3D Plus 4KL200URC: Setting a New Benchmark for Wax 3D Printing Mass Production with Full-Automatic High Efficiency

2026-01-29

In the field of industrial-grade wax 3D printing, full-automatic operation and production efficiency are the core demands of large-scale manufacturing, and even the key criterion for measuring equipment strength. With comprehensive automatic technical design and efficiency optimization and upgrading, the 3D Plus 4KL200URC breaks the efficiency bottleneck of traditional wax 3D printing, becoming the wax 3D printer with the best full-automatic efficiency in the industry. It accurately meets the large-scale production needs of high-end manufacturing, provides core productivity support for the efficient mass production of jewelry, dentistry, precision casting and other industries, and reconstructs a new paradigm for wax 3D printing mass production.

I. Full-Automatic High Efficiency: Multi-Dimensional Technological Breakthroughs to Reconstruct Wax 3D Printing Production Efficiency

The full-automatic and high-efficiency characteristics of the 3D Plus 4KL200URC originate from the full-link technological upgrading from printing molding to production control, and from process adaptation to process implementation. Focusing on core efficiency advantages, it is simplified into three core dimensions, highlighting the dual core of "full-automatic + high efficiency":

4KL200URC 7*24-hour continuous printing beechwood processing machine. Production efficiency factory.

1. High-Speed Continuous Printing, Leading the Industry in Mass Production Efficiency

Equipped with the core BPM continuous printing technology, it abandons the traditional inefficient reciprocating release mode, and its Z-axis printing efficiency is far higher than the industry average. The ultra-large-format supports simultaneous printing of multiple models, completing batch molding of more than 120 models every 2 hours, which is twice the efficiency of traditional equipment. It can quickly realize large-scale mass production of small jewelry and dental parts, completely getting rid of the inefficient predicament of manual mold making.

2. Full-Process Automation, Zero Labor to Save Costs

It achieves unmanned intervention in the whole printing process, equipped with automatic release and intelligent liquid material supply systems, eliminating the need for manual model stripping and material supplement to avoid production interruption. It is matched with intelligent typesetting and remote control functions, which can start batch tasks with one click and monitor equipment status in real time, greatly improving labor utilization and reducing manual on-duty costs.

3. Balancing Stability and Efficiency, Improving Quality and Reducing Costs

With industrial-grade high-stability configuration, it can realize 24-hour unattended continuous printing with a failure rate of less than 1%. The printed finished products do not require complex post-processing and can be directly used for investment casting. Matched with exclusive high-wax-content materials, the material utilization rate is increased by more than 20%, which not only shortens the production cycle, but also reduces consumable and post-processing costs, achieving dual optimization of efficiency and cost.

II. Precise Adaptation: Core Customer Groups Focusing on Large-Scale and High-Efficiency Production Needs

Combined with the full-automatic and high-efficiency characteristics of the equipment, focusing on core needs, it is accurately adapted to three categories of core customer groups, specifically solving the pain points of mass production:

1. Large-Scale Jewelry and Precision Casting Enterprises

It adapts to the large-scale mass production needs of high-end jewelry and precision mechanical parts. The equipment's high-speed mass production and 24-hour on-duty capabilities can quickly complete the production of large quantities of wax models. The post-processing-free feature shortens the casting cycle, balances efficiency and quality, and helps enterprises improve production capacity and market competitiveness.

2. Chain Dental and Cultural & Creative Figurine Mass Production Institutions

It adapts to the batch order needs of dental restorations and cultural and creative figurines. Automatic batch printing can efficiently process a large number of orders, and 4K high-definition precision accurately restores details, which not only meets the technological requirements of dental restorations, but also restores the fine lines of figurines. At the same time, it reduces labor costs and quickly responds to delivery needs.

3. High-End Custom Manufacturing Workshops

It adapts to the customization and small-batch mass production needs of jewelry and small precision accessories. Intelligent typesetting can flexibly adapt to the printing of multi-category models, and the one-click batch start feature can efficiently process multi-batch orders. Automatic operation reduces manual input, balances customization flexibility and mass production efficiency, and helps workshops improve order receiving capacity and delivery speed.

🌐 Full-Automatic High Efficiency Empowers the Scaled-Up Upgrade of High-End Manufacturing

With full-automatic efficiency as its core competitiveness, the 3D Plus 4KL200URC breaks the bottleneck of traditional wax model production and reconstructs the mass production standard of industrial-grade wax 3D printing by virtue of three core advantages: high-speed continuous printing, full-process automation, and stable and efficient cost reduction. It is accurately adapted to large-scale manufacturing enterprises, mass production institutions and high-end custom workshops, balancing efficiency, quality and cost, becoming the wax 3D printer with the best full-automatic efficiency in the industry, providing core support for the scaled-up upgrade of high-end manufacturing and setting a new benchmark for wax 3D printing mass production.

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