Our story

1991

The history of Veenbrink RVS

On 21 December 1991, the company was founded by the brothers Jan and Willem Veenbrink at Steenovenweg in Montfoort. They were certainly not unfamiliar with the construction of dairy-related preparation vessels. Veenbrink RVS originally started by producing vats for cheese production.

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1992

First product

After all the administrative obligations were completed at the end of 1991, the time had finally come. In 1992, Veenbrink RVS was fully permitted to start doing what it exists for: the production of high-end process equipment. The first elongated cheese vat for the preparation of cheese curds was delivered. Today, Veenbrink RVS still supplies processing equipment for livestock farming, and the installations have been further optimised over the years.

1994

Pharmaceutical

However, it did not stop at the production of dairy equipment. “Good” was never more than “good enough” and quality was a top priority for the Veenbrink brothers from day one. The high finishing standards led to Veenbrink RVS supplying its first preparation vessel for the pharmaceutical industry in 1994. Today, Veenbrink RVS is a leading supplier to the pharmaceutical industry, with the production of pharmaceutical equipment as its core business.

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1995

AutoCAD

Hours of sketching on graph paper, just with pencil, paper, a set square, a compass and an eraser. Adapting, fine-tuning and optimising: the daily activities of Veenbrink RVS. From 1995 onwards, this became a thing of the past. This was the year of the introduction of the 2D CAD software AutoCAD to digitally create designs and technical drawings. However, this did not detract from the skills of the Veenbrink brothers: making hand sketches is in their genes!

1996

New production facility

Name and fame within the dairy and pharmaceutical industries. In addition, there is a major efficiency gain when it comes to digital engineering. Veenbrink RVS quickly outgrew its premises. A simple move across the road in 1996 solved the problem, right opposite from where it all started. Today, this is still the location of Veenbrink RVS.

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2004

Knopenbad pool Montfoort

From the very beginning, Veenbrink RVS has had a strong social involvement within the Montfoort community. At local sports clubs, day care centres or other events. In 2004, this partly led to Veenbrink RVS being allowed to completely restore Knopenbad pool in Montfoort. The concrete pools were replaced by stainless steel pools, including a 50-meter pool. The Knopenbad was festively opened with a speech of thanks from former swimming champion, sports journalist and minister Erica Terpstra. The swimming pool is still a real attraction for Montfoort residents and tourists.

2005

Plasma welding

“A neat hand weld deserves to be seen,” a real welder would say. Of course, that expression still applies today. In 2005, Veenbrink RVS designed its own plasma welding machine, specifically for the production of custom process equipment. The plasma bench is mainly used for the production of high-pressure equipment. Reason: with non-destructive testing, including radiographic X-Ray photo examination, the margin of error and rejection is zero with our plasma welds. The plasma bench enables Veenbrink RVS to efficiently apply high-quality welds.

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2006

HiCAD

How great would it be to create 3D views of your products? “Wishful thinking”, according to many. In 2006, the 3D CAD program HiCAD was introduced for digital modelling and creating 3D drawings. Today, 3D CAD software has become indispensable in the entire industry.

2008

Assembly and acceptance facility

Brand recognition within the pharmaceutical industry grew, partly due to the high quality standards that Veenbrink RVS sets. With the acquisition of an additional space for the clean disassembly and acceptance of process equipment, work in biopharmaceuticals is facilitated even better. Today, this space at Steenovenweg 12 is still an important location for FAT inspections.

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2012

ERP system

Order confirmations, invoices, purchase orders, time registrations, calculations, inventory management, and planning: it all took place in separate Microsoft Word and Excel documents. This came to an end in 2012: Veenbrink RVS introduced the Ridder ERP system internally with the aim of more efficient sales, purchasing and administrative processes. A hugely intensive process at the time, but today this ERP system forms the heart of the organisation.

2016

25th anniversary

The Veenbrink brothers are the epitome of modesty. In 2016, however, a sense of immense pride could be discovered in Jan and Willem Veenbrink. It was the year of 25 years of Veenbrink RVS. The year in which a family of loyal employees proudly celebrated the 25th anniversary with everyone who had supported Veenbrink RVS over the years: customers, suppliers, friends, and (former) employees. It was a great spectacle and it did not go unnoticed by various local media.

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Our core values, mission and vision

Veenbrink RVS aims to contribute to a safer and healthier living environment for people and animals worldwide as the leading supplier of custom-made process equipment. With this philosophy, we serve the process industry with high-end equipment.

