Best Robot Accessories based on User Reviews

The SVP-ID is a single horizontal axis positioner that offers a cost-efficient solution for simpler applications. It is designed for light and medium duty applications, with a maximum payload of up to 2,000 kg. The positioner is a basic module with low weight, high strength welded steel structure, and can also be used as a module in other positioners. This design allows for low-cost manufacturing, which in turn helps keep the price to the customer low.

State-of-the-art reduction gearboxes are used in the SVP-ID for optimal performance. The positioner can be equipped with fixed or sliding tailstock, depending on the specific application requirements. In addition, there are several options available to further customize the positioner to fit the needs of the customer.

Available options include ground bushing with sliding copper blocks, swivel unit for air and signals (for tailstock), fixed or sliding tailstock, Z-stroke unit, home/safe position sensor, servo motor integration, and special paint color.

Overall, the SVP-ID offers a simple and cost-effective solution for applications that require a single horizontal axis positioner for light to medium payloads. Its modular design and available options make it a versatile choice that can be customized to fit a range of specific needs.

The ProFeeder R is a feeder cabinet for fully automatic CNC machine tending. It has 10 pull-out trays (600 x 400 mm) for placing parts up to 80 mm high. Compact, comfortable, durable, and very roomy, this is how the new ProFeeder R can be described. The outer doors of the cabinet are designed for the operator to service the inner trays- pulling out, blocking, placing, and picking up parts. The back is open to facilitate interaction with the robot on the pedestal and speed up the feeding process.

FEATURES:

This feeder cabinet is extremely spacious and easy to service. It allows your CNC machine to run continuously for up to 24 hours. Maintenance of the cabinet by the operator- the placement of new parts instead can be carries out simultaneously with the operation of your CNC machine. It is completely safe thanks to the Airlock system, which allows you to reliably lock any 10 trays using a button.

High capacity- Has 10 trays 600 x 400 mm for parts up to 80 mm maximum height
High precision- The maximum deflection with a load of up to 120kg per 1 tray is only 1 mm
High compatibility- Fully compatible with various cobot brands and pedestals. Works with any CNC machine available on the market
Safe operation- Due to modern and reliable Air locking system the feeder cabinet is safe for workers and provides secure operation for employees

The ProFeeder Compact for mounting robot is a unique self-sufficient solution that provides automation to the production with small footprint. It includes universal mount for cobots suitable for 99% of known models and built-in controller compartment. ProFeeder Compact for mounting robot is a complete ‘all in one’ automation solution. You don’t need any robot pedestal to use it, as a cobot must be mounted on the top of the robot-cell. As there is a universal mount, the cobot can be fixed at an angle of 45 ̊ or 0 ̊, that provides 100% access the entire surface of the built-in trays.

FEATURES:

The product can be equipped with 3 x 60kg trays for 120mm maximum parts height or 4 x 120kg trays for max. 80mm. This compact robot cell is like an extra pair of hands for smaller series production. The price of ProFeeder Compact for mounting robot is budget friendly and allows it to be used as the first step towards full production automation.

Very compact footprint- H: 1165 mm, W: 770 mm, L: 920 mm

High compatibility- Compatible with all CNC machines and conveyor belts

Airlock or Mechlock system- Available with both mechanical and Air locking systems

All in one solution- Self-sufficient automation solution that needs only cobot to be mounted 45 ̊ or 0 ̊ cobot mount angle- The cobot can be mounted in two angles to make sure it has 100% access to all trays 2 variants of tray equipment-

The product can be equipped either with 4 X 120kg trays for maximum parts height of 80mm or with 3 X60 kg trays for a height of 120 mm

The ProFeeder Light robot cell consists of a basic module with 1 flexible manual removable parts tray designed for handling all types or parts. With the fixed storage, the ProFeeder Light palletisation robot from EasyRobotics is ideally suited for automated process of small series.

• Increase production
• Fast return on investment
• Quick series changes
• Increased efficiency
• Ideal for a vast number of applications

FEATURES:

EasyRobotics ProFeeder Light can be used in countless different industries adding value to their automation. These industries include:

Metal and machining
Automotive
Pharma
Electronics
Food industries (option for stainless steel)

The ProFeeder Light is best suited to tasks that require rapid or supplementary order completion. It is most often used in small-scale production environments to make high-low volume processes more efficient. The system supports manual change of tray parts with a return on investment within 6 to 8 months.

