THERMAL EQUIPMENT

Applications:

  • Forming plastic components for upper and lower limb orthoses.
  • Manufacturing rigid and semi-rigid spinal braces, including Chêneau-type braces.
  • Preparing thermoplastic sheets of various thicknesses used in prosthetics.

Professional assessment:

The infrared oven reduces material preparation time, lowers the defect rate, and improves the quality of the finished product for the patient.

THERMAL EQUIPMENT

INFRARED OVEN NM-M.9000

A professional solution for precise, fast, and uniform heating of thermoplastics.
An infrared oven designed for modern orthopaedic workshops and prosthetic and orthotic centers, facilitating the preparation of polyethylene, polypropylene, and similar thermoplastics for the production of custom orthoses, corsets, and prosthetic sockets. Key advantages and design features:
  • Infrared heating technology: quickly and evenly heats the entire surface of the material, preventing cold spots and localized overheating.
  • Ergonomic pull-out carriage: ensures safe and convenient loading and unloading of large-format plastic sheets.
  • Process control: a viewing window in the lifting lid allows you to monitor the degree of material softening without opening the oven.
  • Ease of operation: the side control panel features operation indicators, power/temperature controls, and a main power switch.
  • Mobile and compact design: a sturdy chassis with swivel casters allows the unit to be easily moved around the workshop.
Technical specifications:
Parameters Values
Overall dimensions (W*D*H): 1600*1250*1600 mm
Dimensions with doors open (W*D*H): 1600*1250*2300 mm
Heating area (W*D): 1200*1000 mm
Power supply: 220 V / 50-60 Hz; 380 V / 50-60 Hz
Power: 7200 W (7.2 kW)
Heating element: Quartz infrared tubes – 6 pcs. * 1000/1200 W
Temperature range: 0 – 260 °C
Temperature control sensor: Type K
Power cable: 5*4 / 3 m
Interior lighting: 2*35 W
Viewing window: Heat-resistant glass – 400*200 mm

Applications:

Thanks to its stable temperature control and large working area, this professional equipment is ideal for working with plastic sheets.

THERMAL EQUIPMENT

INFRARED OVEN NM-M.7000

The NM-M.7000 infrared oven manufactured by NOVUS GRUP is designed for uniform heating of thermoplastic materials (PP, PE, PU) directly on a PTFE sheet or using a forming frame (modeling frame), which is critical for forming and modeling processes. It provides uniform heating and consistent results while reducing the risk of overheating. This oven is ideal for technicians, orthotists, and prosthetics specialists.

Equipment description:

  • Heating technology: The oven is equipped with 4 quartz infrared tubes and special reflectors, ensuring uniform heating of the material across the entire surface.
  • Temperature range: Adjustable from 30 °C to 250 °C.
    ​Design features: Vertical sliding doors save space and provide convenient access.
  • Viewing window: Allows visual monitoring of the heating process.
  • PID control: Ensures precise maintenance of the set temperature inside the oven.
  • Coating: The working surface is covered with breathable, non-stick Teflon fabric with a thickness of 0.25 mm.
  • Carriage: Rotation function is not available.

Technical specifications:

ParametersValues
Overall dimensions (W*D*H):1150*1150*1450 mm
Dimensions with doors open (W*D*H):1150*1150*1800 mm
Heating area (W*D):1000*1000 mm
Power supply:220 V / 50-60 Hz; 380 V / 50-60 Hz
Power:6000 W (6 kW)
Heating element:Quartz infrared tubes – 4 pcs. * 1500 W
Temperature range:0 – 260 °C
Temperature control sensor:Type K
Power cable:5*4 / 3 m
Interior lighting:2*35 W
Viewing window:Heat-resistant glass – 400*200 mm

Applications:

  • Fast and uniform two-sided heating of rigid orthopaedic plastics.
  • Forming large components of prosthetic and orthotic products.
  • Small-batch and custom production of rehabilitation aids.

Professional assessment:

The system accelerates the thermoforming cycle, reduces internal stresses in the material during heating, and helps achieve the precise target geometry of the finished product.

THERMAL EQUIPMENT

PRESS OVEN NM-M.6000

Industrial precision, uniform heating, and ease of operation when working with plastic sheets.

