold temperature controllers:

• The need for plastic products, such as electronics, packaging, and others, is growing in many industries. This factor drives market expansion by increasing the need for accurate and effective mold temperature controllers.
• One important trend is energy efficiency. Adopting energy-efficient mold temperature controllers in manufacturing processes is encouraged because they save operating costs and support global environmental programs.
• Industries want mold solutions that are specifically designed to meet their production needs. Producers are allocating resources toward research and development to fabricate adaptable and bespoke mold temperature controllers that facilitate various uses of molding operations.
• Predictive maintenance features are becoming increasingly common thanks to data analytics and IoT connections. These features guarantee less downtime, lower maintenance expenses, and lengthen the controllers’ lifespan.
• The increased demand for high-quality plastic products and industrialization are driving the development of mold temperature controller technology in emerging economies. The growing manufacturing sectors in Latin America and Asia-Pacific are driving demand for mold temperature controllers.

The mold temperature controller market’s regional landscape by Transparency Market Research.

• Mold temperature controllers have a sizeable market in North America, especially in the US. The area has a diversified industrial base that includes producing consumer items out of plastic.
• Innovation in technology and an emphasis on energy efficiency are driving the industry in the North American area. Strict laws and safety requirements also fuel the need for cutting-edge mold temperature control technologies.
• Europe’s manufacturing industry is well-established in nations like Italy, Germany, and the United Kingdom. The packaging sector primarily drives the mold temperature controller market. The use of cutting-edge and environmentally friendly temperature control technology is encouraged by Europe’s focus on sustainability and energy efficiency.
• The manufacturing sector is expanding quickly in Asia, including South Korea, Japan, and China. Mold temperature controllers are becoming increasingly in demand as industrialization and urbanization keep growing. The industry is further driven by the region’s expanding consumer electronics sector and its capacity for cost-effective production.

What to consider before purchasing mold temperature controllers

Used or new? Many larger corporations will only buy brand-new machinery, which they will replace every five to seven years. The objective is to stay clear of unexpected maintenance at all costs. If the business is making high-margin, premium machinery may work quite well. But, if you need the used one, it is strongly advised that the mold temperature controllers have no more than ten years on them. Additionally, the buyer should try their hardest to learn how the seller handled preventive maintenance.

Controller. A key factor to consider when selecting a mold temperature controller is the machine's controller itself. The controller must have sufficient functionality to achieve the processing capabilities required for low scrap and high productivity, especially if your processing requirements are complicated.

The mold temperature controller from LESINTOR has the features you need.

In plastic processing, temperature control is essential. LESINTOR experts understand that plastic processors need high-quality temperature control units, so we provide our mold temperature controller with various characteristics to meet the demands of various facilities.

Molds can be quickly preheated by internal heaters of LESINTOR’s mold temperature controller, designed to maintain process temperatures by circulating cooling water.

The following are a few features:

• Built-in pressure gauges included. At a glance, the data is clear and accurate.
• High-efficiency pumps with silicon carbide pump seals and cast iron pump impellers that meet industry standards. It has high-temperature resistance, low noise, and is dependable and robust.
• The heating tube is made of UN 304 stainless steel, which is strongly corrosion-resistant.
• Control panel for electricity with a longer service life and a better heat-insulating effect when the electrical box is isolated. At a glance, the wiring appears tidy and unambiguous.
• Microcomputer panel with a more straightforward operating interface, a high-precision automation controller, and a light and sound alert.
• All entry and exit points are made of copper. Strongly designed copper joints are used to construct the cooling water's entry and exit ports. For the 6KW version, there are two entry and two exit points. Meanwhile, the 9KW version boasts four entry and four exit points.

How to use the LESINTOR mold temperature controller:

• Remove and replace the heater of the machine.
• Before starting the machine, cold water enters the water inlet, and all pipes are filled with cold water.
• In the first 30 seconds after starting, release water until it is empty.
• After 30 seconds, the chiller system stops, and the circulation system continues to run.
• The chiller system starts to cool down again when the temperature is too high.
• After falling to the target temperature, the chiller system stops working to achieve a constant temperature.

Searching for a top mold temperature controller unit that will suit your needs? Check out LESINTOR now.