PRODUCTION
ROBOT WELDING
Welding is at the core of our operations. We offer a wide range of welding techniques: robot welding, automatic welding, manual welding, and spot & projection welding.
Our robot welding park
With 22 welding robots, we have an extensive and modern welding infrastructure. All robots are programmed and controlled offline. Our park includes the following configurations:
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Fixed mono-robots
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Mono-robots on a 6 m rail
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Fixed twin-robots with integrated turntables
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Twin-robots on a 13 m rail
Our approach
By consistently choosing robot welding and automatic welding in our production process, we are able to handle a wide variety of constructions in a flexible and cost-efficient manner. Thanks to this automation and an up-to-date machinery fleet, we are able to compete with low-wage countries.
TUBE BENDING
This specialised technology within metal construction requires extensive knowledge and experience. We have the capacity to bend square, rectangular and round tubes, as well as open and closed special hollow sections and profiles — both in 2D and 3D.
We offer two bending techniques:
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Mandrel-free bending (American bend): bending with compression on the inside of the radius.
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Mandrel bending: bending without controlled compression on the inside of the radius.
For tubes and profiles with larger radii, our profile roll offers a straightforward solution.
The standard inner radius is 2.5 × the diameter (width) of the product to be bent. Thanks to our expertise, we are also able to work with a radius of as little as 1.5 × the diameter (width).
PRESSED PARTS & LASERCUTTING
We offer a wide and varied range of press and laser work:
Press work
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Manual press work for limited series, with a pressing force of 10 to 125 tonnes.
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Deep drawing with a pressing force of up to 200 tonnes.
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Automatic press work from coil steel with a maximum strip section of 500 × 5 mm.
Our press department has a total of 20 presses at your disposal.
Laser cutting
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Tubes: diameter 12 to 140 mm or square 12 to 120 mm.
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Steel and stainless steel plate: up to 3,000 × 1,500 × 50 mm.
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Aluminium plate: up to 3,000 × 1,500 × 40 mm.
We are equipped with a Trumpf TruLaser 5030 (12 kW) with automatic storage system TruStore 3030.
SHEETMETAL PARTS
Thanks to our extensive knowledge of sheet metal work and our modern machinery, we are able to think along with you from the very first stage of the design process. This way, we ensure an optimal realisation of your sheet metal products in steel, stainless steel or aluminium right from the start. As an added service, we also take care of the complete assembly of your products.
Our machinery includes:
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Bending: 5-axis controlled CNC press brakes up to 3,000 mm, with a pressing force of 85 to 130 tonnes.
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Cutting: CNC plate shear up to 3,000 × 6 mm.
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Laser cutting: up to 3,000 × 1,500 × 50 mm.
CNC MILLING
CNC Milling Machine & CNC Lathe
We have a CNC milling machine and a CNC lathe for the production of precision parts.
Our CNC milling machine handles products with dimensions up to 3,000 × 500 mm. The high translation speed combined with the high-speed spindle creates ideal conditions for milling plastic components — such as tooth racks for the separated transport of fragile products. For smaller milling work, we use a shuttle station, enabling a non-stop production cycle.
Our CNC lathe (HAAS ST-20Y) has a capacity of up to ø 295 mm diameter and a maximum length of 570 mm, with a bar capacity of ø 64 mm.
Mould Workshop
The tooling required for pressing, deep drawing and bending of plates and tubes — including bending and pressing moulds — is developed and manufactured entirely in-house. This offers several advantages:
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Fast and flexible adjustments for product modifications.
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No time lost through communication with third parties.
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Short delivery times.
This service is also available to third parties. Do you have a model, sketch or drawing? We are always happy to assist with the production of the required mould.
CAD
Haesevoets nv offers original and efficient solutions for your material handling challenges — ranging from new developments to the optimisation of existing systems. With over 35 years of experience in the development and production of metal racks and containers, we are uniquely positioned to meet your specific requirements.
New products are developed using 3D CAD systems (SolidWorks). Thanks to our extensive experience and broad knowledge of materials, we always provide the most optimal packaging solution for your product.
Two development tracks
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Starting from CAD files
Do you have CAD files of your product available? We will design the appropriate packaging based on those files. Every project starts with a concept, followed by 2D and 3D drawings. Prototypes and series parts can then be produced. This workflow enables direct and efficient communication between the customer's CAD system and that of Haesevoets nv.
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Starting from a physical model
Are physical parts or models available? Our experienced specialists will build a prototype in our workshop based on your requirements, recorded in an input list. CAD drawings can subsequently be produced based on this prototype.