The horizontal heating press with a hinged lid is designed for high-quality two-sided heating of thermoplastic sheets. It is suitable for working with polyethylene, polypropylene, and similar materials used in the production of braces, orthoses, prosthetic sockets, and custom insoles. Key advantages and design features:
  • Hinged lid with gas struts: provides smooth opening, secure fixation in the raised position, and comfortable operation for the operator.
  • Spacious working area: allows large sheets to be positioned evenly; the front handle enables easy one-handed closing.
  • Protected central control unit: automation components are located beneath the working surface, eliminating the risk of accidental damage.
  • Durable stationary housing: a rigid metal frame with adjustable feet ensures stability and effectively dampens vibrations.
Technical specifications:
Parameters Values
Overall dimensions (W*D*H): 1250*1100*900 mm
Dimensions with lid open (W*D*H): 1250*1100*1850 mm
Heating area (W*D): 1160*960 mm
Power supply: 220 V – 380 V / 50-60 Hz;
Power: 6000 W (6 kW)
Heating element: Heating elements – 4*1500 W
Temperature range: 0 – 260 °C
Temperature control sensor: Type K
Power cable: 5*4 / 3 m

Applications:

  • Heating polyethylene and polypropylene sheets for the production of orthoses.
  • Thermal treatment of materials for custom orthopaedic footwear and insoles.
  • Use in workshops with limited space thanks to its vertical and compact design.

Professional assessment:

The cabinet-type oven ensures consistent thermoforming results, precise temperature control, and a high level of operational safety for staff.

THERMAL EQUIPMENT

THERMAL CABINET NM-M.9500

A compact and professional solution for uniform heating of materials in prosthetic and orthotic manufacturing.

A closed cabinet-type oven designed for orthopaedic workshops, laboratories, and medical centers. It is ideal for preparing low- and high-temperature thermoforming thermoplastic sheets, as well as insoles, braces, and prosthetic components. Key advantages and design features:
  • Thermally insulated closed chamber: reduces heat loss, maintains a stable temperature in the working area, and improves safety by controlling the temperature of external surfaces.
  • Heat-resistant viewing window: allows visual monitoring of the material softening process without opening the door.
  • Digital PID controller: provides precise temperature adjustment and continuous monitoring. Controls for heating, interior lighting, and main power are located on the front panel.
  • Ergonomic handle with lock: ensures a tight door closure and convenient one-handed opening.
  • Industrial manufacturing standard: a durable housing and strict quality control during production are designed for long-term and reliable operation.
Technical specifications:
Parameters Values
Overall dimensions (W*D*H): 850*800*1100 mm
Dimensions with door open (W*D*H): 850*1650*1100 mm
Heating area (W*D): 700*600 mm
Power supply: 220 V / 50-60 Hz
Power: 4000 W (4 kW)
Heating element: Heating elements – 4 pcs. * 1000 W
Temperature range: 0 – 260 °C
Temperature control sensor: Type K
Power cable: CEE 3*25
Interior lighting: 2*35 W
Viewing window: Heat-resistant glass – 400*200 mm

THERMAL EQUIPMENT

WATER BATH NM-M.4000

The NM-M.4000 water bath manufactured by Novus Grup Makine is designed for processes requiring gentle and uniform heating of Pedilon sheets up to 100 °C. Equipment description:
  • Control system: The unit is equipped with a programmable microprocessor controller that provides highly accurate temperature adjustment.
  • Thermal insulation: The housing features three-layer insulation, ensuring excellent heat distribution and minimal energy loss compared to similar products in the same class.
Technical specifications:
Parameters Values
Overall dimensions (W*D*H): 700*500*250 mm
Internal dimensions (W*D*H): 630*430*90 mm
Volume: 20 L
Power supply: 230 V / 56-60 Hz
Temperature range: 0 – 100 °C
Power cable: CEE 3*16
Temperature controller: Electronic, with temperature control function
Material: Stainless steel
Silicone mat: Included, 500*300 mm

VACUUM SYSTEMS

Applications:

  • Forming complex prosthetic sockets and orthoses on custom positive models.
  • Laminating carbon fiber or fiberglass using acrylic and epoxy resins.
  • Digital prosthetic laboratories with high quality control requirements.

Professional assessment:

Automatic pressure control reduces variability caused by human factors, ensures void-free lamination, and increases workshop productivity.

