16T C-type single-station wax injection machine

16T C-Type Single-Station Wax Injection Molding Machine: An Efficient Choice for Precision Casting

In the field of precision casting, wax injection molding machines are key pieces of equipment. Their performance and stability directly impact the quality of wax patterns and production efficiency. The 16T C-Type Single-Station Wax Injection Molding Machine, with its high efficiency, stability, and ease of operation, has become an ideal choice for many foundries. This article will provide a detailed introduction to the 16T C-Type Single-Station Wax Injection Molding Machine's technical specifications, features, and application scenarios to help you fully understand this equipment.

I. Technical Parameters

(I) Clamping Force

The 16T C-Type Single-Station Wax Injection Molding Machine boasts a clamping force of 16 tons, meeting the clamping requirements of most precision casting molds and ensuring mold stability and sealing during the wax injection process.

II. Features

(I) Efficient Production

The 16T C-Type Single-Station Wax Injection Molding Machine excels in production efficiency, primarily reflected in the following aspects:

Fast Cooling: Equipped with an efficient cooling system, the machine quickly reduces mold temperature, shortens wax pattern cooling time, and improves production efficiency. Precise Temperature Control: Utilizing an advanced temperature control system, the system offers high control accuracy and minimizes temperature differences, meeting the requirements of diverse wax product designs.

Flexible Adjustment: The nozzle utilizes a side-injection system, equipped with electrical vertical adjustment and hydraulically controlled forward and backward extension for greater operational flexibility. Parameters such as injection time, hold time, mold closing pressure, and injection pressure can all be freely adjusted.

(II) Stable and Reliable

Hydraulic System: Hydraulic drive is utilized throughout, ensuring smooth and reliable equipment operation and minimizing mechanical failures.

Dual Control: The electronic control system utilizes an advanced PLC programmable controller for simple operation and stable process parameter execution.

Adjustable Pressure: The mold closing, wax extraction, and injection pressures are all freely adjustable. The injection pressure features variable pressure control to meet the requirements of different molds and production processes, ensuring stable operation under various operating conditions.

Safety Protection: All temperature and heating control systems on the equipment are equipped with secondary protection to ensure safe operation.

(III) Easy Operation

User-Friendly Interface: The equipment features an intuitive user interface, allowing operators to easily set and adjust various parameters. High Degree of Automation: It features both manual and automatic operation modes, allowing for flexible selection based on production needs, improving production efficiency.

Easy Maintenance: The machine's rational design and easily accessible maintenance points reduce maintenance time and costs.

III. Application Scenarios