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Rapid 2D/3D Mechanical Prototyping &
Low Volume Fabrication

Rapid prototyping is a group of techniques used to quickly fabricate
a scale model of a physical part or assembly using
three-dimensional computer aided design (CAD) data.

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Rapid 2D/3D Mechanical Prototyping &
Low Volume Fabrication

Rapid prototyping is a group of techniques used to quickly fabricate
a scale model of a physical part or assembly using
three-dimensional computer aided design (CAD) data.

LEARN MORE

Our Basic Technologies & Facilities

Laser Cutting

3D Printing

Plotter Cutting

Metrology Laboratory

CNC Machining

Laser Cutting

Laser cutting is a slitting process

Projet Technology

3D Printing

3D object layer-by-layer
using a computer created design

Our Basic Technologies & Facilities

CNC Machining

Computerized Numerical Control

Plotter Cutting

Can be used to mechanically cut materials

Metrology Laboratory

Vision Measurement System

Our Basic Technologies & Facilities

Projet Technology

Our Basic Technologies & Facilities Details

3D Printing

Our goal at Projet Technology is to give the best rapid prototyping solutions in the market. We can generate precise prototypes in as little as 24 hours using the latest industrial 3D printing technology. If you need to quickly test the design or function of your project, 3D printed prototypes are a great way to do it. It is possible to swiftly build 3D prototypes from CAD data using a range of various materials through the use of 3D printing, which employs a layering technique. This process is repeated until the final product is ready to be sold or given away.

A variety of plastics, nylons, and silicone rubbers can be used to create both functional and non-functional prototypes. Which laser quick prototyping solution is best for you will be determined by your design and requirements.

3D Printing - Stereolithography (SLA)

Liquid materials are used to create three-dimensional computer-aided design (CAD) models, which are then stacked and cured under ultraviolet light. Afterwards, they are cleaned and put into storage. With SLA laser printing, even the tiniest prototypes may be produced with great levels of accuracy and precision.

Using the SLA Process for Printing

The design is submitted to a 3D CAD file, which is then split into fine digital layers for further processing.
A vat of liquid resin is used to add the layers one by one.
Layer boundaries are drawn with ultraviolet light while the previous layers are solidified.
The process is repeated until the final design is completed.
Excess resin is removed, and prototype is then thoroughly cleaned.
Finished curing - the prototype is finished!

3D Printing - Fused Deposition Modelling (FDM)

Using this technology, thermoplastics can be used to build objects. Thermoplastic filaments are heated to their melting point and extruded layer by layer to build objects. Complex structures can be created using special techniques. It is possible to extrude another material from the printer to act as support material for the object being printed. It is possible to dissolve or remove this support material at a later date.

Advantages

Affordable 3D Printing service
More material option
Widely available

Typical accuracy and layer height

±0.15%
0.05mm ~ 0.20mm

FDM Material

PLA (Polylactic Acid) – Most common used FDM material, it is affordable, stiff and strong. It comes with many color and blends.
ABS(Acrylonitrile Butadiene Styrene) – Another common FDM material, it is resistant to high temperature.
PETG (Polyethylene Terephthalate) – High impact resistant and good thermal characteristic and it is food safe.
Nylon - Tough, flexible and strong resistant to wear and chemicals. However it is vulnerable to humidity.
TPU – Blend of plastic and rubber, it is highly flexible.
PC (Polycarbonate) – It is extremely strong material and resistant to heat and impact.

Laser Cutting

Projet Technology provides high-quality cutting solutions that adapt to your mechanical prototyping & low volume fabrication needs. Our digital cutting edge CO2 laser cutting machines offer considerable advantages in productivity, precision, quality, material utilization and flexibility. In addition, the CO2 laser cutting are extremely precise and fast, which is ideal for high mix low volume production. . Large corporate contracts and specialized plastic, foam and adhesive tape cutting for clients of all sizes can also be handled by this machine. The CO2 laser machine is also able to perform parts engraving depends on the requirements by clients. Cutting at high rates with fast pierce times reduces processing time while retaining reasonable prices using CO2 laser machines. We can help you save time and money by focusing our efforts on bringing you the best cutting solutions if you have urgent cutting needs.

CO2 Laser cutting Capabilities
Maximum cutting size: 600mm x 500mm
Maximum cutting thickness: 6mm-10mm
Accuracy: +/-0.05mm
Materials able to cut: Adhesive tapes, Foams, Poron, Plastic Film, Wood, Acrylics

Plotter Cutting

Projet Technology provides high-quality cutting solutions that adapt to your mechanical prototyping & low volume fabrication needs. Our digital cutting edge plotter cutting machines offer considerable advantages in productivity, precision, quality, material utilization and flexibility. In addition, the plotter cutting machine are extremely precise and fast, which is ideal for high mix low volume production. . Large corporate contracts and specialized thin plastic films, Kapton Tapes and adhesive tape cutting for clients of all sizes can also be handled by this machine. The CO2 laser machine is also able to perform parts engraving depends on the requirements by clients. Cutting at high rates with fast pierce times reduces processing time while retaining reasonable prices using plotter cutting machines. We can help you save time and money by focusing our efforts on bringing you the best cutting solutions if you have urgent cutting needs.

Plotter cutting Capabilities
Maximum cutting size: 500mm x 400mm
Maximum cutting thickness: 1mm
Accuracy: +/-0.05mm
Materials able to cut: Adhesive Tapes, Thin plastic films, Kapton Tapes

High Mix Low Volume

High-Mix Low-Volume (HMLV) Manufacturing, also referred to as make-to-order manufacturing, is the process of producing a high variety of products in small quantities. This production method is often used to handle and produce unique and complex products with specific quality requirements. Through the integrated facilities between 2D & 3D mechanical fabrication technologies, Projet Technology is definitely your best choice in getting your low volume requirements to cater to your needs.

CNC Machining

Projet Technology provides high-quality CNC machining services. A large array of sophisticated CNC turning machines and the latest supporting technology allows us to deliver customised parts with incredible precision. The 3-axis CNC machines grant us capabilities to approach a variety of projects for a host of applications over a massive span of industries. Precise cuts and a variety of allowable materials make CNC machining a preferred solution for prototyping, small-batch manufacturing, and low-volume manufacturing.

CNC machining offers a great many advantages for production providing:

Accurate, repeatable, and expedited processes
Wide range of application
Support for many different metals, alloys, and plastics
Used to create prototypes and produce high mix low volume manufacturing
Precise and functional parts and components

Our Basic Technologies & Facilities

Laser Cutting

3D Printing

Plotter Cutting

Metrology Laboratory

CNC Machining

Our Basic Technologies & Facilities Details

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