VACUUM SYSTEMS

AUTOMATIC VACUUM SYSTEM NM-M.2000

Digital control, automation, and high precision for next-generation prosthetic and orthotic manufacturing.
The automatically controlled vacuum station maintains the set level of negative pressure independently. It ensures consistent quality when laminating composite materials, as well as during thermoforming of prosthetic sockets and braces. Key advantages and design features:
  • Touchscreen HDMI panel: displays real-time pressure graphs, allows target vacuum values to be set, and automatically runs work cycles.
  • Automatic and energy-efficient operation: once the target vacuum is reached, the pump switches to standby mode and activates only to compensate for pressure loss.
  • Six-channel distribution manifold: six outlets with independent valves allow multiple vacuum lines to be used simultaneously or separately.
  • Enclosed industrial design: the metal housing protects electronic and mechanical components from dust and impacts.
Technical specifications:
Parameters Values
Overall dimensions (W*D*H): 450*400*280 mm
Pressure range: 0 – 650 mmHg
Noise level: 60 dB
Power supply: 220 V / 50-60 Hz
Electrical connection: 1*230 N / PE /50 / 0.11 kW
Vacuum: 90 mBar (=78%)
Suction capacity: 59 L/min
Number of ports: 6 vacuum ports
Digital display: 4.3-inch touchscreen
Control type: Touchscreen

Applications:

  • Vacuum forming of thermoplastic sheets on positive models.
  • Resin lamination and casting with vacuum assistance in the production of custom prosthetics.
  • Simultaneous vacuum supply to multiple prosthetist workstations.

Professional assessment:

The multifunctional system ensures tight material conformity to the mold, reduces air bubble formation in composites, and increases the strength of the finished product.

VACUUM SYSTEMS

DIGITAL VACUUM SYSTEM NM-M.1000

A multi-channel system for precise and reliable vacuum forming of prosthetics and orthoses.

The digital vacuum station with semi-automatic control creates stable and adjustable negative pressure on plaster or polymer positive models during the forming of prosthetic sockets, rigid braces, and other orthopaedic products. Key advantages and design features:
  • Six independent vacuum outlets: mechanical shut-off valves allow multiple workstations to be connected simultaneously, with each line controlled separately.
  • Precise vacuum adjustment: fine-tuning valves help regulate and control the pressure applied by heated plastic or laminating resin to the mold.
  • Durable enclosed housing: the powder-coated metal housing protects internal components, while the central switch provides quick and convenient control.
Technical specifications:
Parameters Values
Overall dimensions (W*D*H): 470*410*350 mm
Pressure range: 0 – 760 mmHg
Noise level: 60 dB
Power supply: 220 V / 50-60 Hz
Electrical connection: 1*230 N / PE /50 / 0.11 kW
Vacuum: 90 mBar (=78%)
Suction capacity: 62 L/min
Number of ports: 6 vacuum ports
Liquid collection tank: 2.5 L
Control type: Digital, semi-automatic

VACUUM SYSTEMS

VACUUM FORMING WORKSTATION NM-M.2750

The vacuum station is a professional workstation designed for safe and controlled vacuum forming, deep drawing, and lamination processes in prosthetic and orthotic workshops. Applications:
  • Prosthetic and orthotic workshops;
  • Lower-limb prosthesis assembly;
  • Work with prosthetic sockets;
  • Prosthesis alignment and adjustment;
  • Orthosis assembly and adjustment;
  • Installation of adapters and connecting components;
  • Mechanical fixation and precise adjustment;
  • Prosthesis maintenance and servicing.

Applications:

A professional solution for vacuum forming and deep drawing.

VACUUM SYSTEMS

VACUUM DEEP DRAWING STATION NM-M.2600

The vacuum station is a professional workstation designed for safe and controlled vacuum forming, deep drawing, and lamination processes in prosthetic and orthotic workshops.

Thanks to its powerful vacuum system, precise pressure adjustment, and ergonomic design, it provides high efficiency when forming thermoplastics and performing lamination processes.

Stainless steel working components and a durable electrostatically coated housing ensure long-lasting performance under intensive workshop conditions.

