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CNC Machining Services / Precision Works in Singapore

Techtimia Engineering Pte. Ltd was established in 2015 in Singapore by Irwin Wilson. The company has been engaged in providing a range of prototype-making services. Under the stewardship of Mr. Wilson, who has more than ten years of experience in this sector, Techtimia Engineering Pte. Ltd has been able to overcome all odds and now has built a reputation within the CNC machining services Singapore industry among its clientele.

The company has expanded its machining services in Singapore, which include making prototypes, CNC Machining, Injection Molding, Die Casting, and other value-added services. Under the leadership of Irwin Wilson, the company has now expanded its business by starting a foreign sales department in 2018.

Techtimia Engineering Pte. Ltd has been offering metal components of all types to customers globally

Our Core Machining capabilities and Services


  1. CNC Machining Parts
  2. Precise turning parts
  3. Die casting parts
  4. Injection Molding Parts
  5. Sheet Metal Fabrication
  6. Rapid prototypes
  7. Sheet metal fabrication
  8. Mold making and injection molding

CNC Machining Singapore - Features and Services

  • CNC machining is used widely for complex and precise parts production. It has high adaptability, small batch production features, and new product development helps to reduce manufacturing costs and production time.
  • The CNC machine is controlled by a numeric signal, giving high precision up to 0.005-0.01mm.
  • The CNC machine uses the same program and tooling to manufacture a batch of components that are stable and reliable.
  • The CNC machine after programming can produce components automatically and continuously, leading to a better working environment and more productivity.

Our Services

CNC machining parts: The CNC machines consist of various complex parts. These essential parts are divided into two groups - The control system and the Machine system.

  • Control System: In CNC machines, the control system regulates data, inputs, and outputs.
  • Machine system: The components that comprise the machine system are accountable for molding and reshaping the workpiece into the final portion required. The driving system, machine tool, headstock, Chuck, spindle, and machine bed/coolant tank are important parts of the machine system.



CNC milling

A reputable supplier of CNC milling machines in Singapore, Techtimia Engineering Pte. Ltd has sophisticated 3-, 4-, and 5-axis milling centers at its disposal. The highly skilled workforce and precise 3-, 4-, and 5-axis CNC milling Singapore centers ensure exceptional CNC capacity and manage the complete milling process, encompassing design, prototype, manufacture, and delivery.

CNC turning

Techtimia Engineering Pte. Ltd professional technological team can optimize part designs for the CNC turning process and fulfill all requirements, including standard and power accessory functions for cylindrical parts (such as washers and pins). This makes Techtimia Engineering Pte. Ltd the ideal choice when you need a one-stop shop for CNC service in Singapore at the lowest costs, fastest lead times, and minimum order quantities.

Precise turning parts

Precision parts are those parts that have precise specifications. Its features include holes, threads, grooves, and tapers that provide a perfect fit with other components.

Die Casting Parts

Die Casting is a non-ferrous metal casting procedure involving high pressure. The molten metal in the Mold comes out as high finish and precision metal parts. They are thus suitable for mass metal production

Injection Molding and Mold Making services from Techtimia Engineering Pte. Ltd

Injection Molding Parts

The injection molding manufacturing technique allows mass production of similar components. Here molten materials are injected into a mold. It uses materials like metal glasses, and elastomers and thermoplastic polymers.

Mold Making is a technique that duplicates 3-dimensional objects or models. One can use any item like plastic or clay to create the original model or even the opposite or reverse of the model component.

CNC fabrication Singapore - Sheet Metal Fabrication

A subtractive manufacturing technique called sheet metal fabrication involves cutting, bending, folding, stamping, and assembling thin metal sheets to make components. Because sheet metal components are often very robust and accurate, engineers especially like to employ them for end-use applications like chassis, brackets, and enclosures.

Both cost reductions for big-volume manufacturing and competitive costs for small-volume prototype production may be obtained using sheet metal fabrication. Techtimia Engineering Pte. Ltd provides assembly services in addition to high-precision sheet metal cutting under its precision works in Singapore, bending, punching, and welding.

Rapid Prototypes


Rapid Vacuum Casting

A more affordable option for creating small numbers of plastic components that closely resemble the characteristics of final molded objects or finished goods is vacuum casting, also known as urethane casting.

Usually, silicone rubber is used to make molds, with SLA components or CNC machining serving as the master template. These molds are excellent at reproducing fine features and textures, guaranteeing consistent quality in each component. Parts having comparable mechanical properties, wall thickness, colors, and surface textures to those found in mass-made goods can be created using this technique.

