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Multicam 5000 Milling Machine - CNC Center with a working range of 4300x2150mm

From prototyping to full production runs. Our 3-axis milling center will allow you to produce very precise and high-quality components.

The MultiCam 5000 series is a highly advanced line of CNC machines designed for heavy industrial applications, offering exceptional speed, precision, and durability. It is a solution aimed at companies requiring maximum efficiency and reliability in processing a wide range of materials, including metals, plastics and composites. It finds application in industries such as aviation, automotive, sign and advertising production, as well as woodworking and furniture manufacturing.

Main features and advantages of the MultiCam 5000 machine:

1. High performance: Thanks to the use of advanced technological solutions, the machine ensures high cutting speeds while maintaining precise dimensions and processing quality.
2. Advanced technology: MultiCam 5000 utilizes the latest control and drive technologies, resulting in exceptional accuracy and cut repeatability.
3. Robust construction: Designed for heavy-duty operation in tough industrial conditions, guaranteeing long lifespan and minimal maintenance requirements.
4. Versatility: The 5000 series can efficiently process a variety of materials, making it an ideal solution.
5. Intuitive operation: The control system is easy to use, minimizing the need for lengthy operator training and allowing for quick onboarding of new staff.
6. Customization: MultiCam offers wide configuration possibilities of the machine, allowing it to be tailored to specific production needs, including various tooling and automation systems.

The MultiCam 5000 machine can meet the most demanding machining tasks in heavy industrial environments.

Multicam 3000 Milling Machine - CNC Center with a working range of 4300x2150mm

The MultiCam 3000 milling plotter is an advanced CNC milling system designed for the precise processing of a wide range of materials, from metals to plastics and wood. It is characterized by high build quality, reliability, and application flexibility, making it a popular choice in the manufacturing industry, advertising, and artisanal workshops.

Advantages of the MultiCam 3000 machine:

1. Versatility: Capable of processing various materials, making it ideal for companies involved in diverse production activities.
2. Precision: Provides very high cutting accuracy, crucial in many industrial and artistic applications.
3. Automation: The ability to program and automate cutting processes significantly increases work efficiency while minimizing the risk of errors.
4. Time savings: The speed and efficiency of cutting shorten production time, which is important in a rapidly changing production environment.
5. Ease of use: Intuitive user interface and available technical support facilitate quick operator training and minimize downtime.
6. Reliability: Durable construction and use of high-quality components ensure a long machine life and low maintenance costs.

Thanks to these advantages, the MultiCam 3000 machine is valued by users who require reliable, precise, and flexible CNC technology for their projects.

Multicam 3000 Milling Machine - CNC Center with a working range of 3150x2150mm

The MultiCam 3000 machine is an advanced CNC milling system designed for the precise processing of a wide range of materials, from metals to plastics and wood. It is characterized by high build quality, reliability, and application flexibility, making it a popular choice in the manufacturing industry, advertising, and artisanal workshops.

Advantages of the MultiCam 3000 machine:

1. Versatility: Capable of processing various materials, making it ideal for companies involved in diverse production activities.
2. Precision: Provides very high cutting accuracy, crucial in many industrial and artistic applications.
3. Automation: The ability to program and automate cutting processes significantly increases work efficiency while minimizing the risk of errors.
4. Time savings: The speed and efficiency of cutting shorten production time, which is important in a rapidly changing production environment.
5. Ease of use: Intuitive user interface and available technical support facilitate quick operator training and minimize downtime.
6. Reliability: Durable construction and use of high-quality components ensure a long machine life and low maintenance costs.

Thanks to these advantages, the MultiCam 3000 machine is valued by users who require reliable, precise, and flexible CNC technology for their projects.

CNC Laser Plotter with a working range of 2600x1600mm

A CO2 laser with a working area of 2600x1600 mm is a versatile tool for cutting and engraving a wide range of materials, including a wide range of plastics. Its unique properties make it extremely useful in many industries, from industrial production to design and art. Here are the key benefits of using a CO2 laser for processing plastics:

1. Cutting and engraving precision: The CO2 laser offers exceptional processing accuracy, allowing the creation of complex designs and delicate details without the risk of damaging the material.
2. High edge quality: The laser cutting process minimizes the need for further edge processing, as the laser melts the plastic, leaving smooth and clean edges without fraying or roughness, which is typical for mechanical methods.
3. Versatility: The large working area of the laser allows the processing of large sheets of material, which is ideal for large-scale production and allows for the implementation of larger projects without the need for dividing them into smaller parts.
4. No material contact required: Laser processing is a non-contact method, which means there is no risk of damaging delicate materials by pressure or friction. This also eliminates tool wear and the need for their replacement.
5. Ability to cut various materials: In addition to plastics, the CO2 laser can be used to cut and engrave wood, glass, paper, leather, and many other materials, making it a versatile tool in production.
6. Speed and efficiency: CO2 lasers can process materials quickly and with minimal waste, which translates into increased production efficiency and cost reduction.
7. Automation and repeatability: Laser systems can be easily integrated with CAD/CAM software, enabling process automation and ensuring high repeatability of results, even in large production runs.