Key advantages and design features:

  • Safety and durability: stainless steel working components and a metal housing with electrostatic powder coating ensure reliability and a long service life.
  • Precise control: the digital temperature control and air pressure adjustment system enables processes to be performed with maximum precision and full control.
  • High vacuum performance: the powerful vacuum system provides fast and efficient forming of thermoplastic materials.
  • Ergonomic design: foot pedals allow the operator to control the vacuum system hands-free.
  • Multi-channel connection: the vacuum line with 4 outlets allows various working accessories to be connected and supports a wide range of applications.

VACUUM SYSTEMS

DEEP DRAWING WORKBENCH WITH TWO WORKSTATIONS NM-M.2800

A professional workstation designed for assembly, alignment, adjustment, fixation, and various mechanical operations in prosthetic and orthotic workshops. Thanks to its durable steel housing, multi-position adjustable bracket, swivel vise system, and height-adjustable work platform, the workstation provides ergonomic operation and high precision for a wide range of prosthetic and orthotic tasks. Applications:
  • Prosthetic and orthotic workshops;
  • Lower-limb prosthesis assembly;
  • Work with prosthetic sockets;
  • Prosthesis alignment and adjustment;
  • Orthosis assembly and fitting (adjustment);
  • Installation of adapters and connecting components;
  • Mechanical fixation and precise adjustment;
  • Prosthesis maintenance and servicing.

VACUUM SYSTEMS

VACUUM DEEP DRAWING PRESS NM.M-6500

Ergonomics, integrated vacuum preparation, and mobility for the production of composite sockets.

The NM-M.1900 vacuum press manufactured by Novus Grup Makine is a compact tabletop device designed for prosthetic and orthotic applications. It is used for forming custom insoles, fixing orthopaedic footwear components, as well as for uniform bonding and modeling of thermoplastic material layers under vacuum. Equipment description:
  • Vacuum control: A rotary mechanical switch with “On–Off” positions is located on the front panel.
  • Membrane material: Highly elastic silicone membrane.
  • Book-style design: The press consists of a durable metal tabletop housing and a hinged upper frame containing the elastic silicone membrane. The frame is equipped with a handle for convenient opening and closing.
  • Efficient vacuum forming: The built-in pump with a capacity of 3 m³/h quickly evacuates air from the working chamber. The generated pressure of 200 mBar ensures extremely tight conformity of the heated workpiece (e.g. EVA or thermoplastic) around the last or cast without gaps.
  • Ergonomics: With a height of only 14 cm, the device takes up minimal space and can be installed directly on the prosthetist’s workbench.
Technical specifications:
Parameters Values
Overall dimensions (W*D*H): 600*750*280 mm
Pressure range: 0 – 200 mBar
Capacity: 3 m³
Power supply: 220 V / 50-60 Hz
Membrane material: Highly elastic silicone

SILICONE PROCESSING EQUIPMENT

Applications:

  • Uniform (homogeneous) incorporation of color pigments and catalysts into the silicone base.
  • Removal of air bubbles through repeated rolling.
  • Preparation of silicone sheets with uniform thickness for pressing or subsequent production stages.

Professional assessment:

Automation reduces the amount of heavy manual labor required for mixing, shortens preparation time, and significantly improves mixture homogeneity, which is critical for patient comfort.

SILICONE PROCESSING EQUIPMENT

AUTOMATIC SILICONE PROCESSING MACHINE NM-M.8500

Automatic mixing, homogenization, and digital control for the production of custom silicone products.

Automatic electric roller mills are designed for mixing, coloring, and plasticizing high-viscosity two-component HTV (high-temperature vulcanizing) silicones. They are suitable for the production of silicone prosthetic sockets, liners, finger prostheses, pelottes, and orthopaedic insoles. Key advantages and design features:
  • Touchscreen HDMI control: Roller speed, the gap between the rollers, and mixing cycles can be precisely adjusted.
  • Precision chrome-plated rollers: Steel rollers with a mirror-polished surface reduce silicone adhesion and are easy to clean.
  • Multi-level safety system: Two upper emergency stop buttons and material entanglement hazard warnings ensure operator safety.
  • Foot pedal: Keeps both of the operator’s hands free for working with the material.
  • Durable housing: Effectively dampens vibrations and ensures stable operation when rolling dense silicone blocks.
Technical specifications:
Parameters Values
Overall dimensions (W*D*H): 1200*600*1400 mm / 900*600*1400 mm
Roller size Ø*L: 200*750 mm / 100*450
Distance between rollers: 0 – 20 mm
Power supply: 220 V / 50-60 Hz
Roller rotation speed: 5 – 25 rpm
Control panel: Digital touchscreen
Control type: Automatic

Applications:

  • Incorporation of pigments, catalysts, and additives into a high-viscosity silicone base.
  • Removal of microbubbles through repeated rolling.
  • Preparation of calibrated silicone sheets with a specified thickness for forming.

