Rapid Prototyping

We create, plan, test, and enhance the processes, tools, and equipment that will eventually allow additive manufacturing to compete with traditional production techniques. We work much like a machine shop, making parts for a large number of customers across numerous industries. We are plastics specialists who use state-of-the-art additive manufacturing processes to produce prototypes.

FDM 3D Printing Service

Our components are made using fused deposition modeling, which extrudes thermoplastic filament to create high-quality 3D printed plastic in a series of successive, back-to-back layers. Because the parts are printed with exceptional accuracy and high-quality materials, these plastics offer unsurpassed chemical, thermal, and mechanical strength.

Low deformability

During the forming process, the raw materials do not undergo any chemical changes. The material can be put together for a functional test and has good strength and toughness.

Eco-friendly

The FDM technology is non-toxic and creates no unusual odors, dust, noise, or other types of pollution. The creation and upkeep of a dedicated space are free. They are appropriate for an office design setting.

Low cost

In molten deposition modeling technique, the liquidizer is utilized in place of the laser, and the equipment cost is inexpensive. Additionally, the cost of forming is significantly decreased by the high raw material utilization efficiency and the absence of chemical or harmful gas pollution.

Various materials are available.

We have a variety of colored plastic materials, including engineering plastic ABS, PC, PPS, and medical ABS.

What is 3D printing using stereolithography (SLA)?

SLA is an additive manufacturing technology that builds a part layer by layer by using ultraviolet (UV) light to selectively solidify part features in a vat of liquid photopolymer resin. Through the whole resin vat, the UV light continues this process, selectively curing and hardening the resin to match the CAD file’s design.

SLA 3D Printing

We provide stereolithography (SL) services, a highly accurate, highly functional prototype that makes use of the majority of edge-cutting tools and technology. To create an exact replica of CAD models, we employ a UV laser to layer by layer solidify a liquid photo-curable resin.

Looking for SLA 3D Printing?

For 3D printed models that need precise features and a smooth surface finish, SLA is the method of choice. For fine detail parts, Handykline provides both conventional and high-resolution options, as well as the ability to print larger sized parts and products. Before using quick injection molding services, SLA 3D printing is often used for final fit checking due to its capacity to generate complex features with good mechanical qualities.

big enough to serve you, small enough to know you

Here, a group of committed professionals has been working with the goal of providing you with something innovative and cutting-edge. We pay close attention to your request and take careful notes.