CAD designs

CAD CAM Programming are terms that are common. CAD stands for Computer Aided Design. CAM is the abbreviation for Computer Aided Manufacturing. Both CAD and CAM refer to software used in designing a product.

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A selection of our trusted customers

Innovation

Innovative engineering team with
deployment of 3D laser scanning solutions.

Added value

Thinking along in start-up, development
and end stages.

Speed

Quick concept visualization with
3D printing and our machinery.

Total Solution

All-in-one with casting, milling and assembly.

Engineering Specialist

In CAD design, the emphasis is on design. CAD design basically refers to design using a computer. The CAD software is then used in the CAM software. The CAM software is found on the machines that convert the CAD design into the actual products. CAD CAM is often used for industrial designs, including in metalworking. It is wise to consult an expert for CAD CAM Programming and its production process.

CAD designs and the CNC manufacturing process

In metalworking, CNC machining has been a method widely used since the twentieth century. Especially for products that are complex and require precise machining, CNC machining is common. CNC stands for Computer Numerical Control, or a computer-controlled manufacturing process. However, CNC controlled machines still rely on human labor for input. The input for the CNC machines consists of CAD designs. These are converted to CAM. With that, the CNC machines are programmed to turn the CAD design into an actual product. Therefore, it is obviously important that CAD design and input be done with precision. Heycop has experienced personnel and specializes in CAD CAM Programming and CNC machining.

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120 + Customers

2000 + Products

Innovative, qualitative and efficient

Thanks to our innovative nature and advanced machinery, we develop optimal solutions and prototypes of high quality.

Innovation

One of the most recent innovations within measurement technology is the use of laser measurements. Heycop has invested in the Hexagon Absolute Arm, an advanced 3D laser scanner. This results in accuracy and speed advantages in measurements.

Reverse engineering

By using the Absolute Arm, we initiate reverse engineering processes, which allows us to analyze, replicate and improve products.

Quality

With our 3D laser scanner, we scan products with a precision of 16 microns. Quality control includes a comparison between the 3D files of the casting and the physical casting. This is how we identify and visualize any abnormalities at an early stage.

Efficiency

Thanks to our 3D printer and machinery, we easily visualize a first prototype.

The choice of Heycop

Heycop has more than 100 years of experience in the foundry and metalworking industries. A final drawing or CAD design, as well as just an idea or sketch, can be the starting point for a collaboration. Together with you, we arrive at a crystallized and optimal product that meets your needs. Our specialties include CNC machining and CAD CAM Programming. We therefore offer you guidance throughout the entire process, from CAD design to final product. Thanks to Heycop’s modern machinery, your initial CAD design will eventually be turned into a reliable final product in a short time. In addition to CAD designs, Heycop’s focus is on casting machining, one of our other areas of expertise. In addition, machining products from bar or sheet materials is part of our daily business.

Advice on CAD designs? Call Heycop

Are you looking for CAD design advice from a specialist with more than 100 years of experience in the metalworking and foundry industries? Then you’ve come to the right place at Heycop. We guide you through the entire CNC manufacturing process, from CAD design to finished product. Do you have any questions? Then contact Heycop at +31 (0)30 6353565 or info@heycop.com for more information ver CAD designs.

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