Professional assessment:

The semi-automatic model combines a robust mechanical design with basic drive automation. It is an optimal solution for workshops where direct manual control over material behavior is required.

SILICONE PROCESSING EQUIPMENT

SEMI-AUTOMATIC SILICONE PROCESSING MACHINE NM-M.8550

A balance of mechanical control, reliability, and productivity for the preparation of orthopaedic silicone.

Semi-automatic roller mills are designed for mixing, plasticizing, deaerating (air removal), and uniform coloring of high-viscosity two-component HTV silicones. Key advantages and design features:
  • Combined control panel: includes a digital display, “START/STOP” buttons, direction or mode switches, and a main power switch.
  • Precise mechanical adjustment: the front handwheel allows the operator to precisely adjust the gap between the rollers and the thickness of the silicone sheet.
  • Hardened rollers with a mirror-polished surface: the wear-resistant chrome coating reduces silicone adhesion and makes cleaning easier.
  • Comprehensive safety system: two emergency stop buttons and pinch hazard warnings reduce operational risks.
  • Foot pedal: provides convenient hands-free machine control, allowing the operator to focus fully on working with the material.
Technical specifications:
Parameters Values
Overall dimensions (W*D*H): 1200*600*1400 mm / 900*600*1400 mm
Roller size Ø*L: 200*750 mm / 100*450 mm
Distance between rollers: 0 – 20 mm
Power supply: 220 V / 50-60 Hz
Roller rotation speed: 5 – 25 rpm
Control panel: None
Control type: Semi-automatic

EQUIPMENT FOR PROCESSING AND POLISHING

Applications:

  • Finishing edges and chamfering plastic orthoses and braces.
  • Final polishing and precision grinding of prosthetic sockets.
  • Shape correction of multilayer insoles and prosthetic foot components.

Professional assessment:

The machine combines high processing performance with a controlled, clean, and ergonomic workflow in orthopaedic workshops.

EQUIPMENT FOR PROCESSING AND POLISHING

MILLING AND POLISHING MACHINE NM-M.3000

A powerful and safe machine for leveling, shaping, and finishing prosthetic and orthotic products.

This specialized machine is designed for the final finishing of prosthetic sockets, shaping models and components, processing the edges of rigid braces, as well as precisely fitting components of custom orthopaedic footwear and insoles. Key advantages and design features Powerful drive: An industrial motor provides stable torque even under high loads and efficiently operates with various milling and polishing attachments. Wide and accessible working area: The extended shaft design provides convenient access to the internal and external surfaces of large or deep components. Integrated connection to the dust extraction system: Enables effective removal of plastic, plaster, and composite dust directly at the point of generation. Durable housing and safe operation: The rigid frame reduces vibration, while the easily accessible main switch ensures safe operation. Technical specifications
Parameters Values
Overall dimensions (W*D*H): 600*950*1100 mm
Working height adjustment: 800 – 1100 mm
Noise level: 84 dB
Power supply: 220 V / 50-60 Hz
Motor speed range: Variable speed control, 0 – 3600 rpm
Shaft dimensions: 30*35*225 mm
Tilt angle adjustment: 0 – 45°
Milling attachment thread: M16
Dust extraction outlet: Ø90 mm
Lighting: Optional
Emergency stop: Foot pedal and emergency motor stop button

Applications:

  • Processing and leveling the edges of plastic orthoses and braces.
  • Polishing and precision grinding of prosthetic sockets.
  • Shaping components of insoles and prosthetic foot components.

Professional assessment:

Despite its compact housing, the machine delivers processing quality comparable to that of larger floor-standing machines while saving valuable laboratory space.

EQUIPMENT FOR PROCESSING AND POLISHING

DESKTOP MILLING AND POLISHING MACHINE NM-M.3500

Professional processing power and precise finishing in space-constrained environments.

