The VACUPRESS TLV6-II is a compact yet powerful vacuum lamination unit built to support professional-level composite lamination or thermoforming workflows. With its efficient vacuum pump, multiple output connections and built-in vacuum safety features, the TLV6-II is a practical backbone for laminating, resin infusion, or vacuum-forming tasks — ideal for orthotic/prosthetic workshops, small production labs, or composite-part fabrication.  Core Features & Advantages Strong vacuum performance: Equipped with a dry-running, oil-free, maintenance-free vacuum pump delivering 6 m³/h suction and capable of reaching a final vacuum pressure around 200 mbar — enough to reliably support lamination or composite work.  Multi-station capability: Provides up to four separately switchable 8 mm vacuum outlets, making it possible to supply two independent lamination workstations simultaneously. There is also an additional DIN coupling outlet for thermoforming or other vacuum-based operations.  Vacuum automation & internal tank: The pump activates automatically only when vacuum is required, and an internal vacuum tank ensures rapid suction — particularly valuable during thermoforming or composite layup cycles where fast vacuum build-up is important. Fine-filter protection per connection: Each outlet is equipped with a fine dust filter to protect internal components and maintain clean airflow — helping prolong pump life and keep work environment safe.  Compact, workshop-friendly design: With dimensions of approximately 435 × 390 × 240 mm and a weight around 22 kg, TLV6-II fits comfortably in small workshops, labs, or clinics. Its manageable footprint and portability make it a practical option even where space is limited.  Versatility: In addition to lamination tasks, the extra vacuum outlet allows connection to vacuum forming presses or other vacuum-based equipment — making the TLV6-II a flexible central vacuum source for a variety of manufacturing/production applications. Typical Use Cases Composite lamination: Vacuum infusion or layup for carbon-fiber or fiberglass sockets, orthotic shells, braces, or prosthetic components. Resin infusion and lamination of structural parts in orthotics/prosthetics or rehabilitation-device manufacturing. Supporting small to medium-size vacuum-forming or thermoforming setups when a central vacuum source is required. Multi-station lamination workshops where two or more technicians work in parallel — ideal for small labs or clinics scaling production. Labs that need a clean, maintenance-free vacuum supply without bulky industrial vacuum infrastructure. Why Choose VACUPRESS TLV6-II The TLV6-II stands out as a balanced, efficient and versatile vacuum lamination unit — delivering professional-grade suction, multi-station flexibility, and compact convenience. For orthotic and prosthetic labs, composite-part manufacturers, or small-scale production workshops, it combines practicality with performance: you get stable vacuum, reliable lamination capability, and the ability to support multiple workstations — all in a lightweight, easy-to-operate package.

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The VACUPRESS 1500 is a professional-grade vacuum thermoforming machine engineered for orthopedic technology-workshops, prosthetics/orthotics labs, and custom seating or lying orthoses production. Its robust design, large forming area, and powerful vacuum system make it ideal for handling heavy and large models — from seating shells and lying orthoses to complex orthotic/plastic components for adult patients.  Key Features & Benefits Spacious forming frame for large parts: With frame dimensions of 1100 × 1500 mm, the VACUPRESS 1500 offers ample space to thermoform large shells, seating systems, braces, or orthotic bases — perfect for components that require significant surface area.  Ergonomic open-table design: The machine’s open, table-like construction results in a lower working height and better use of space under the work surface. This design simplifies the handling of large or heavy models — reducing strain and improving workflow efficiency.  Gas-spring–assisted foldable frame: The thermoforming frame is supported by two gas pressure springs, ensuring safe and easy opening/closing — which makes operation smoother and less labor-intensive, especially when working with heavy molds.  Powerful, maintenance-free vacuum system: Equipped with a dry-running, oil-free rotary-vane vacuum pump (capacity 40 m³/h, final pressure ~200 mbar) — offering strong, stable suction for consistent deep-drawing even on large or complex shapes.  Automatic vacuum-control automation: The machine automatically shuts off the pump when the target vacuum is reached, and reactivates when pressure drops — ensuring steady, reliable vacuum throughout the forming process without manual monitoring.  External-vacuum outlet for accessory stations: The VACUPRESS 1500 includes separate vacuum connections — enabling external vacuum workstations (e.g. for resin casting, socket pulling, or drape molding). All vacuum automation features apply — allowing remote control from external workstations.  Workshop-ready construction: Built for professional orthopedic, prosthetic, or custom-installation workshops. With robust frame, industrial-grade pump, and a design that accommodates heavy, large models — the 1500 is a reliable centerpiece for in-house vacuum forming operations. Typical Use Cases Manufacturing large seating shells and lying orthoses for adult or pediatric patients.  Creating full-size orthotic shells, braces, or structural plastic components requiring large-forming area and strong suction. Working on custom prosthetic or orthotic devices, where repeatability, precision, and the ability to handle heavy molds are critical. Supporting multi-step workflows — thermoforming shells, then finishing them, or integrating external vacuum-based resin casting or molding tasks via external vacuum outlets. Why Choose VACUPRESS 1500 The VACUPRESS 1500 stands out when you need size, power, and reliability in vacuum-forming: it bridges the gap between small bench-top presses and industrial-scale units — offering a balance of large capacity, ergonomic design, and professional-grade suction performance. For orthopedic and orthotic workshops, prosthetic labs, or clinics that require forming large shells, seating molds, and structural components — the 1500 brings consistent, high-quality thermoforming capabilities.