The system is highly efficient and can be used when production needs additional time. Like other ProFeeders the ProFeeder Light is made up of powder coated steel that contributes it being more durable and steadier. It is ideal for the following applications:

Machine tending
Polishing
Welding
Bin picking
Assembly
Measurement

Automated helper- The ProFeeder light is perfect for the automation of smaller series. In addition, it can be reloaded in the shortest possible time to process larger series also.

Fast changeover- The combination with grippers from OnRobot makes it possible to drastically reduce changeover times. The gripper connect via quick charger and the robot automatically recognises which grippers it is.

ER+ – The robot cell is supplied with ER+ palletising software. It only requires the dimensions of the workpiece and quick calibration of the deposit tray and generates a palletising function without long programming. Which saves time and increases productivity.

Mobile from machine to machine- Optional heavy-duty wheels make the cell mobile making it accessible for use on different machines. This additionally requires a docking station and suitable machine interface.

The ProFeeder Compact XL is a perfect solution for production of bigger series and automation of machine tending process. It is compatible with 99% of modern collaborative robots and has a robust design. The ProFeeder Compact XL is a spacious but compact robot-cell movable around production areas. It is very versatile and can be used in collaboration with any other EasyRobotics products.

The ProFeeder Compact XL platform is self-sufficient and convenient. Thanks to the built-in platform for attaching the cobot, the ProFeeder Compact XL allows you to automate the process of supplying parts, speed up production and increase the volume of products.

FEATURES:

Compact XL does not have a robot mount, therefore, you need to use it along side the pedestal (EasyPedestal) or multifunctional robotic cells (ProFeeder or ProFeeder X), where the robot can be mounted.

This robot-cell has a hight capacity so can be placed next to CNC machines to increase autonomy and productivity.

ProFeeder Compact XL has 5 spacious trays 780 X 620 mm, that can be used with details up to 160 mm in height, working with Airlock or Mechlock locking system. It is safe and easy to maintain by the operator.

Capacious solution- It contains 5 big trays 780X620 mm that can be used with details with maximum height up to 160 mm

100% compatibility- Compatible with all collaborative robots, pedestals, CNC machines and conveyors.

Two locking system- ProFeeder Compact XL is available with either Airlock or Mechlock locking system

Spacious but compact- The sizes of the robot cell are H: 1165 mm, W: 1220 mm, L: 920 mm

Suitable for mass production- The Product is made working with bigger series

Professional automation- ProFeeder Compact XL is designed to decrees cycle time and increase the speed of production by proper detail storage organisation.

The ProFeeder Compact is one-of-a kind machine that is equipped with compact dimensions and is easily movable around the production facility. ProFeeder compact takes less space in the factory and supports mass production. The ProFeeder Compact is placed separately in front of the machine to be operated. Then an EasyRobotics EasyPedestal is positioned in front of the machine. The robot takes workpieces from the ProFeeder Compact and loads and unloads the machine. It then loads the workpieces back into the ProFeeder Compact.

In terms of flexibility, the ProFeeder Compact is very versatile as it can function from four different angles, that makes the movement unlimited. As the system is very mobile it can therefore be placed near different types of machines for further increasing productivity.

FEATURES:

The ProFeeder Compact has two different versions that can differentiated by the tray locking system. The function of the locking system is to provide protection to the operator as to run as smoothly as possible.

The ProFeeder Compact has the following features:

Mechanical locking system or Air locking system
Footprint dimensions of L610 X W860 X H1084 mm
Holds up to 10 trays
GD wheels to transport parts (can be mounted optionally)
Optional docking station
Optional EasyPedestal for robot arm and controller compartment
Air locking is running Modbus
The trays can be customised depending on the requirements
The ProFeeder Compact supports the following applications:

Machine testing
Polishing
Welding
Assembly
Measurement

EasyDesk is a universal robot workstation, a spacious and yet compact platform with 3 different tabletops. Suitable for 99% of modern collaborative robots, the workstation aims to help manufactures increase production, automate process, improve profitability, and reduce wages.

