UNION GX255 Rafale — self-propelled flax baler, studio shot on black background, cinematic
UNION · Self-propelled flax baler for retted flax straw — DEUTZ TIER 5, 143 hp

UNION GX255 Rafale

Self-propelled flax baler for retted flax straw — DEUTZ TIER 5, 143 hp

Retted flax straw in bales. Uniform.

143KM

Power — DEUTZ TCD 3.6/L4 TIER 5

8 080kg

Operating weight

0–22km/h

Working speed of baling

GX255 Rafale

Self-propelled flax baler for retted flax straw — DEUTZ TIER 5, 143 hp

The GX255 Rafale closes the flax field cycle: it picks up retted flax straw swaths from the field and forms them into bales with a uniform structure, without delamination or local density variations. The pickup has been optimised for the properties of the flax stem after field retting, when the stem is brittle and vulnerable to mechanical damage, so the pickup geometry and gripping force differ from those of general-purpose balers. The machine is powered by a DEUTZ TCD 3.6/L4 TIER 5 engine rated at 105 kW (143 hp), on the same hydraulic 3-wheel platform as the GX220 and GX240. It can work in the full Union cycle (with swaths formed by the GX220 + GX240) or independently, with swaths formed by other manufacturers' equipment, provided the swath geometry is correct. The baler configuration can also form bales from hemp straw, depending on the harvesting technology adopted.

UNION GX255 Rafale
UNION GX255 Rafale
In this class

GX255 Rafale — pozycjonowanie

The value of a flax baler does not show up in a simple “bales per hour” metric. It shows up in the uniformity of the bales delivered to the flax processing plant, because the plant pays for predictable density and structure of retted flax straw. The GX255 Rafale was designed as part of a value chain in which the final judge of quality is the buyer at the point of purchase, not the field.

Technical data

GX255 Rafale — specyfikacja

Machine type
Self-propelled flax baler for retted flax straw
Engine
DEUTZ TCD 3.6/L4 TIER 5
Power
105 kW (143 KM)
Drive
Hydraulic 3-wheel
Operating weight
8 080 kg
Dimensions (L × W × H)
5 860 × 2 540 × 3 415 mm
Working speed
0–22 km/h
Transport speed
0–40 km/h
Tyres
Michelin 400/70R20
Working material
Retted flax straw (after GX220 pulling and GX240 tedding, approx. 3–6 weeks in the field); the configuration also allows working with hemp straw
Pickup control
Automatic bale density adjustment depending on material supply
Other models from the manufacturer

Explore the whole UNION family

This model is part of the UNION manufacturer's range. The other machines address the next stages of the same technology.

European Flax Ecosystem

European flax ecosystem

From seed, through harvesting and decortication, to industrial fibre processing — each brand serves one stage of the same chain.

  1. 01 · NasionaVan de BiltView
  2. 02 · HarvestingUNIONCurrent stage
  3. 03 · DekortykacjaCretesView
  4. 04 · ProcessingVanhauwaertView
Gallery

GX255 Rafale on each side

Kadr 0101 / 05

Before you decide

Conversation with an engineer.

The most common questions we hear from farms before purchase.

We have collected the questions we most often hear from farms before purchase — and the answers from our engineers. Every answer is based on verified knowledge of the machine.

Based on
  • manufacturer's materials
  • dokumentacji technicznej
  • questions asked by farms

Answers based on the experience of thousands of farms in Europe.

An engineer answers

No. The GX255 Rafale is a standalone self-propelled baler and can be bought separately, for example on a farm where the puller and the tedder come from another manufacturer. The machine works with any correctly formed swath of retted flax straw. Maximum consistency of the field cycle, meaning the best bale uniformity and the lowest fibre losses, is however achieved when the GX220, GX240 and GX255 work together, because pulling and turning the swaths directly affects the geometry that the GX255 picks up.

An engineer answers

The GX255 Rafale is a specialised machine. The pickup design is matched to the flax stalk after field retting. At this stage the plant is fragile and sensitive to mechanical damage, and the stalk length (and therefore the fibre length) directly affects the price paid at purchase. The grip geometry, pressing force and baling chamber parameters are optimised for exactly these properties. A universal hay or straw baler does not deliver comparable density evenness or gentleness in pickup.

An engineer answers

The GX255 has automatic bale density control. The system measures the material feed through the pickup in real time and adjusts the pressing force of the baling chamber so that the density remains stable along the entire length of the bale. Specific density values in kg/m³ depend on the degree of retting, moisture and the properties of the stalk in a given season. We discuss them individually when selecting the configuration for a specific flax processing plant.

An engineer answers

Yes. The hydraulic three-wheel drive provides stability and manoeuvrability on fields with unevenness and variable moisture, typical of northern Poland, the Baltic states and parts of western Belgium. The single rear wheel on the hydraulic chassis adapts to the terrain independently. The Michelin 400/70R20 tyre configuration is a compromise between low ground pressure and manoeuvrability.

An engineer answers

Yes. A spare parts warehouse for the GX255 in Poland: pickup belts and tines, three-wheel drive hydraulics, DEUTZ TCD 3.6/L4 engine parts, tyres. Commissioning service, warranty and after-warranty support are provided in the field. The field window for baling retted flax straw is short and narrow. It falls 3–6 weeks after retting, within a chosen weather window, which is why we maintain a local warehouse.

Have another question?Talk to an engineer
Next step

Retted flax straw in bales. Uniform.

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Enquiry about UNION GX255 Rafale