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The VACUPRESS 900 XR COOL-TEC is a top-tier vacuum-deep-drawing machine built for demanding orthopedic, prosthetic, orthotic, and custom footwear workshops. It combines a large forming frame with advanced heating, vacuum control, and a built-in cooling system — delivering precision forming for insoles, footbeds, orthoses, prosthetic shells, test shoes, and even composite parts. Key Features & Benefits Large formation area & versatile frame: The working frame measures 870 × 660 mm, allowing production of larger orthotic components, full-length insoles, foot orthoses, prosthetic shells, and orthotic shoe components.  UNILOCK clamping system: Thanks to the patented UNILOCK material-clamping mechanism, the frame opens and closes with a single handle (gas-spring assisted), and adapts automatically to material thicknesses from 0.1 mm up to 12.0 mm — no manual adjustment needed. This ensures ease of use, quick material change-overs, and reliable sealing for vacuum forming.  Integrated infrared heating: 12 infrared quartz heating elements (with reflectors and two-zone control) provide uniform, efficient heating of thermoplastic sheets, enabling consistent and accurate deep-drawing. Heating time is adjustable (30–199 seconds), with LED display for set and remaining time, and automatic shut-off when the cycle completes.  Powerful, maintenance-free vacuum system: Dual oil-free vacuum pumps (each 0.45 kW, 12 m³/h, two-stage) deliver stable suction, ensuring uniform forming even for large or complex shapes. Vacuum is automatically controlled: pumps activate when the frame is closed and maintain suction until forming is complete.  Built-in COOL-TEC cooling system: Special air-jet cooling cuts down cooling time of thermoplastic parts by up to 75%, greatly reducing cycle time and boosting production throughput — ideal for busy workshops or high-volume orthotic manufacturing.  Robust construction & workshop readiness: Solid frame with smooth vertical-lift frame guidance (16 steel-rail ball-bearings), adjustable central locking mechanism, integrated work-area illumination (halogen lights), external vacuum-outlet option, and compatibility with standard orthotics materials — making the 900 XR COOL-TEC a stable, reliable core of any O&P or custom-shoe workshop.  Typical Use Cases Manufacturing custom insoles, footbeds, and shoe orthotic inserts — large-format or small-scale, as needed. Producing foot orthoses, ankle-foot orthoses (AFOs), prosthetic shells, braces, and other orthotic components where precision and consistency are critical. Creating test shoes, trial shoes, or thermoformed orthotic shell prototypes, including work with composite materials or fiber-reinforced thermoplastics (e.g., carbon-fiber composites) when using compatible materials.  Workshops requiring efficient, high-throughput vacuum forming with reduced cycle times thanks to COOL-TEC — ideal for clinics, rehabilitation centers, orthotic labs, and small to medium-size manufacturing facilities. Why VACUPRESS 900 XR COOL-TEC Stands Out The 900 XR COOL-TEC represents one of the most comprehensive vacuum-forming solutions available for the orthotics, prosthetics, and custom footwear industries. By combining a large working frame with a user-friendly UNILOCK system, powerful vacuum, precise infrared heating, and rapid cooling — it enables consistent, repeatable thermoforming across a wide variety of applications. For professionals seeking full-scale capacity, versatility, and reliable performance in a single benchtop-style press — this is a premium, future-proof solution. 

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The VACUPRESS 520 GK1 / GK2 DUAL series is a robust, bench-top vacuum deep-drawing system designed to meet the demands of orthopedic workshops, custom insole and footbed manufacturers, and small- to medium-scale orthotics/ prosthetics production labs. Its dual-version setup offers flexibility and scalability — whether you need a standalone unit or a multi-station vacuum forming line.  Core Features & Benefits Dual operational modes: GK1 DUAL — connects to an external vacuum supply, ideal when you want to operate multiple presses from a central vacuum source.  GK2 DUAL — comes with a built-in, oil-free, maintenance-free vacuum pump (6 m³/h, 200 mbar), making the unit fully autonomous and ideal for standalone workshops or when central vacuum supply isn’t available.  Generous forming area: The working frame measures 570 × 570 mm, providing ample space for molding insoles, footbeds, orthotic shells, or larger thermoformed parts such as ankle-foot orthoses (AFOs).  Quality-oriented design: Both models feature a gas-spring–supported frame with adjustable tension, and a soft “walk-mat” bladder that adapts flexibly to different thermoplastic materials for consistent shaping and uniform pressure distribution.  User-friendly & workshop-ready: As a bench-top device, the VACUPRESS 520 GK1 / GK2 DUAL is compact enough for small labs, clinics, or shoe-making shops — yet powerful enough for regular orthotic production or small-batch manufacturing.  Scalable production capacity: With a GK2 DUAL master unit, you can link up to three GK1 DUAL presses — enabling efficient multi-station production lines without needing multiple vacuum pumps or extensive infrastructure.  Typical Use Cases Manufacturing custom or mass-produced insoles, footbeds, and orthotic inserts for orthopedic footwear or custom shoes. Producing orthotic shells, foot orthoses, and prosthetic-support components where precise thermoforming and repeatable vacuum forming are critical. Small- to medium-scale prosthetic, orthotic, or rehabilitation clinics requiring in-house vacuum forming capability without the need for large industrial machines. Custom shoe and rehabilitation workshops needing a flexible system that can scale from a single bench-top unit to a multi-press setup. Why Choose VACUPRESS 520 GK1 / GK2 DUAL This dual-version system brings together flexibility, reliability, and professional-grade functionality in a compact form factor. Whether you’re a small orthotic lab looking for a dependable in-house vacuum-forming solution, or a growing workshop that plans to expand production capacity over time — the 520 GK1 / GK2 DUAL offers a smart, scalable, cost-effective entry into high-quality thermoforming.

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The VACUPRESS 520 GK1 / GK2 series delivers robust, workshop-ready vacuum deep-drawing — ideal for producing insoles, orthotic footbeds, and other custom plastic- or thermoformed components. Built with flexibility and reliability in mind, these bench-top thermoformers are designed for orthopedic, prosthetic, and custom footwear workshops of all sizes.  Core Features & Benefits Versatile vacuum options: GK1 version: Configured to connect to an external vacuum source. This allows you to run multiple forming units off a central vacuum supply — perfect for scaling operations or outfitting workshops with several workstations.  GK2 version: Includes an integrated, maintenance-free vacuum pump, delivering a self-contained vacuum press solution with automatic vacuum regulation. Particularly convenient when centralized vacuum systems are unavailable.  Optimized for orthopedic work: Both models feature a gas-shock–supported frame with adjustable frame tension and a soft bladder mat — ensuring secure clamping and even pressure during thermoforming, ideal for insoles, foot orthoses, and custom bases.  Compact, bench-top design: Sized for small to medium workshops or clinics — the compact footprint makes installation easy without the need for large industrial space.  Simple operation, reliable performance: Built for regular use in clinical or production environments. Whether you rely on a shared vacuum line (GK1) or the integrated pump (GK2), the system delivers consistent suction, reliable forming, and repeatable results.  Typical Use Cases Manufacturing custom or off-the-shelf insoles, footbeds, and orthopedic inserts. Producing foot orthoses, insole shells, or small thermoformed components for orthotics, prosthetics, or custom footwear. Use in small-scale workshops, clinics, or orthopaedic labs where space is limited and flexibility is required. Workshops aiming for scalable production, especially when using multiple presses (GK1) or needing standalone units (GK2). Why Choose VACUPRESS 520 GK1 / GK2 The 520 GK1 / GK2 series stands out for its balance of professional-grade vacuum forming, flexibility, and practicality. Whether you want to connect to a shared vacuum supply for multiple workstations (GK1) or need a self-contained vacuum press (GK2), these units deliver dependable, high-quality forming — bridging the gap between DIY presses and full-scale industrial equipment. They are particularly beneficial for orthopedic-shoe craftsmen, custom orthotics labs, and small- to medium-sized prosthetics workshops looking for reliable, repeatable vacuum-formed parts. 