Thanks to these benefits, a CO2 laser with a large working area is a valued tool in industries requiring precise, fast, and efficient processing of plastics, offering flexibility and high-quality workmanship.

CNC Thermal Plotter with a working range of 1200x600x600mm

Thanks to advanced technology and precision manufacturing, this plotter significantly extends our production capabilities, offering customers cutting services at the highest level.

Main features and advantages of our CNC thermal plotter:

1. Exact cutting: Our CNC plotter uses advanced thermal cutting technology, which allows for very precise cutting of styrodur and styrofoam, without the risk of damaging the material. This is an ideal solution for demanding projects where precision is key.
2. High efficiency: Automation of the cutting process significantly increases production efficiency, enabling large orders to be fulfilled in a short time. As a result, we can meet even the most demanding delivery deadlines.
3. Versatility: The plotter is adapted to work with various thicknesses and densities of styrodur and styrofoam, allowing for a wide range of applications in different projects—from simple decorative elements to complex structural components.
4. Software: Using professional CAD/CAM software enables fast design and modification of projects, significantly reducing the time from concept to the realization of the finished product.

Wichary GT2040 Thermal Bender

is an advanced device designed for precise bending of plastics and other thermoplastic materials. Designed with high efficiency and ease of use in mind, it finds wide application in various industries—from advertising to automotive and aerospace. Thanks to its design and the use of modern technologies, this bender allows for complex bends while maintaining high precision and quality of the final product.

Key features and advantages of the Wichary GT2040 thermal bender:

1. Versatility: The bender can handle a wide range of thermoplastic materials, including PVC, PET, polycarbonate, acrylic, plexi, and many others, making it an extremely versatile tool in the production of plastic components.
2. Bending precision: Thanks to precise temperature control and even distribution, the device ensures excellent bending quality, minimizing the risk of cracking or material distortion.
3. Ease of use: The Wichary 2000 bender was designed for ease of use. An intuitive control panel and the ability to program different work modes significantly simplify the bending process, even for less experienced operators.
4. High work efficiency: The device is characterized by fast heating time and the ability to simultaneously bend multiple elements, which translates into increased production efficiency.
5. Solid construction: The device features a durable and stable construction, ensuring long-term reliable operation even in demanding industrial conditions.

Automatic Thermal Bender

The automatic bender for plastics, with a maximum bending width of 145 cm and the ability to process materials up to 20 mm thick, is an innovative device dedicated to working with a wide range of plastics. Thanks to the use of advanced technology and precise control systems, this machine is capable of carrying out complex bending tasks with high accuracy and repeatability.

Key features of the device:

• Versatility: The bender is adapted to work with various types of materials like acrylic, polycarbonate, PETG, and many others, making it an ideal solution for different industry sectors, from advertising to construction.
• Precision: The use of precise control mechanisms and uniform heat distribution guarantees perfect bends without the risk of cracking or distortion, even at maximum material thickness.
• Automation: Full automation of the bending process significantly increases production efficiency, minimizes operator intervention, and allows for quick execution of complex orders.
• Speed and efficiency: Thanks to fast heating times and the ability to bend multiple elements simultaneously, this machine ensures exceptional productivity, leading to shorter production cycles and lower operating costs.
• Ease of use and maintenance: An intuitive user interface and minimal maintenance requirements make the bender user-friendly for operators and easy to maintain.

Summa S1 D160 Cutting Plotter

The professional Summa S1 D160 cutting plotter is a high-performance solution for precision cutting of roll-fed materials, with a maximum working width of up to 158 cm. Featuring tangential knife cutting technology, the OPOS X optical positioning system and reliable media handling, the plotter delivers outstanding accuracy for both short-run and long production jobs. It is an ideal solution for companies specialising in advertising, signage production, vehicle graphics and the finishing of large-format printed materials.

Key Features

• Versatility: The Summa S1 D160 can cut a wide range of roll-fed materials, including self-adhesive vinyl, advertising films, vehicle graphics materials, signage media and sticker materials. It supports media up to 169 cm wide, with a maximum cutting width of 158 cm.
• Precision Cutting: The advanced OPOS X / OPOS Xtra system automatically detects registration marks and enables highly accurate contour cutting. This makes the plotter particularly well suited to processing pre-printed materials.
• High Productivity: With cutting speeds of up to 1131 mm/s and acceleration of up to 3 G, the Summa S1 D160 enables efficient production of both individual jobs and larger production runs.
• Workflow Automation: Barcode recognition and Summa GoSign software streamline the production workflow, making it easier to manage multiple jobs while reducing the need for manual operator intervention.
• Reliable Media Handling: The robust construction and pressure roller system ensure stable and precise media tracking, even during long production runs. The plotter is designed for wide-format applications and continuous professional use.
• FlexCut Function: The FlexCut feature enables through-cutting, making it possible to produce stickers, labels and other cut-out applications that can be easily separated from the backing material without additional finishing.
• Connectivity and Easy Operation: The Summa S1 D160 supports USB, Ethernet and Wi-Fi connectivity (depending on region) and is compatible with Summa GoSign software as well as popular graphic design applications.

