Hyler is a Belgian agricultural machinery manufacturer specialising in harvesting and field-processing equipment for flax, hemp and other fibre crops. The company is based in Meulebeke/Tielt, West Flanders, one of Europe’s most important flax-growing and fibre-processing regions.
Hyler was founded in 2016 by Niels Baert, who grew up in an agricultural environment and subsequently worked in machinery construction before establishing his own company. The business initially concentrated on flax machinery and progressively expanded into hemp as Baert identified the absence of specialised equipment capable of harvesting hemp for long-fibre textile applications.
The company has grown rapidly from an initial 600 m² workshop through several expansions and relocations. Since 2024, its main operation has been in Meulebeke, where Hyler reported around 25 employees and annual production of approximately 100 machines/modules in early 2025.
Its strategic identity can be summarised by its own positioning: “Fibre is our drivetrain.” Rather than competing in conventional broadacre machinery, Hyler has built a highly specialised portfolio around the mechanisation of emerging and established fibre-crop value chains.
Corporate Structure / Ownership
The operating entity is Hyler BV, an independent privately held Belgian company. Niels Baert is founder and CEO/manager. Belgian corporate records identify the company as active, with its registered address at Oude Gentstraat 28A, 8760 Tielt.
Hyler combines:
- product design and engineering
- prototype development
- welding and fabrication
- hydraulic and electronic integration
- assembly
- field testing
- sales and aftersales.
The company remains relatively small, but its recent financial development indicates meaningful industrial growth: reported gross margin increased from approximately €0.95 million in 2023 to €2.92 million in 2024 and €3.62 million in 2025, while equity reached almost €3.0 million in 2025.
Core Business & Product Portfolio
Hyler’s portfolio is centred on the harvesting and field handling of fibre crops, particularly flax and hemp.
Flax Harvesting
Flax remains an important foundation of the company’s machinery business.
Hyler develops specialised machines including:
- two-row flax pullers
- four-row flax pullers
- harvesting configurations with deseeding modules
- complementary fibre-crop handling equipment.
The company designs the machinery internally around requirements identified directly with growers and fibre-industry specialists.
This positioning places Hyler within a very specialised European machinery ecosystem concentrated largely in Belgium, northern France and the Netherlands.
Sativa – Hemp Harvesting
The strategically most important development has been the Sativa platform for industrial hemp.
Hyler developed the machine because conventional harvesting equipment was poorly adapted to long-stem hemp intended for textile fibre. Long-fibre processing requires the stems to remain aligned and to be handled differently from hemp grown primarily for seed or biomass.
The original Sativa 200 / 200A self-propelled platform was designed to process tall hemp plants and separate the crop into manageable fibre lengths.
Its architecture incorporates:
- self-propelled harvesting
- automatic adaptation to plant height
- crop cutting/separation
- controlled crop transport
- separate swath formation
- optional dual-crop functionality.
Early trials demonstrated field capacities of more than 2 ha/hour, while the system was designed to handle hemp approximately 1.4–3.2 metres tall.
The technology has subsequently evolved considerably as commercial field experience accumulated.
Modular Fibre-Crop Architecture
One of the more interesting elements of Hyler’s engineering strategy is modularity.
Patent documentation describes a self-propelled processing platform capable of accepting different interchangeable picking units for relatively short fibre crops such as flax and taller crops such as hemp. This potentially allows the same basic machine architecture to work across different fibre-crop harvesting systems.
Hyler also holds intellectual property covering a dedicated hemp-picking architecture in which different sections of the plant can be separately handled.
This means the company’s underlying strategic asset is increasingly broader than one hemp harvester: it is developing a specialised modular harvesting architecture for fibre crops.
Product Scope Clarification
Hyler manufactures/develops:
- self-propelled fibre-crop harvesters
- flax pullers
- hemp harvesting machines
- fibre-crop picking units
- crop turning/handling equipment
- deseeding modules
- modular harvesting systems
- associated hydraulic, electronic and control systems.
Hyler does NOT manufacture:
- conventional tractors
- combines
- forage harvesters
- conventional self-propelled sprayers
- seed drills
- tillage machinery
- telehandlers
- engines.
Its industrial focus is specifically fibre-crop harvesting and processing machinery.
Technology & Engineering / Digital Approach
Hyler is technologically more sophisticated than its niche product portfolio might initially suggest.
The Sativa platform was developed with Bosch Rexroth technology covering:
- hydraulics
- mobile electronics
- machine software
- telematics
- IoT connectivity.
Sensors detect crop height and allow the harvesting mechanism to adjust automatically as field conditions change.
Telematics provides another layer of machine intelligence, enabling machine data to be transmitted and monitored rather than treating the harvester as a purely mechanical system.
This gives Hyler an interesting engineering profile:
specialised mechanics + hydraulics + sensors + machine software + connectivity.
Its technology development is therefore closer to modern self-propelled harvesting machinery than to traditional specialist implement manufacturing.
Manufacturing & Industrial Footprint
Hyler manufactures its machinery locally in Belgium.