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The VACUPRESS 520 GK-LC DUAL is a cost-effective, bench-top vacuum thermoforming device designed for pair-wise and larger-part production — ideal for insole, footbed, and orthotic component manufacturing. Built to connect to an external vacuum source rather than its own pump, the DUAL version offers flexibility, simplicity, and scalability.  Key Features & Benefits Expanded working frame: The DUAL model offers a larger forming area compared to standard versions — allowing you to mold bigger or more complex shapes (e.g. full-length insoles, footbeds, orthotic shells, or small AFO components).  Pair-wise production for efficiency: Designed for pair-wise manufacturing, the unit streamlines production of matching left/right insoles or orthotic components — handy for clinics, workshops, and small-batch production.  External vacuum connection — no power required: Since the press relies on an external vacuum source, there’s no need for built-in motors or complicated electrical installation. This makes setup and maintenance simpler, and allows multiple presses to share a central vacuum supply.  Durable and workshop-ready build: Even though it’s a budget-oriented unit, the 520 GK-LC DUAL maintains high standards — with solid construction, a soft-bladder frame for material adaptation, and stable, even suction performance thanks to large vacuum hoses and reliable valve/ventilation design.  Compact footprint for flexible use: As a bench-top device, it fits well in small workshops, clinics, or shoe/orthotic-making studios — offering professional vacuum-forming ability without needing big industrial infrastructure.  Typical Use Cases Manufacturing custom or off-the-shelf insoles, footbeds, or orthotic shells in small- to medium-sized workshops. Pair-wise production of left and right insoles/orthotics to ensure matching geometry and quality. Forming larger orthotic components (e.g., foot orthoses, braces) that require more workspace than typical insole presses. Small-batch or custom production in orthopedic-shoe or prosthetic/orthotic labs — especially where flexibility, cost-effectiveness, and modest space are priorities. Why Choose VACUPRESS 520 GK-LC DUAL The 520 GK-LC DUAL combines capacity + flexibility + simplicity — offering a larger working frame for bigger or pair-wise projects, while staying accessible through external vacuum integration and compact design. For orthotic workshops, custom shoe makers, or clinics seeking reliable vacuum forming without large industrial investment, this unit represents a practical and scalable solution.

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The VACUPRESS 520 GK-LC is a cost-effective, table-top vacuum deep-drawing (thermoforming) unit designed specifically for the production of insoles, footbeds, and other orthopedic/plastic-formed components. Its compact, no-frills design offers an accessible entry point into vacuum forming technology — ideal for smaller workshops, orthopaedic clinics, or custom footwear makers.  Key Features & Benefits Entry-level vacuum forming: As an economical “starter” unit, the 520 GK-LC provides reliable vacuum forming at a lower cost compared to fully integrated machines — great for small-scale production or workshops new to vacuum technology.  No integrated pump — external vacuum required: The unit connects to an external vacuum source rather than relying on built-in electronics or motors. This simplifies maintenance, reduces energy use, and enables multiple forming units to share a central vacuum supply.  Solid build with quality-standard components: Even though it’s budget-friendly, the 520 GK-LC includes professionally engineered features such as separately adjustable valves for vacuum and ventilation, integrated check valves, air filters, and large-diameter vacuum hoses for optimal suction performance.  Compact, easy to integrate: As a tabletop unit, it’s suitable for smaller workshops or clinics. Its manageable dimensions and weight make it easier to set up without major infrastructure changes.  Ideal for insole and small-part production: The frame size and soft bladder make it particularly suited for molding insoles, footbeds, and similar items — a perfect match for orthopaedic shoe production, foot orthoses workshops, and custom shoe makers.  Typical Use Cases Manufacturing custom or off-the-shelf insoles and foot-orthotics in a small- to medium-scale orthopedic workshop. Crafting footbeds and shoe-insole components for custom shoe builders or orthopedic-shoe technicians. Producing small vacuum-formed plastic or thermoplastic parts (e.g. orthotics, prosthetic shells, footplates) when connected to a shared vacuum system. Setting up a low-cost vacuum-forming station in a clinic, rehab center, or small orthotics lab — ideal for workshops working without heavy machinery or large power requirements. Why Choose VACUPRESS 520 GK-LC The 520 GK-LC strikes a balance between affordability, simplicity, and functional quality. It gives you vacuum forming capabilities suitable for orthopaedic and shoe-craft work without the complexity or cost of larger industrial units. For anyone seeking a reliable way to produce insoles, footbeds, or small orthotic parts — especially in smaller workshops or clinics — this machine offers a smart, practical, and future-proof entry into vacuum thermoforming.

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The DUO-Digital NEO from VACUPRESS is a cutting-edge height measuring instrument engineered for orthopaedic-shoe technology, orthotics, prosthetics, and professional shoe finishing. It delivers instant, digital read-outs of height differences — offering millimeter-accurate measurements that help you confidently manage modifications, adjustments, and quality control.  Key Features & Benefits Digital precision at a glance: The device displays the exact height difference on a clear digital screen — enabling rapid, accurate comparison between two measurement states (e.g., before and after adjustments).  Highest accuracy for final adjustments: Ideal when adjusting ready-made or custom orthopedic/orthopaedic shoes — ensuring final products meet exact spec requirements.  Millimeter-accurate measuring results: Delivers precise and repeatable measurements — essential for consistent quality control across multiple pairs or production batches.  User-friendly operation: Intuitive controls and a clear display make the DUO-Digital NEO simple to operate — minimizing setup time and reducing risk of human error.  Versatile for workshop & clinic use: Suitable for small workshops, orthopaedic clinics, custom-shoe makers, and orthotics labs — anywhere high-precision height measurements are required. Typical Use Cases Measuring heel-height differences or sole-thickness adjustments in orthopedic or ready-made shoes. Quality-control checks to ensure both shoes of a pair match in height after adjustments. Verifying modifications (e.g., added insoles, heel lifts, orthotic inserts) for consistency across pairs or batches. Routine height measurement tasks in orthotics, prosthetics, custom-shoe manufacturing, or rehabilitation-support workflows. Why Choose DUO-Digital NEO The DUO-Digital NEO stands out because it combines precision + ease of use + reliability — giving you exact digital readings without the guesswork of manual measurement. Whether for daily workshop use, prosthetic/orthotic labs, or shoe-finishing shops, this instrument helps deliver consistent, high-quality results and streamlines measurement routines.