Automatic 3D Channel Letter Bending Machine

The Automatic 3D Channel Letter Bending Machine is a professional solution designed for the precise forming of profiles used in the production of 3D channel letters, illuminated signs, sign boxes and other advertising elements. By automating the bending process, the machine significantly reduces production time, improves repeatability and minimizes the amount of manual work required.

The machine enables fast and accurate production of complex shapes based on prepared designs, making it an ideal solution for the production of advertising signage, illuminated channel letters and other visual communication elements.

Key Features

• Production Automation: The fully automated profile bending process reduces manual operator input and significantly increases the efficiency of 3D channel letter and advertising element production.
• High Precision: An advanced control system ensures accurate reproduction of the designed shape and excellent repeatability between individual components. This results in a professional appearance and high-quality finish of the completed letters.
• Versatility: The bending machine can be used to process a wide range of profiles commonly used in the production of 3D channel letters, sign boxes, signage and advertising structures.
• High Processing Speed: Automated execution of successive bending operations significantly reduces the time required to produce individual components compared with traditional manual processing.
• Excellent Repeatability: Once a design has been prepared, it can be reproduced multiple times with consistent dimensions and geometry. This is particularly valuable for serial production and sets of identical letters.
• Easy Operation: Intuitive controls and the ability to work from prepared designs make it easy for operators to set up and complete individual production jobs efficiently.
• Advertising Applications: The machine is primarily designed for the production of 3D channel letters, illuminated letters, signs, sign boxes and other three-dimensional advertising elements.

SHANNON HRP D300 Thermoplastic Bending Machine

he SHANNON HRP/D300 is a professional, high-performance bending machine for plastic sheets, designed for precise bending of workpieces up to 3000 mm in length. Automatic material feeding, an integrated transport system and dual-sided heating ensure efficient processing of both individual components and larger production runs.

The machine is designed for processing a wide range of thermoplastics, including PMMA (acrylic), polycarbonate, PS, PETG and PVC. This makes it a versatile solution for the production of advertising displays, sign boxes, point-of-sale displays, equipment components and various plastic structures.

Key Features

• Large Working Length: With a working length of 3000 mm, the machine can process large plastic sheets and produce long components without the need to divide the material.
• Process Automation: Automatic material feeding and the integrated transport system streamline successive production stages and increase overall productivity. The upper frame is time-controlled, helping achieve consistent and repeatable results.
• Dual-Sided Heating: The top and bottom heating system enables faster and more uniform heating of the material. This solution also helps reduce internal stresses during bending and facilitates the processing of thicker sheets.
• High Bending Precision: Adjustable heating profiles and the ability to set the distance between successive bends allow the operating parameters to be precisely adapted to individual projects. The distance between bends can be adjusted within a range of 20–950 mm.
• Wide Range of Materials: The SHANNON HRP/D300 can process a variety of thermoplastics, including PMMA, PC, PS, PETG and PVC, making it a versatile solution for both industrial and advertising applications.
• Processing of Various Thicknesses: The standard operating range covers materials from 1 to 12 mm thick, while the maximum supported thickness can reach up to 25 mm, depending on the machine configuration and heating system used.
• Secure Material Clamping: The clamping and sheet-guiding system helps keep the material securely positioned during heating and bending, reducing the risk of unwanted deformation.
• Modular Design: The machine features a modular construction, allowing it to be expanded with additional heating profiles and control units to meet specific production requirements.

3D Printing Bambu Lab

he Bambu Lab P2S Combo is a modern, high-performance 3D printer designed for rapid prototyping, small-batch production and everyday applications requiring high precision and repeatability.

Key Features

• High Print Quality and Precision: An advanced extruder control system and automatic flow calibration help maintain stable, consistent layer quality, even at high printing speeds.
• Multicolor 3D Printing: The Combo version is equipped with the AMS 2 Pro system, which enables automatic filament management and multicolor printing without the need for manual material changes. The system also features active filament drying.
• Large Build Volume: The 256 × 256 × 256 mm build volume allows users to produce both small, highly detailed components and larger models and prototypes.
• High Printing Speed: The P2S is designed for efficient 3D printing, offering a maximum printhead speed of up to 500 mm/s. This significantly reduces the time required to produce prototypes and production components.
• Wide Range of Materials: The printer supports a broad selection of materials commonly used in 3D printing. With a maximum nozzle temperature of 300°C, it can handle a wide range of filaments, while the heated build plate can reach temperatures of up to 110°C.