The desktop model is a compact solution designed for milling, grinding, and polishing materials such as rigid plastic, resin, carbon fiber (carbon composite), and dense rubber. Key advantages and design features:
  • Industrial asynchronous motor: provides stable speed and high torque within a protected housing.
  • Extended cantilever shaft: provides easy access to the internal surfaces of deep cavities, such as transtibial and transfemoral prosthetic sockets.
  • Adjustable tilt mechanism: a reinforced hinge and locking lever allow the working angle to be adjusted to suit the operator and workpiece.
  • Safe operation and rigid fixation: the main switch on the side panel enables quick shutdown, while mounting holes in the base allow the machine to be securely fixed to the workbench.
Technical specifications
Parameters Values
Overall dimensions (W*D*H): 600*950*1100 mm
Working height adjustment: 800 – 1100 mm (depending on workbench height)
Noise level: 84 dB
Power supply: 220 V / 50-60 Hz
Motor speed range: Variable speed control, 0 – 3600 rpm
Shaft dimensions: 30*35*225 mm
Tilt angle adjustment: 0 – 45°
Milling attachment thread: M16
Dust extraction outlet: Not available
Lighting: Optional
Emergency stop: Foot pedal and emergency motor stop button

ASPIRATION SYSTEMS

Applications:

  • Removal of dust directly at the source during operation of milling and polishing machines.
  • Air purification when processing materials for insoles made of EVA and PU.
  • Collection of plaster dust during the processing and finishing of orthopaedic positive models.

Professional assessment:

The dust extraction unit helps protect personnel’s respiratory system, prevent contamination of sensitive electronic equipment, and reduce cleaning time.

ASPIRATION SYSTEMS

DUST EXTRACTION UNIT NM-M.0750

Powerful suction, effective filtration, and a clean working area when processing prosthetic and orthotic products.

The industrial vertical dust collector is designed for the rapid removal of dry dust, fine shavings, plaster, composites, acrylic resin, and thermoplastic residues generated during milling, trimming, and grinding. Key advantages and design features:
  • Dual-channel connection: two suction outlets allow two workstations or different grinding and milling machines to be connected simultaneously.
  • Two-stage filtration: the upper fabric filter captures fine airborne dust, while the lower collection bag accumulates heavy shavings and larger debris.
  • Reliable motor: the asynchronous motor located in the upper section provides stable suction and is controlled via a local control unit. Mobile wheeled platform: four swivel casters allow the unit to be easily moved to the required machine.
  • Powder-coated metal construction: resistant to corrosion and minor scratches.
Technical specifications
Parameters Values
Overall dimensions (W*D*H): 400*600*800 mm
Airflow (capacity): 1300 m³/h
Noise level: 90 – 95 dB
Power supply: 220 V – 380 V / 50-60 Hz
Motor power: 0.55 kW, 3000 rpm
Suction speed: 24 m/s
Filtration rating: 5 µm
Filter size: Ø40*50 cm
Bag capacity: 150 L
Inlet diameter: Ø100 mm
Number of filters: 1 pc.

FURNITURE FOR PROSTHETIC AND ORTHOTIC WORKSHOPS

FURNITURE

PLASTER SETTLING TABLE NM-M.2725

The NOVUS plaster settling table is designed for the controlled separation, settling, and collection of plaster waste generated during plaster preparation and application in prosthetic and orthotic workshops.

The AISI 304 stainless steel housing provides high resistance to water, moisture, and intensive workshop use. The wide upper hopper and inclined internal design facilitate the drainage of plaster and liquid waste toward the drain point.

Thanks to the manual lever-operated emptying system, plaster waste accumulated in the container is controllably transferred into a removable stainless steel bucket. This helps maintain cleanliness and order in the working area while preventing plaster residue from entering the sewage system.

The robust construction, easy-to-clean surface, and practical operation make this unit a durable and functional piece of workshop equipment for the production of prosthetic and orthotic products.