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The VACUPRESS Height Measuring Device DUO-Universal is a precision instrument designed for orthopaedic-shoe technology, ready-made shoe adjustments, and professional shoe finishing. It enables reliable comparative measurements — for example, measuring the real height difference between two shortening adjustments — in a simple, intuitive, and repeatable way. Key Features & Benefits Accurate comparative measurement: Instantly shows the real height difference between two adjustment states, allowing you to monitor shortening or height changes at various production stages.  Works for both individual shoes and pairs: Use it to measure one shoe or a pair — ideal for both custom orthopaedic work and ready-made shoe adjustments.  Essential tool for base work and finishing: Whether you are constructing shoe soles, adding cork, or finishing final adjustments — DUO-Universal helps you verify changes and guarantee consistency.  Cost-effective and dependable: Provides precision without requiring high-budget equipment, making it suitable even for small workshops or orthopaedic clinics that need quality results at fair prices.  Simple and workflow-friendly: Because of its straightforward comparative measurement method, it integrates easily into existing workflows — no complex setup or calibration needed.  Typical Use Cases Checking height differences before and after cork installation on lasts.  Monitoring and controlling height/shortening adjustments during base work and final finishing in orthopaedic-shoe production.  Verifying that both shoes of a pair match in height after adjustments.  Serving as a reliable measuring instrument for shoe repair shops, orthopaedic labs, or custom prosthetic/orthotic workshops needing repeatable height-difference measurements. Why It Stands Out DUO-Universal stands out because it brings accuracy + simplicity + affordability — a combination often hard to find in professional orthopaedic measuring instruments. Instead of expensive scanning or digital measurement systems, this tool gives you direct, hands-on insight into height adjustments in seconds, helping ensure your work is precise, consistent, and safe.

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The Qaadir Ripping Chisel is a robust, workshop-grade cutting tool engineered for the demanding material-shaping tasks common in orthotic and prosthetic (O&P) fabrication. Designed with a sharp, durable blade and reinforced handle, this chisel delivers powerful, controlled cuts through dense materials—making it an essential tool for technicians working with plastics, foam blocks, plaster models, and laminated composites. Whether you’re modifying a plaster positive for an AFO, trimming excess material from an orthosis, or shaping foam for a prosthetic liner, the Qaadir Ripping Chisel offers the strength, stability, and precision required for professional-grade results. Key Features & Benefits ✔ Heavy-Duty Blade for Tough Materials Fabricated from high-strength steel, the blade stays sharp under continuous use and resists bending or chipping. Perfect for: Cutting rigid or semi-rigid plastics Trimming EVA, PE foams, and cork Sculpting and shaping plaster models Removing laminate excess or drips during finishing ✔ Reinforced Handle for Safe, Stable Grip Ergonomically designed to deliver maximum control and force while reducing hand fatigue—important when working on large or detailed modifications. ✔ Designed for Rough Shaping and Fast Material Removal The ripping chisel excels at high-force tasks, allowing technicians to: Remove bulk plaster from positive molds Shape high-volume foam models Carve orthoses prior to fine-sanding Open channels or cut trimlines before finishing ✔ Precision Edge for Controlled Cuts Though powerful, the blade provides accurate control, ideal for creating consistent thickness, shaping contours, or refining medial/lateral support areas. Applications in Orthotic & Prosthetic Workshops Orthotic Fabrication Modifying positive plaster casts for AFOs, KAFOs, and spinal orthoses Cutting initial trimlines on plastic braces before sanding Shaping foot orthoses and EVA blocks Preparing orthotic molds for vacuum forming Prosthetic Fabrication Sculpting plaster or foam BK/AK socket models Trimming laminated sockets before grinding Rough-shaping interface padding Opening channels or windows in preparatory designs Plaster Room & Workshop Utility Removing hardened plaster Cleaning cast edges Rapid removal of excess material during model prep Qaadir Ripping Chisel — Maximum Strength for High-Volume Workshop Tasks Dependable, sharp, and built for forceful shaping, the Qaadir Ripping Chisel is a must-have tool for every orthotic and prosthetic technician aiming for accuracy and efficiency in rough fabrication.

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The Qaadir Cross Pein Hammer is a professional-grade tool engineered for the exacting demands of orthotic and prosthetic (O&P) workshops. Featuring a durable steel head, finely shaped cross pein, and a balanced handle, this hammer is designed to deliver accuracy, control, and long-lasting reliability across a wide range of fabrication and modification tasks. Whether shaping metal components, adjusting braces, setting rivets, or refining orthotic hardware, the Qaadir Cross Pein Hammer provides the precision and force needed for high-quality craftsmanship. Key Features & Benefits ✔ Dual-Function Hammer Head Flat striking face for general hammering, plate adjustments, and component seating. Cross pein edge for targeted shaping, bending, spreading metal, and guiding material in tight spaces. This versatility makes it a core tool for orthotic metalwork and prosthetic adjustments. ✔ High-Strength Forged Steel Head Ensures exceptional durability and maintains shape even under repeated workshop use. Perfect for: Shaping aluminium orthotic plates Modifying stainless-steel loops Adjusting metal sidebars Forming rivet heads and hardware ✔ Ergonomically Balanced Handle Available in hardwood or composite grip, designed for: Reduced hand fatigue Controlled, accurate strikes Long, comfortable use during modification work ✔ Ideal for Precise Orthotic Fabrication Tasks The cross pein edge allows technicians to: Flare metal edges Create controlled bends Start holes or seams Work close to trimlines without damaging plastics or leather Applications in Orthotic & Prosthetic Workshops Orthotic Fabrication Shaping metal uprights for KAFOs and AFOs Working on joint housings, stops, and metal brackets Setting rivets and fastening systems Forming leather or plastic edges around metal reinforcements Prosthetic Fabrication Adjusting metal adapters or tabs Setting terminal devices Light shaping of aluminium components Workshop maintenance and equipment adjustments General Workshop Use Bench fabrication Fit-room adjustments Plaster room tasks requiring controlled impact Product Options Various head weights for different workloads Hardwood or composite handle Anti-slip grip option Qaadir Cross Pein Hammer — The Technician’s Essential Metal-Working Tool From fine metal shaping to hardware installation, this hammer gives orthotists and prosthetists the control and durability they need for high-precision craftsmanship.

