Explore 6061-T6 aluminum CNC machining services with Lingel Pro. Learn why this alloy is ideal for aerospace, automotive, robotics, and medical industries, and how Lingel Pro delivers precision, speed, and reliable quality for global projects.
What is Point Cooling and Composite Surface Treatment? Point cooling involves the precise control of cooling channels embedded into the mold core, ensuring even and rapid cooling of the molten metal. Meanwhile, composite surface treatments enhance the hardness, wear resistance, and overall durability of the mold cores. When combined, these two methods ensure the automotive …
With the rapid development of minimally invasive surgery, manufacturers are exploring advanced stainless steel grades. These materials go beyond traditional options to achieve higher strength, toughness, and reliability. In this anticipation, custom 465 stainless steel, a premium martensitic precipitation-hardening stainless steel, is gaining attention in the medical industry as of itts performances. Originally developed for …
Custom 465 Stainless Steel: A High-Performance Material for Medical Instruments Read More »
For most applications, cooling efficiency in plastic injection molding and metal die casting is about more than speed. It’s about consistent part quality, longer tool life, and predictable production costs — whether you’re building a prototype or scaling to mass production. At Lingel Pro, we combine metal 3D printing, CNC machining, and precision molding to …
Cooling Smarter, Not Just Faster — Conformal Cooling for Global Manufacturing Read More »
Innovating Medical Devices Together At Lingel Pro, we are more than a supplier — we are a dedicated contract manufacturing partner for medical device companies advancing heart blood pump technology. By combining engineering expertise, advanced materials, and cutting-edge processes, we help our cardiac customers transform concepts into high-performance, life-saving cardiac devices. Precision and Expertise You …
Lingel Pro – Your Contract Manufacturing Partner in Heart Blood Pump Innovation Read More »
PEEK Injection Tubes with Pad Printing PEEK (polyether ether ketone) extrusion tubes are widely used in the medical field due to their excellent mechanical properties, chemical resistance, biocompatibility, and radiation resistance. Below are some specific medical applications of PEEK extrusion tubes from Lingel Pro’s experiences: 1. Endoscope Sheaths and Tubes PEEK’s superior mechanical strength and high-temperature …
Medical catheters are an important part in the modern medical equipment, which are widely used in various medical procedures, including diagnosis, treatment, and monitoring. In order to meet different medical needs, the processing of medical catheters requires high-precision and high-quality production processes. Lingel Pro provides the following medical catheter processing services. 1. Extrusion molding Extrusion …
Injection molds are good for mass production in a few aspects. 1. Multi materials. The production method is suitable for multi materials, such as metal, resin, plastic, ceramics, silicon and more. 2. Stability. As the parts are produced with molds, so the parts are identical and uniformed as the mold and stablized. If you need …
Besides metal 3D printing service, Lingel-Pro also provides conformal cooling design service! Why? When checking customers’ cases, we find out that customers have really brilliant ideas in achieving their ideas with 3d printing, while they do not have much expertise in improving the conformal cooling successful rate. Reasons are several and conformal cooling design is …
How to improve conformal cooling success rate with 3D printed injection molding? Read More »
This is a freshly printed multi-cavity waterway workpiece. We could see the internal waterway design in the upper left picture and it is more complex then traditionally produced ones. It is difficult to achieve such a complex waterway using traditional processing methods like CNC. If we print directly the entire waterway, the cost will increase …
The internal structure of 3D printed conformable waterways Read More »