Configure your set

The choice depends on two factors: the type of surface and the finish required. For concrete slabs and screeds, grinding removes laitance and levels high spots; heavy-duty planing tackles coatings and thick build-ups; bush hammering opens the surface texture for bonding. For walls in brick, stone, or render, orbital sanding removes paint layers and flatens irregularities without aggressive material removal. For soft renders or lime-based coatings, lower-aggression grinding or sanding with a fine diamond consumable is preferred. The Sept Tools configurator maps your application (grinding, drilling, grooving, planing, bush hammering, or chiselling) against your surface type (wall, floor, or ceiling) to propose a complete assembly matched to the job.

Yes. Sept Tools designs anti-strain portal systems, the Eland, Gazelle, and Mygale ranges, that support the machine mechanically during overhead and at-height work. The operator guides the tool rather than bearing its weight, which eliminates the need for scaffolding or a mobile elevated work platform in the majority of interior applications. This approach directly addresses musculoskeletal disorder (MSD) risk by removing prolonged static load from the shoulders, arms, and neck. The portal also maintains consistent contact pressure on the surface, which improves finish uniformity on ceilings and high walls.

Class H extraction is mandatory when working with materials that generate hazardous dust, including concrete, screed, stone, and any substrate containing crystalline silica. Class H filters capture particles down to a level that complies with occupational exposure limit values (OELVs) for respirable crystalline silica as set by European regulations. Sept Tools assemblies integrate Class H vacuum units matched to the airflow and chip load of each machine. Using a lower extraction class (L or M) with a concrete grinder does not provide adequate respiratory protection and may breach site safety obligations.

Grinding uses rotating diamond segments to remove thin layers of surface material, laitance, coatings, or adhesive residue, and to level minor height differences. It is the standard preparation method before laying floor coverings, applying resin systems, or repainting walls. Planing (rabotage) removes thicker material more aggressively, such as epoxy coatings, thick adhesive beds, or surface irregularities exceeding a few millimetres; it leaves a more pronounced profile suited to mechanical keying. Bush hammering (bouchardage) impacts the surface with carbide tips to create a heavily textured, open profile: it is used primarily on concrete or stone to maximise adhesion for renders, overlays, or thermal insulation systems, and to expose aggregate for an architectural finish.

Surface preparation performance depends on three interdependent elements working together. The machine provides drive power and motion; the diamond consumable determines the cut rate, finish profile, and material compatibility; the Class H extractor removes dust at source, which is both a legal health requirement and a condition for the consumable to work at rated efficiency (clogged segments lose cut rate rapidly). Specifying these three elements separately without matching them risks mismatched airflow, consumable overloading, or inadequate dust capture. Sept Tools assemblies are validated as a system: the extractor is sized to the machine's dust output, and the consumable grade is matched to the surface hardness and the required finish. The configurator builds this matched assembly in a single step.

Diamond consumables are selected by bond hardness, segment geometry, and grit size according to two variables: substrate hardness and the depth of material removal required. Hard bonds suit soft abrasive materials (soft concrete, screed); soft bonds suit hard dense materials (hard concrete, natural stone, granite), as the bond must wear at a rate that continuously exposes fresh diamond. Coarse grits (lower mesh numbers) are used for heavy stock removal, coating stripping, and levelling; medium grits for general preparation and surface opening; fine grits for finishing and smoothing before coating application. The Sept Tools configurator selects the appropriate consumable family based on the application and surface material you declare, so no grit-size expertise is required from the operator.

Sept Tools machines are rated at 0.35 m/s² hand-arm vibration, which is well below the action value of 2.5 m/s² and the limit value of 5 m/s² set by European Directive 2002/44/EC on mechanical vibration. At this level, an operator can work a full shift without reaching the daily vibration exposure action value, which reduces MSD risk and simplifies the employer's vibration risk assessment. The anti-strain portal systems complement this by removing the static load of the machine from the operator's body during wall and ceiling work, addressing postural MSD risk independently of vibration. Together, low vibration and mechanical support represent a complete ergonomic response for repetitive surface preparation tasks.

Sept Tools surface preparation machines operate at 60 dB(A), which is the lowest noise level in their category for concrete and mineral surface work. By comparison, conventional angle grinders and single-disc floor grinders typically exceed 85 dB(A), requiring mandatory hearing protection and restricting use in occupied or noise-sensitive buildings. At 60 dB(A), the equipment can be used in occupied environments, renovation sites in residential buildings, and healthcare or educational facilities during restricted working hours, subject to local site rules. This level also falls below the 80 dB(A) lower exposure action value of the European Noise at Work Directive 2003/10/EC, removing the obligation for the employer to provide hearing protection for the operator.

The configurator follows six sequential steps: application, surface and material, machine selection, anti-strain module, Class H extractor, and diamond consumable. Each step presents only the options compatible with your previous choices, so the process takes between two and five minutes for a first-time user. The output is a personalised quotation request or demonstration request sent directly to the Sept Tools technical team. It is not an instant price: Sept Tools sells exclusively on a B2B basis with no public pricing. The request includes the full assembly specification, which allows the technical team to respond with a detailed, site-specific proposal.

The configurator is entirely free and carries no commitment. Completing it generates a quotation or demonstration request only; no order is placed, no contract is formed, and no payment information is requested at any stage. The Sept Tools sales team reviews each request and responds with a tailored technical proposal. There is no obligation to proceed beyond the initial contact. The tool is designed for procurement managers, works managers, and rental fleet operators who need to compare configurations before engaging with a supplier.