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The Qaadir High Leverage Side-Cutting Pliers are precision-forged from U.S.-made tool steel and feature induction-hardened cutting knives and a high-leverage design (riveting placed closer to the cutting edge) to deliver up to 46 % more cutting power compared to standard side cutters. These durable pliers are built for heavy-duty use and engineered to perform reliably in professional workshop environments. Use in Orthotic & Prosthetic WorkshopsIn orthotic and prosthetic (O&P) fabrication labs and clinics, these side-cutting pliers become an indispensable tool for a variety of tasks: Cleanly trimming nylon straps, hook-and-loop materials and thermoplastic banding for AFOs/KAFOs and upper limb orthoses. Cutting metal-reinforcement rods, stainless steel loops, rivet posts or strap end-tabs used in orthotic braces and prosthetic frames. Fabrication and modification of aluminium or composite adapters for prosthetic pylons and joint systems — enabling quick, precise trimming of small fasteners or wire ties. Workshop equipment maintenance: removing cable ties, trimming wiring or tubing in 3D-printer setups, router dust extraction systems, or vacuum pump installations. Their hardened knives and high-leverage geometry translate into smoother, more consistent cuts—reducing material fraying, operator fatigue and repair/rework issues. The robust build means they handle frequent daily use in the busy O&P environment and maintain precision over time. Key Benefits in the O&P Context Greater cutting force means difficult materials (metal strap ends, stainless loops) are trimmed cleanly without damaging adjacent orthotic materials. Precision-ground knives deliver clean edges, reducing burrs and improving finish quality — important when trimming components for patient-facing orthoses. Durable construction ensures the tool remains reliable even in rigs-and-tables, plaster rooms, CNC zones and fabrication benches. Versatility across fabrication, adjustment and routine maintenance tasks makes it a smart investment for clinics and workshops looking to standardize their tool kit. For any O&P workshop looking to minimize manual trimming, improve finish quality and extend the lifespan of hardware and strap systems, the Qaadir High-Leverage Side-Cutting Pliers offer professional-grade performance that aligns with modern fabrication demands.

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The Starrett S117PC is a precision-manufactured 5-piece center punch set featuring hardened and tempered steel tips, knurled handles for superior grip, and precision-ground pointed tips for maximum accuracy when marking workpieces. The set includes sizes 1⁄16”, 5⁄64”, 3⁄32”, 1⁄8”, and 5⁄32” and covers a broad range of applications in metal, plastic and wood Key Features Hardened and tempered steel construction for long wear. Precision-ground tips to provide clean, accurate marks. Knurled handle ensures secure grip—even under workshop conditions. Sizes designed to work with common fabrication tasks and fastener preparations. Compact set in a durable case for organised storage. Use in Orthotics & Prosthetics Workshops Though primarily used in metal fabrication, this center punch set is exceptionally useful in O&P workshops for tasks including: Scribing accurate mark-points on aluminium or stainless-steel adapters and plates prior to drilling. Marking casting boards or vacuum-form models when creating custom brackets or joint plates. Locating rivet holes cleanly in braces (spinal, AFO, KAFO) before punch or drill operations. Pre-marking modifications on prosthetic pylons, foot plates or aluminium shims. The knurled grip and hardened tip provide reliability when working on both metal and plastic substrates—making the set a high-precision tool to support robust orthotic/prosthetic assembly, repair and customisation. Why It Matters for Your Workshop In an O&P environment where accuracy, repeatability and material integrity are critical, the Starrett S117PC helps you: Improve alignment accuracy during modifications or custom brackets. Reduce “wobble” or drift when creating mounting points—ensuring device stability and performance. Maintain a clean, professional fabrication workflow: every mark is precise, every alignment deliberate. This centre punch set is a valuable addition to any orthotic or prosthetic fabrication bench—ideal for those who require top-tier precision tools to support high-quality device CAD/CAM, composite work, metal bracket fabrication, and assembly.

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The Stanley Retracting Tape Measure (5M) is a trusted, professional-grade measuring tool designed for precision, durability, and daily use in demanding workshop environments. Whether you're fabricating lower-limb prostheses, capturing measurements for custom AFOs and KAFOs, or marking dimensions for thermoforming and modification, this tape measure delivers the reliability required for high-quality orthotic and prosthetic practice. Built with Stanley’s renowned rugged construction and smooth-action retracting mechanism, this tape measure ensures exact readings and long-term workshop performance. Key Features & Benefits ✔ 5-Meter Professional Length Ideal for capturing full-body and long-limb measurements including: Prosthetic alignment and length KAFO thigh-to-ankle measurements Hip-to-floor and knee center-to-floor readings Tracing large orthotic templates ✔ Durable, Impact-Resistant Housing Designed to withstand drops, workshop dust, and heavy daily use in plaster rooms, fitting rooms, and fabrication labs. ✔ Smooth Automatic Retraction Provides fast, controlled retraction—preventing tape twist, snapping, or edge damage. ✔ Locking Mechanism for Stability Enables hands-free measuring, especially useful when taking: Circumference measurements Segment lengths on casts Dimensions for socket modification Machine and bench measurements in the workshop ✔ High-Visibility Markings Clear, easy-to-read metric graduations ensure accurate measurement during: Limb length assessments Brace alignment Foam model marking Pylon height adjustments ✔ Stainless-Steel Hook End Securely anchors to clothing, casts, or bench edges for steady readings. Applications in Orthotic & Prosthetic Practice Clinical Measurement Measuring limb segments for prosthetic design Circumference measurements for orthoses Height, alignment, and gait reference points Workshop Fabrication Layout marking on plastic sheets and foam blocks Checking lengths on pylons, tubes, and adapters Measuring material cuts and component spacing Verifying alignment on pre-fabricated models Quality Control & Final Fitting Confirming prosthetic height Validating patient alignment Ensuring symmetry in AFO/KAFO builds Checking device dimensions before delivery The Trusted Standard in O&P Measurement Tools Accurate measuring is the foundation of every successful orthotic or prosthetic device. The Stanley 5M Retracting Tape Measure provides the precision, strength, and ease-of-use trusted by technicians and clinicians around the world. Durable enough for the workshop, precise enough for the clinic—this tape measure is an essential tool in every O&P workspace.

