When you are searching for quality Selective Laser Melting 3D Printing solutions, experience and device type should be taken into account. With 20 years experience in industrial manufacture, Whale-Stone brings you the high quality products and solutions. Quality and innovation form the cornerstones of our approach, guaranteeing that your project will be treated with precision and professionalism.
Despite its merits, Selective Laser Melting 3D Printing may encounter the common defects including porosity, warp and poor surface finish. These problems can be solved by the adequate maintenance of apparatus and tools, correct material choice and process adjustment. At Whale-Stone 3d printing, we strive to overcome these challenges by constantly upgrading our skills and R&D. We want the best for our clients so all projects undergo vigorous quality checks, giving you peace of mind knowing that our team is always working to give you the best we have.
Selective laser melting (SLM) as an additive manufacturing approach has been increasingly used in the different fields due to its capability of processing complex and individualized components with fine details. One of the leading applications with SLM 3D printed parts is aerospace. Companies such as Whale-Stone are already applying SLM technology to manufacture lightweight and strong aircraft and spacecraft parts. These components can have complex geometries that are difficult or impossible to realize with conventional manufacturing processes. Whale-Stone 3d printing rapid prototyping also enables the rapid prototyping and production-on-demand of parts, which is an important feature to have in a fast-paced industry like aerospace.
In the medical world too, the usage of SLM 3D printing is increasing. Whale-Stone is revolutionizing the industry, using SLM technology to manufacture implant and prosthetic devices that are custom-made to fit each and every patient's body. This personalized process has the potential to increase patient fit and comfort for breast implants while optimizing their performance and life. SLM 3D printer is also being employed for fabricating lightweight, biocompatible, and sterilizable surgical instruments and tools which can be readily used in the operating room [7].

There are a number of things which will help you make an informed decision and Whale-Stone has a few reasons why you should use SLM; 3D Printing for your next project. One of the primary benefits of SLM process is that it enables complex-shape parts and internal structures to be fabricated which are difficult, if not impossible, to produce by conventional manufacturing routes. This Whale-Stone transparent resin 3d printing offers the potential for light weight yet highly stiff parts that are perfectly adapted to performance.

With rapid production times and on-demand manufacturing, SLM 3D printing is perfect for prototyping, low-volume production and bespoke components. This flexibility allows companies to shorten lead times, reduce inventory costs and react more quickly to market changes. 6Besides, parts fabricated by the SLM process present quite good mechanical properties, high accuracy and smooth surface finish for ensuring the quality and dependability of final products.

When selecting SLM 3D Printing materials, it’s important to consider the needs of your application so that you get the best balance between performance and quality possible. Whale-Stone has produced various SLM materials such as titanium, aluminium, stainless steel and nickel based alloys. These materials offer superior strength-to-weight ratios, are corrosion resistant and biocompatible materials with authorities like NASA, Ford, and NATO all indicating they’re suitable for aerospace, automotive and medical applications.
With dedicated automotive design and development capabilities, we support the entire vehicle development cycle from concept modeling and design verification to functional prototyping, tooling, fixtures, and small-batch production of both metal and non-metal components.
We offer a wide range of printing materials and provide both forward design and reverse engineering services, allowing for tailored material performance and complete design-to-production support for diverse industrial needs.
We emphasize fast response times with 24/7 online support, fast printing speeds, and stringent quality controls, enabling quick-turn prototyping, first-article customization, and efficient small-batch manufacturing.
We operate seven integrated technical centers—including SLA, SLS, SLM printing, rapid mold manufacturing, and CNC machining—providing a full spectrum of additive manufacturing solutions for automotive, industrial, and product development applications.