Rapid Prototyping

A specialized manufacturing process for producing high-quality physical models with 3D design concepts is called rapid prototyping. In design development and improvement procedures, prototypes serve as an important foundation for engineering or production testing.

The two most important components of rapid prototyping are speed and cost. Its name suggests that it prioritizes quick turnaround. Therefore, it is anticipated that a physical part will be produced quickly to confirm the design and subsequently seize commercial opportunities.

Rapid prototyping (RP) quickly creates a physical part directly from its CAD model data using various manufacturing techniques. Rapid prototyping can be used at any stage of the product development cycle for any components or sub-components.


3D Printing Materials Specification Sheets Design Guide Polyurethane Casting Design Guide Prototyping Manufacturing And Tooling Guide SLS 3D Printing Design Guide CNC Machining Process Guide Rapid Prototype Guide Injection Molding Processing Service

Vacuum Casting Materials Guide

All information pertaining to the resources and design guidelines is connected to distinct production methods. Although we can offer you a quick rundown of each subject, we are unable to access any comprehensive manuals or specification sheets. We can, however, provide you with an outline of each resource's contents:

3D Printing Materials Specification Sheets Design Recourse Guide

This guide intends to offer details on materials used in 3-D printing. It even provides details on specific printing settings, including information on compatibility with 3D printing processes, and attributes. It assists patrons in comprehending the attributes of materials to select the best one for their particular application.

CNC Machining Process Guide

It offers an overview of the CNC machining process. It even considers tools, machinery, material, design, machining strategy, and practices, including CNC cutting service in Singapore for optimizing precision in parts.

Prototyping Manufacturing and Tooling Guide

This resource guide covers prototyping fundamentals along with various methods, such as injection molding and 3D techniques. It offers an overview of the techniques and tools used in different prototype production.

Polyurethane Casting Design Guide

Polyurethane casting is a procedure in which polyurethane resins and silicone molds are used to yield low-volume prototype parts. The resource guide delivers data on mold arrangements, design choices, casting procedures, and material variety.

SLS 3D Printing Design Guide

Selective Laser Sintering or SLS is a 3D printing progression where metal and polymer powders are bonded layer by layer by means of a laser. The resource guide offers orientations and best industry practices for designing parts essential for SLS 3D printing.

Rapid Prototype Guide

The rapid prototype guide elucidates rapid prototyping techniques, such as CNC machining, 3D printing, and casting. It outlines the aces and cons of each progression and offers direction on picking the best rapid prototyping practice based on facets like design, material, and time constrictions.

Injection Molding Processing Guide

With focus on Injection molding and its techniques, the guide provides details on selecting material and mold design. Other injection parameters and post-processing are discoursed. The Injection molding process is widespread and used extensively for mass plastic production.

Vacuum Casting Materials Guide

The material resource guide on Vacuum casting highpoints the diverse supplies used in the course, their properties, and precise applications.

The above resource guide mentioned above may vary rendering to different service providers. For detailed information, it is recommended to refer to publications industry-wise, manufacturers' websites, or consulting professionals in this field.


At Techtimia Engineering Pte. Ltd, we use automated engineering solutions in CNC cutting Singapore to replace obsolete and sluggish methods, allowing you to expedite project delivery and shorten development cycles.

Received drawings

Initially, we want your 3D designs (in stp step igs iges format) and an estimate that considers your requirements for surface polish, quantity, and other factors.

Engineering & Process

To see the material's entry into the mold and make any necessary corrections or revisions, the design must be programmed before the mold is mounted into the injection molding machine.

CNC Machining Production

The design drawings indicate that it will be processed and produced using a CNC machine. Errors are strictly controlled, and operators with over five years of experience maintain quality control.

Process check

The injection molding machine is assembled with the mold after it is finished. We evaluate the machine's functionality during the injection process, make any required tool modifications, and produce a fresh sample.

Size check after processing

The samples will be re-inspected for dimensions as a part of Precision Machining Services Singapore, after being surface treated following the customer's instructions.

Surface Qualities

Decide on the surface treatment procedure based on what the consumer requires. Work on quality inspections is done concurrently.

Last-minute inspection

The final stage is to determine whether the test sample satisfies the prior requirements and if the mold needs to be altered based on the sample analysis.

Shipping and Packing

The samples can be packaged and dispatched once they have been verified to fulfill the initial requirements.

Why should you choose Techtimia Engineering Pte. Ltd?

We at Techtimia Engineering Pte. Ltd specialize in offering top-notch services in CNC technology. Our expertise and knowledge in precision machining in Singapore help manage precise and versatile manufacturing processes required for different clients' CNC machining needs. Contact us for your machining projects and see how we provide efficient solutions to your specific requirements.

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