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The Qaadir Long Arm Torx Key Set is engineered for the demanding mechanical requirements of modern orthotic and prosthetic workshops. Designed with high-torque, star-shaped (Torx) tips, these tools ensure exceptional grip, reduced cam-out, and superior longevity—making them ideal for securing hardware in prosthetic components, orthotic joints, adapters, and workshop equipment. With a full set of 9 Torx keys, this professional kit covers the entire spectrum of star-drive fasteners commonly used across O&P devices, ensuring technicians can work confidently, efficiently, and safely during fabrication, adjustment, and servicing. Key Features & Benefits ✔ High-Torque Torx Geometry The star-drive profile offers: Greater surface contact with screws Reduced risk of rounding out Improved control during tightening Longer hardware lifespan Essential for locking screws on prosthetic pylons, adapters, and joint systems. ✔ Long-Arm Design for Superior Reach & Leverage Each key provides: Extended length for deep access into prosthetic components Increased leverage for secure tightening Comfortable control during alignment adjustmentsPerfect for KAFO joints, AFO reinforcements, and deep-set prosthetic bolts. ✔ Industrial-Grade Alloy Steel Built for durability, these tools resist: Bending Twisting Wear from repeated daily use Corrosion from workshop environments ✔ Laser-Etched Size Markings Clear, permanent markings make it easy to identify the correct size—improving workflow speed and reducing errors. ✔ Slip-Resistant Surface Finish Textured, matte coating ensures a secure grip even when working with slippery hands or in tight spaces. Set of 9 Torx Sizes Carefully selected for orthotic & prosthetic applications: T10 T15 T20 T25 T27 T30 T40 T45 T50 These sizes cover the majority of star-drive hardware found in: Prosthetic adapters & tube clamps Foot and knee component Allen screws Orthotic ankle joints Workshop machinery and 3D printer assemblies Applications in Orthotic & Prosthetic Workshops Perfect for: Aligning prosthetic limbs Adjusting pylon length and rotation Installing and servicing AFO and KAFO joints Securing strap systems and metal reinforcements Maintaining routers, sanders, vacuum machines, and CNC equipment Field repairs and mobile clinical missions Torx fasteners are increasingly used in O&P hardware for their reliability—making this set essential for any modern clinic or lab. Qaadir Long Arm Torx Key Set — Strength, Precision, and Professional Performance Designed for technicians who demand dependable tools for high-quality orthotic and prosthetic craftsmanship. This Torx set ensures accurate assembly, secure fastening, and long-life performance across all workshop tasks.

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Ball-End Allen Wrenches are essential workshop tools used throughout orthotic and prosthetic fabrication, assembly, and adjustment. Designed for working with inbus (hex) shank screws, these tools provide the precision, reach, and control required for tightening and loosening the fasteners used in joints, adapters, prosthetic components, and orthotic hardware systems. In O&P workshops—where alignment accuracy and secure hardware fixation are critical—ball-end wrenches offer superior accessibility, allowing technicians to engage screws from angles up to 25° off-axis. This flexibility makes them ideal for confined spaces, multi-component assemblies, and final adjustment tasks on both orthotic braces and prosthetic devices. Purpose & Function Ball-end Allen wrenches are used for: Mounting and adjusting prosthetic adapters, pylons, and components Securing orthotic joints, loops, straps, and reinforcements Tightening inset screws inside AFOs, KAFOs, spinal braces, and upper-limb orthoses Quick alignment corrections during fittings Equipment service and workshop maintenance Their ability to work effectively in limited-access areas makes them indispensable in any professional O&P setting. Complete 9-Piece Set – All Essential Sizes Each set includes the most commonly required hex key dimensions for orthotic and prosthetic work: 1.5 mm 2 mm 2.5 mm 3 mm 4 mm 5 mm 6 mm 8 mm 10 mm This range covers everything from delicate screws in upper-limb orthoses to large bolts in prosthetic pylons and heavy-duty joints. Key Advantages for O&P Workshops Ball-End Design for Angled Access Engage screws up to ~25° off-center—ideal for complex devices and tight spaces. High-Torque, Industrial-Strength Steel Withstands repeated tightening without rounding or stripping. Long Arm for Leverage Provides greater reach and torque for secure fastening of prosthetic hardware. Precise Fit for Inbus Screws Prevents screw damage and ensures reliable hardware tightening—critical for safety and stability in patient devices. Ideal for Fabrication, Fitting & Servicing Useful at every stage: initial assembly, midline adjustments, final fitting, and routine maintenance. Essential for Every Orthotic & Prosthetic Clinic Ball-end Allen wrenches are mandatory tools in: Prosthetic fabrication labs Orthotic workshops Mobile repair units Clinical fitting rooms Equipment service departments Their versatility, strength, and precision make them a core part of the O&P technician’s toolkit. Build Better Devices With Reliable, Precision Tools Whether you are adjusting a prosthetic pylon, securing a KAFO joint, or fine-tuning an orthotic strap system, these ball-end Allen wrenches deliver the accuracy and confidence needed for high-quality O&P workmanship.

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The Qaadir Plaster Scoop is a durable, ergonomically designed tool engineered specifically for the demands of orthotic and prosthetic plaster work. Whether mixing plaster for positive models, transferring material to casting buckets, or shaping initial volumes, this scoop ensures clean, efficient, and controlled handling of plaster in busy O&P workshops. With its deep, smoothly contoured bowl and reinforced handle, the Qaadir Plaster Scoop offers superior stability and comfort—making it an indispensable tool for technicians involved in casting, moulding, and model preparation. Key Features & Benefits ✔ Deep, High-Capacity Bowl Perfect for transferring larger volumes of plaster with fewer movements, reducing mixing time and improving workflow. ✔ Strong, Reinforced Construction Built from thick, workshop-grade material that resists cracking and flexing, even under heavy, repeated use. ✔ Smooth, Easy-to-Clean Surfaces Non-stick inner walls prevent plaster buildup, ensuring fast cleaning and longer tool life. ✔ Ergonomic Grip Handle Designed for stability even when the scoop is full. Reduces wrist strain and allows controlled pouring into moulds or buckets. ✔ Ideal for Plaster Room Environments Engineered to withstand: Wet plaster Workshop abrasion Repeated impact Daily disinfectant cleaning ✔ Accurate Pouring Lip Shaped for easy, spill-free transfer—essential for clean mould preparation and maintaining tidy plaster stations. Applications in Orthotics & Prosthetics The Qaadir Plaster Scoop is ideal for: Mixing and transferring plaster for AFO, KAFO, spinal, and upper-limb positive moulds Pouring plaster into casting buckets or impression moulds Adding increments of plaster during model modification Maintaining efficient plaster-room workflows A must-have tool in any orthotic or prosthetic laboratory. Qaadir Plaster Scoop — Reliable, Durable, Built for the Realities of O&P Workshops Designed to withstand daily plaster-room demands, this scoop delivers consistent performance, long life, and professional results—making it an essential tool in every orthotics and prosthetics fabrication environment.