The company began in a roughly 600 m² facility, subsequently expanded several times and moved to its current larger operation in Meulebeke in 2024.
In early 2025, Hyler reported producing around 100 machines/modules annually across five principal machine types.
Its location is particularly important. Belgium and neighbouring northern France represent the heart of the European long-fibre flax industry, providing Hyler with immediate access to:
- growers
- contractors
- flax cooperatives
- fibre processors
- textile-industry expertise.
The result is a tight feedback loop between machinery engineering and the downstream fibre industry.
Markets & Distribution / Customer Base
Hyler’s natural market is the European fibre-crop industry, particularly:
- Belgium
- France
- Netherlands
- other emerging European hemp-growing regions.
Its customers include:
- flax growers
- hemp growers
- agricultural contractors
- producer cooperatives
- fibre processors.
The company’s hemp machinery has already played an important role in French trials aimed at establishing long-fibre textile hemp production. A Hyler prototype owned by the Coopérative Linière du Nord de Caen progressed from harvesting only tens of hectares during initial development toward substantially larger commercial trials.
Importantly, hemp represented approximately 25% of Hyler’s turnover in early 2025, with management expecting the share to increase.
Strengths & Competitive Advantages
- Highly specialised fibre-crop engineering
- Strong position in flax machinery
- Early mover in industrial long-fibre hemp harvesting
- Proprietary self-propelled harvesting architecture
- Patent portfolio around fibre-crop processing
- Modular machine philosophy
- Local manufacturing in Belgium
- Strong proximity to Europe’s flax industry
- Bosch Rexroth technology partnership
- IoT and telematics capability
- Rapid company growth
- Strong understanding of both machinery and fibre-processing requirements
- Exposure to expanding sustainable textile-material markets.
Weaknesses / Constraints
- Small industrial scale
- Highly specialised addressable market
- Significant dependence on European fibre crops
- Hemp textile value chain remains relatively immature
- New hemp acreage depends on development of downstream processing capacity
- Self-propelled machines require significant engineering and aftersales resources
- International dealer/service infrastructure remains limited
- Large OEMs could enter the segment if fibre-crop volumes expand substantially.
The greatest risk is therefore not necessarily machine technology, but the speed at which the industrial hemp fibre ecosystem develops around the machinery.
Outlook & Opportunities
Hyler’s outlook is closely linked to the potential revival of natural fibres as industrial and textile raw materials.
Flax already provides the company with an established machinery market, particularly in Western Europe. Hemp creates the larger strategic opportunity because its long fibres can potentially supply applications ranging from textiles and technical fabrics to composites and bio-based industrial materials.
The critical bottleneck has historically been mechanisation. Growing hemp is relatively straightforward; harvesting tall plants while preserving fibre quality and feeding them into an industrial long-fibre processing chain is considerably more difficult. Hyler is attempting to solve precisely this interface.
The company’s opportunity therefore extends beyond selling harvesting machines. By enabling scalable mechanisation, Hyler can help make new fibre-crop supply chains economically viable.
Its modular technology could also provide a pathway into additional fibre crops such as kenaf, jute and miscanthus, areas already identified within the company’s technological scope.
The principal growth constraint will be market development. Hyler needs the acreage of industrial fibre crops—and the corresponding processing infrastructure—to grow sufficiently quickly to support increasing machinery volumes.
Summary Table
| Category | Highlights |
|---|---|
| Company | Hyler BV |
| Founded | 2016 |
| Founder / CEO | Niels Baert |
| Headquarters | Meulebeke/Tielt, Belgium |
| Core Business | Fibre-crop harvesting machinery |
| Primary Crops | Flax & hemp |
| Other Potential Crops | Kenaf, jute, miscanthus |
| Key Platform | Sativa |
| Other Products | Flax pullers, deseeding and handling modules |
| Technology | Hydraulics, sensors, software, telematics |
| Technology Partner | Bosch Rexroth |
| Production | ~100 machines/modules annually reported in 2025 |
| Hemp Business | ~25% of turnover reported in early 2025 |
| Manufacturing | Belgium |
| Competitive Position | Emerging specialist in industrial fibre-crop mechanisation |
Bottom Line
Hyler is a small company operating in a niche that could become strategically much larger than its current machinery volumes suggest.
Its established flax business provides an industrial foundation, but hemp is what makes the company particularly interesting. The long-fibre hemp industry faces a classic mechanisation problem: without efficient harvesting, acreage cannot scale; without sufficient acreage, processors cannot justify investment; and without processing capacity, farmers have little reason to grow the crop.
Hyler is attempting to break one part of that cycle by industrialising the harvesting process.
The company also appears to be moving beyond a single-purpose machine strategy. Its patented modular architecture, self-propelled platform and interchangeable crop-processing systems point toward a broader fibre-crop harvesting platform, while Bosch Rexroth electronics and telematics add a modern control layer.
The commercial risk remains significant because the hemp textile industry itself is still developing. But if European natural-fibre acreage expands materially, Hyler could occupy a valuable position as one of the machinery companies that enabled that expansion.