FURNITURE

PLASTER MODELING TABLE NM-M.2700

The square NM-M.2700 plaster modeling and finishing table is designed for safe and efficient modeling, finishing, fitting, and preparation of plaster models in prosthetic and orthotic workshops. The robust steel construction, designed for heavy-duty use, a four-corner vise system, and a central drain opening provide a functional and ergonomic working space. The metal housing with an electrostatic powder coating ensures the strength and durability required for intensive workshop use. Key features:
  • Strong and reliable construction: The reinforced steel frame ensures stability, safety, and durability even under high workloads.
  • Functional cleaning system: The drain opening in the center of the worktop allows plaster residue and waste generated during work to be removed easily and hygienically.
  • Four-corner vise system: The 125 mm vises positioned at the four corners of the table provide secure fixation of plaster models and workpieces.
  • Central drainage system: The Ø160 mm drain opening in the center of the working surface ensures rapid removal of plaster waste from the working area.
  • Lower storage shelf: The perforated metal shelf at the bottom provides convenient storage for work tools and auxiliary materials.
  • Durability: The electrostatically powder-coated steel housing offers high resistance to wear and external influences during intensive daily use.

TOOLS AND ACCESSORIES

TOOLS AND ACCESSORIES

PROSTHESIS TRANSFER AND ALIGNMENT DEVICE NM-M.4500

The prosthesis transfer and alignment device is professional equipment used in prosthetic and orthotic workshops during the manufacturing and assembly of prostheses (primarily lower-limb prostheses) to precisely preserve the existing alignment and transfer it to a new prosthetic socket.

After completing static and dynamic alignment on a test prosthesis, taking into account the user’s individual characteristics, the device prevents displacement and changes in the spatial positioning of the socket, adapters, knee module, and foot during the manufacturing process.

Thanks to adjustable connecting brackets and mechanical clamps, prosthetic components can be securely fixed at different heights and at the required angles. The robust metal construction ensures a controlled workflow and highly repeatable results.

TOOLS AND ACCESSORIES

FUNCTIONAL STAND FOR REMOVING PLASTER CASTS NM-M.5000

Weight-bearing plaster cast system for prosthetic and orthotic workshops. The functional stand for taking plaster casts is professional workshop equipment designed for the precise, controlled, and stable creation of a negative plaster cast from a patient, particularly for lower-limb prosthetics. Thanks to its adjustable vertical column and adapter rings in various sizes, the stand can be easily adjusted to the patient’s anatomical characteristics and the required procedure height. The system helps maintain the patient’s position while taking the cast under axial load, closely simulating the conditions of natural walking with a prosthesis.

TOOLS AND ACCESSORIES

DEEP DRAWING TOOL SET NM-M.2550

The deep drawing apparatus is a professional working system designed for vacuum forming thermoplastic materials in prosthetic and orthotic workshops. It ensures uniform draping of heated sheet thermoplastic over the model, allowing for a smooth surface, controlled shape, and high vacuum tightness. ​Thanks to two vacuum sealing discs of different diameters, the device can be used for manufacturing prosthetic and orthotic products of various sizes. The robust metal construction, adjustable connecting elements, and foot-operated vacuum system ensure practicality and reliability during operation. Included:
  • Vacuum sealing discs:
  • Ø360 mm — 1 pc.
  • Ø260 mm — 1 pc.
  • Stand — 1 pc.
  • Vacuum hose: Ø8 mm; 5 meters; 2 pcs.
  • Foot pedal: 2 pcs.
Allows the operator to control the vacuum system directly during operation. Connection system: Quick-release control elements for connection to the vacuum line. Working configuration: Adjustable system suitable for forming models and thermoplastic materials of various sizes.

TOOLS AND ACCESSORIES

CLAMP FOR DEEP DRAWING APPARATUS NM.M-2555

The clamp for the deep drawing apparatus is designed for secure and precise fixation of vacuum forming and deep drawing equipment to the workbench in prosthetic and orthotic workshops.

It prevents the vacuum tube or deep drawing apparatus from shifting during operation, providing the operator with more convenient and controlled working conditions. Thanks to the adjustable clamping mechanism, the vise can be easily adapted to various working positions.
​The robust metal construction and mechanical locking system are designed for intensive workshop use.

TOOLS AND ACCESSORIES

MILLING AND GRINDING ACCESSORIES

Professional milling accessories with M16 mounting, designed for shaping, roughing, deburring, and surface leveling in prosthetic and orthotic workshops.

A variety of shapes and sizes of rasp attachments, sanding drums, and replaceable sanding sleeves allows for fast and precise processing of foam materials, plastic, thermoplastics, and modeling materials.

Thanks to the M16 connection system, the accessories can be easily installed and used on compatible milling machines.