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The Qaadir Steel Loop is a premium-grade hardware component designed specifically for orthotic fabrication, delivering exceptional durability, smooth strap guidance, and long-term reliability. Built to withstand repeated tensioning and daily patient use, the Qaadir Steel Loop provides a secure, low-friction attachment point ideal for a wide range of lower-limb, upper-limb, and spinal orthoses. Manufactured using high-strength, corrosion-resistant steel, this loop ensures that every orthosis achieves a professional finish with dependable structural performance—making it an essential component in any modern O&P workshop. Key Features & Advantages ✔ High-Strength Steel Construction Designed to endure high mechanical loads without bending or deforming. Ideal for: AFO & KAFO calf straps Spinal orthosis closures Upper limb orthotic straps Paediatric device strapping ✔ Corrosion-Resistant & Hygiene-Safe The steel finish resists rust, wear, sweat exposure, and frequent cleaning—ensuring longevity and safety in clinical environments. ✔ Smooth, Low-Friction Strap Movement Precision-rounded edges allow straps to glide easily without fraying or catching, improving: Strap lifespan Ease of donning and doffing Patient comfort Technician workflow ✔ Stable, Secure Anchoring Provides a rigid anchor point for hook-and-loop fasteners, instep straps, tensioning systems, and multi-strap configurations. ✔ Ideal for Heavy-Use Orthoses Particularly suited for devices used in: Paediatrics Neurological rehabilitation High-activity adult orthoses Long-term orthotic management Applications in Orthotic Fabrication The Qaadir Steel Loop is commonly used in: Lower Limb Orthoses AFO instep straps Calf and ankle closures KAFO thigh/calf straps Night splints and corrective braces Upper Limb Orthoses Wrist/hand orthosis closures Elbow brace strapping Positional supports Spinal & Trunk Orthoses TLSO/LSO fastening systems Paediatric spinal bracing Workshop Utility Strap routing Reinforcement points Replacement parts during repair services Qaadir Steel Loop — Strong, Secure, Built for Precision Orthotic Craftsmanship Reliable, robust, and engineered for smooth strap function, the Qaadir Steel Loop is the perfect hardware choice for orthotic fabrication that demands durability and professional performance.

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The Mover mechanical testing platform by Move Engineering B.V. is a state-of-the-art, compact, and highly versatile test rig designed for structural, dynamic, and static evaluation of prosthetic and orthotic components. Engineered for laboratories, manufacturers, and research institutions that demand accuracy, reliability, and ISO-aligned testing performance, the Mover platform provides a robust solution for validating lower-limb prosthetic components, materials, and assemblies. Available in two models—Mover5 and Mover7—the platform accommodates a wide range of mechanical testing scenarios, from high-frequency dynamic load cycles to high-force static evaluations, while maintaining exceptional precision and ease of use. Powerful Testing Performance Mover5 Static load: up to 3,750 N Dynamic load: up to 4,000 N Testing frequency: up to 10 Hz Advantages: higher stroke speeds, superior accuracy at high frequency, equipped with a 5 kN force sensor Mover7 Static load: up to 7,000 N Dynamic load: up to 4,000 N Testing frequency: up to 5 Hz Advantages: reaches and exceeds ISO 10328:2016 P8 static testing level (175 kg) Both models provide: 200 mm stroke 700 mm maximum sample height Capability to test full prosthetic assemblies, adapters, joints, sockets, foot components, and materials used in O&P fabrication. Key Features 1. Flexible Testing Possibilities The Mover platform supports multiple testing modes essential for modern prosthetic and orthotic development: Dynamic force testing Static compression and failure testing Customised and complex loading profiles Whether for R&D, fatigue evaluation, durability studies, or certification prep, the Mover adapts to your methodology. 2. Precision Data Logging & Control Designed for high-accuracy measurement, the system offers: Logging of sensor averages at user-defined intervals Full-cycle logging with logarithmic intervals Event-based log capture Ring memory for capturing all data parameters during key events This enables researchers and engineers to capture detailed structural performance data for reporting, analysis, and compliance documentation. 3. High-Frequency Accuracy Stable force control across the entire load range Reliable performance even at high dynamic frequencies Ideal for fatigue, cyclic load, and long-duration endurance testing 4. Compact & Workshop-Ready A powerful testing platform that fits easily into any laboratory or workshop: Footprint: approx. 60 × 60 cm Height: approx. 2140 mm Weight: approx. 95 kg Power: Standard 230 V (Europlug, Type F) Noise: < 60 dB(A) Its small footprint makes it ideal for P&O research centres, universities, and manufacturers with limited space. 5. Ready to Use Out of the Box Each Mover test rig arrives with: Calibrated force sensor Basic connector set Mover Test Software Browser-based control (PC or tablet) CE and TÜV NRTL (US & Canada) certification EWON industrial VPN router for remote support & firmware updates Available Options Stiffer Force Sensor (5× stiffness) For enhanced measurement accuracy and reduced deformation in high-load scenarios. Front & Rear Safety Doors with Integrated Sensors Complies with the European Machinery Directive Meets safety requirements in the US and Canada Mandatory for use outside the EU Service Subscription Continuous software updates Online technical support Training & On-Site Installation Including practical testing sessions and set-up assistance. Other Custom Configurations 380 V versions available on request. Technical Specifications Dimensions: 600 × 600 × 2140 mm Weight: ~95 kg Supply voltage: 230–240 V AC, 50/60 Hz Power consumption: 570 W Protection class: I (grounded) Internal fuse: 10 A slow-blow CE Machinery Directive compliant TÜV NRTL certified Emergency stop switch & monitored safety enclosure No internal batteries, no water systems, no pressurised gas Ideal for Prosthetic & Orthotic Applications The Mover platform is perfectly suited for: ISO 10328-aligned prosthetic structural testing Dynamic fatigue and cyclic load testing Adapter, pylon, joint, foot, and full-assembly evaluation Material testing for composites, polymers, and O&P fabrication materials Research, development, teaching, and certification environments Its versatility, precision, and compliance make it an essential tool for any organisation committed to producing safe, durable, and high-performance prosthetic and orthotic solutions.