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Our working method

Veenbrink RVS uses a project-based approach. This is a well-considered choice. Our project managers are involved throughout the entire project and therefore know all the ins and outs. This enables rapid adjustment and flexibility. A project starts with recording the scope of delivery. This includes an intensive process to determine the intended product use and to define all product requirements and wishes. All process data is also mapped. This includes the applicable design pressures, volumes, design temperatures, materials, loads, design codes and standards, test groups and the applicability or otherwise of hazardous and non-hazardous substances. The expert team at Veenbrink RVS will discuss your preferences and requirements with you, followed by a customised, no-commitments quote. This proposal includes a price and delivery time, as well as the relevant preliminary Vendor documents containing all technical product specifications. The preliminary Vendor documents form the basis for the further engineering and production process.

Engineering

To minimise the total project lead time, the engineers will submit the drawings to you for approval at various stages. The engineer prepares an initial conceptual drawing based on the preliminary Vendor documents. This Concept Drawing represents an initial design with the basic geometry and is submitted for approval. The purpose of the Concept Drawing is to prevent project stagnation due to an incorrect basic design. If this basic design is approved, the engineer will work out the design in detail into a For Approval Drawing. The For Approval Drawing is a detailed design with an overview of the applicable welding procedures, tolerances and welding details. As the name implies, the detailed For Approval Drawing is also submitted for approval. Structural calculations and the inspection and test plan (ITP) are also prepared. Once the design has been approved, the necessary materials are organised and purchased from established, recognised and reliable suppliers.

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Production

Production is started based on the approved drawings and the ITP. This is a streamlined process that focuses on product quality and the management of material certificates and welding log lists. The product is manufactured by various deformation and welding techniques. The inspection and test plan is also followed and the necessary non-destructive testing is performed.

After production, the product is extensively tested with the customer in the so-called Factory Acceptance Test (FAT). The FAT is conducted based on a previously established FAT protocol, specifying the items to be verified and tested during the FAT. Upon approval of the FAT and after resolving any outstanding issues, the product can be delivered. The delivery relates to both the product and the associated Vendor documents.

Deforming and welding

Veenbrink RVS has a sheet metal shear with a maximum cutting width of 4 meters and a maximum sheet thickness of 8 mm. In addition, a press brake is available with a maximum bending range of 4 meters and 170 tons of pressing force. With its various plate rolling machines, Veenbrink RVS is able to roll plates up to 10 mm thick and with a maximum plate width of 2.2 metres. The minimum roller diameter is 100 mm. With profile rollers, various types of tubes and profiles can be rolled into the desired radius. Welds are completed with qualified welding methods and all welders are certified to actually perform the work they perform. With its plasma bench, Veenbrink RVS is able to weld plates from 3 to 12 mm thick with a welding range of 2.2 meters longitudinal and 2 meters radial. Specialists on the shop floor are able to manually weld up to 20 mm TIG and MIG. Piping is completely machined and orbitally welded. Veenbrink RVS is also certified to weld various exotic alloys, including Duplex, Superduplex, Hastelloy C276, Hastelloy C22, Nickel 200 and Incoloy 800.

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Finishing and post-treatment

Manufactured products are finished to the highest possible degree. The finishing method is tailored to the customer’s preferences and requirements. Veenbrink RVS can process both cold-rolled and hot-rolled plates to any desired finish. Veenbrink RVS can grind virtually any surface up to a maximum Ra value of 0.1 μm. High-gloss electrolytic polishing, directionless sanding, brushing and blasting are also possible.

After welding the product and finishing it, for example by grinding, the product is pickled. To regenerate the oxide layer, the product is often additionally passivated. At Veenbrink RVS, various pickling methods are used, including submerging in a pickling bath, electrotigging, and application of a pickling paste.

Testing, packaging and transport

The product is tested before, during and after production. After production, the product is visually inspected at all times. Depending on customer requirements, additional tests can also be performed, including testing the roughness, the noise level generated by the product or, for example, the sprayability of any spray balls present. In addition, various non-destructive tests (NDT) can be performed, whether or not required by the PED. This includes radiographic X-ray examination, penetrant examination, ferritic testing and hydrostatic pressure testing up to 450 bar. After the product passes all tests, it is packaged and transported to the customer’s desired location. Veenbrink RVS provides insured transport worldwide. Any applicable Vendor documents will also be provided, both on paper and in digital format.

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