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The Qaadir Vacuum Forming Workstation  is purpose-designed for prosthetic and orthotic (P&O) workshop environments. With its high-capacity vacuum system, mobile configuration, robust structure and electronic control interface, this station supports deep-draw processes, plastic forming and lamination under vacuum, as well as casting operations. Whether used for socket forming, thermoplastic sheet processing or mould lamination, the DR.5500 delivers performance and workflow efficiency. Key Features High Capacity Vacuum Pump & Tank: The unit features a 3,500 m³/h vacuum pump paired with a 50-litre vacuum tank for stable, sustained vacuum draw—ideal for large-format vacuum operations.  Electronic Control with Four-Way Vacuum Line: Includes a 4-way vacuum line manifold for simultaneous rigging of multiple forming stations or vacuum trays.  Workshop-Optimised Design: Built with sheet-metal construction, RAL 7035 & 7045 colour finish, mobile design (casters or otherwise) and 220 V / 50 Hz supply with CEE plug & socket for standard workshop power setups.  Deep‐Draw & Lamination Ready: Suitable for deep-draw forming, plastic sheet vacuuming, lamination and casting processes used in the P&O sector. Sound‐Rated for Lab Use: Noise intensity level rated at approx. 65 dB, making it suitable for shared workshop environments.  Technical Specifications Parameter Specification Code DR.5500 Dimensions (W × D × H) 150 cm × 60 cm × 125 cm Power Supply 220 V, 50 Hz; CEE plug 3 × 16 A / socket 3 × 16 A  Vacuum Pump Capacity 3,500 m³/h  Vacuum Tank Capacity 50 litres  Vacuum Line 4-way manifold (4 lines)  Noise Level Approx. 65 dB  Construction Sheet metal, workshop finish (RAL 7035 & 7045)  Applications In orthotics & prosthetics fabrication, the Qaadir Vacuum Forming Workstation  is used for: Vacuum forming of thermoplastic sheets (e.g., sockets, orthotic shells) where a large vacuum tank and powerful pump enable deep/large draws. Lamination or composite forming tasks within the P&O workshop, where consistent vacuum and material conformity are required. Casting workflows, such as resin or composite lay-up techniques under vacuum, reducing bubbles and improving laminate quality. Multi-station workshop environments: the 4-way vacuum line allows several forming stations to be connected, enhancing throughput in busy labs. Summary:The Qaadir Vacuum Forming Workstation offers a dependable, high-capacity vacuum solution tailored for P&O workshop demands. With large tank volume, robust vacuum capacity, multiple lines, and workshop-rated construction, it becomes a central asset for fabrication workflows involving vacuum forming, lamination or casting processes.

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In an O&P workshop (orthotic & prosthetic device production), a high-precision table saw like the Makita 2712 can serve several critical functions. Below is how it can be integrated usefully, along with benefits and recommendations. Use Cases / Workflow Integration Cutting thermoplastic sheets / polymer blanks Many orthoses (e.g. AFO shells, KAFOs, spinal orthoses) begin from thermoplastic sheets (e.g. polypropylene, polyethylene, polycarbonate). The 2712’s power and depth allow cutting thick sheets or multi-layer laminates. Bevel / angled cuts (0–45°) help in shaping flanges, tapering edges, or faceting joint regions. Prototype trimming & shaping of laminated composite parts For hybrid composite constructions (e.g. reinforced carbon / fiberglass plates), the saw can pre-cut laminates or backing materials before finer finishing. Larger workpieces — shell blanks or support members — can be dimensioned before finishing on finer tools. Cutting of wood, composite, MDF or foam molds / patterns Workshops often use male/female molds or foam cores for forms; the table saw can precisely cut wood, MDF or foam boards for casting or vacuum forming. Useful in fabrication of jigs, support frames, or model prototypes. Cutting plastic (acrylic / polycarbonate) covers, fairings, or cosmetic panels Prosthetic covers or cosmetic shells (transparent or colored plastics) often require accurate cuts; the saw’s smooth cutting capability is advantageous. Batch / recurring part slicing Because of its stable guide and fence, the 2712 is well-suited for repetitive cuts (e.g. multiple identical blanks) with minimal setup drift, improving throughput consistency. Benefits Specific to O&P Workshops Precision & Repeatability: Strong guides and fences help produce consistent blanks, reducing error margins that would otherwise require rework. Throughput & Efficiency: Being able to cut thicker materials in one pass reduces the need for multiple passes or secondary cutting. Flexibility: The ability to bevel and handle oversized materials adds design flexibility — critical when customizing orthoses to patient morphology. Robustness / Longevity: Induction motor and structural build support heavy usage with lower breakdown risk, which is important in a busy workshop environment. Mobility: Wheels and handles mean the machine can be relocated in the workshop or in modular workshop setups. Recommendations & Best Practices Blade selection: Use high-quality carbide tipped blades suited for plastics / composite materials (fine teeth, minimal chip). Avoid using default wood blades for thermoplastics to prevent melting or chipping. Feed rate & cooling: For plastic and composite cuts, use slower feed and minimal heat load. Consider external cooling or air blast to prevent melting. Dust / particle control: Install proper dust extraction / vacuum connection to remove debris, especially from plastic and composite materials. The 2712 supports dust extraction.  Safety & jigs: Use push sticks, featherboards, and jigs, especially when cutting smaller blanks. Maintain blade guards. Calibration & alignment: Frequently check fence alignment, blade squareness, and flatness; O&P parts require tight tolerances. Vibration dampening & mounting: Mount on sturdy bench or base to avoid vibration transfer to softer components being cut (which can blur edges). Workflow placement: Situate the saw early in the raw-material-to-finished-part flow (i.e. after sheet stock unpacking, before finer trimming/grinding) to relieve downstream tools. Key Specifications Motor / Power: 2,000 W (220 V); 1,760 W (127 V) No-load speed: 3,400 min⁻¹ (rpm)  Blade / Cutting Capacity: • Max depth at 90°: 93 mm  • Max depth at 45° bevel: 64 mm (or 58 mm, depending on spec sheet)  • Blade size: 315 mm diameter, arbor bore 30 mm  Bevel Range: 0° to 45° (left)  Table & Dimensions: • Table size ~ 550 × 800 mm  • Overall dimensions (L × W × H): 1670 × 700 × 810 mm  • Net weight (without cable): ~52.9 kg  Noise & Vibration: Sound pressure ~93 dB(A); sound power ~105 dB(A) Additional features: • Solid front & back guides, precise rip fence  • Table extension for larger workpieces  • Wheels and handles for portability • Induction motor for quieter, maintenance-free operation  Value proposition / usability highlights Built for precision and durability, with strong guides and fences to maintain cut accuracy Capacity to cut thick materials (up to ~93 mm) makes it suitable for heavier or thicker substrate tasks Beveling and combining table extension gives flexibility for angled and oversized cutting jobs Portability (wheels, handles) and robust frame make it usable in workshops where relocating the machine occasionally is needed Induction motor helps reduce vibration, noise, and maintenance — beneficial in a workshop environment

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