A cost-effective application that, in combination with a robot from Universal Robots, sets new standards in the field of precision machining. Equipped with special software and the help of URCaps, setup times as well as machining times can be greatly reduced.

The ProFeeder Table simplifies your entry into the world of robot automation. The cell is optionally equipped with a latest-generation Universal Robots robot. This facilitates programming and protects the operator with its collaborative features. Therefore, it is ideal for the first steps with a robot application.

FEATURES:


The EasyDesk is available in 3 different variations.

EasyDesk Tray: A large storage tray enables the robot to insert workpieces into machines or to deposit and sort parts. In this way, the EasyDesk not only increases machine efficiency, but also reduces downtime and monotonous work process.

EasyDesk Tray is designed for CNC machine tending, but also can be used for the following:

• Polishing

• Welding

• Bin picking

• Assembly

• Measurement



EasyDesk Welding: The EasyDesk welding surface is optimally designed for automated welding of components. The robot welding workstation with plasma nitride steel tabletop with laser cut 16mm holes, suitable for clamps and fixtures.



EasyDesk Alu: The smooth surface of the EasyDesk Alu offers many possibilities for handling tasks such as screwdriving or grinding process but also in the area of quality control and human-robot collaboration. The spacious cobot table for mounting of all types of clamping equipment or parts for processing.

EasyDesk Alu can be used for the following applications:

• Cutting

• Finishing and polishing

• Deburring

• Grinding

• Quality control



EasyDesk platform is a user-friendly workstation series compatible with 99% of modern collaborative robots, all CNC machines, and any type of conveyor belt. It is carefully designed to simplify the automation process and speed up a wide range of production applications.

The setup is easy because the product is delivered 90% assembled. All you need is to mount the cobot, install the controller and start producing.

Flexibility: The EasyDesk’s surfaces enable quick and uncomplicated change of activity without major changeover effort.

Mobility: With a lift truck, the EasyDesk can be moved from activity to activity in a mobile manner while still providing a secure footing.

Versatile: The robot arm mount can be attached on 3 sides. Together with a 45° angle that can be mounted on the bracket as required, the EasyDesk not only offers maximum reach utilization but also a solution for countless applications.

EasyWork (ER 5) is a mobile Cobot platform, made to maximise robot mobility. EasyWork is a compact mobile workstation for a safe collaboration with robot arms. EasyWork is used in fully or partly automated production environments that demand enhanced flexibility and fast integration.

The EasyWork is developed with respect to secure robot arms and to its maximum mobility. The integrated rolls and handholds facilitate easy moving and deploying the ER work. The EasyWork arrives fully mounted with trays, with an option to add a robot arm, and control panel and can be moved without the use of a forklift or pallet truck.

• Compatible with UR3 and UR5 by Universal Robots and A-series from Doosan
• Made to maximise robot and cobot mobility and flexibility
• Facilitates the start-up to automation
• Convenient, fast moving and allow for easy integration of cobots in production
• Is movable by person, without the need for a forklift or pallet truck

FEATURES:

The mobile cobot platform can be favourably introduced for the automation of production where for example processing machines are operating closely together and where there is not enough room for a ProFeeder robot cell.

The EasyWork is ergonomically constructed to ensure that a person can easily move it to processing machines or seminars.

EasyWork is a solid, mobile, and compact working station which is used for demonstration and presentation purposes, enhancing the collaboration between seminar participants and the production environment.

How does it work?

The compact mobile cobot workstation EasyWork enables a flexible and mobile robotic automation solutions in production environments with limited space. No robotics training is required thanks to the intuitive software EASY+.

Compartment for controller,

*only for UR and Doosan A-series

Compatible with: UR3, UR5 & UR10

With the increasing automation grade of assembly lines, robotic cells and single purpose machines, it is necessary to automate the feeding of components.

Therefore, since 2011, we offer our customers a complete solution and delivery of automatic vibratory feeding technologies.

We offer:

• complete delivery of vibratory feeding technologies (bowl feeders, linear feeders)
• sound insulation for feeding technologies
• vibratory and conveyor belt-based bunkers and hoppers
• pick up places for vibratory bowl feeders

Current delivery terms for our bowl feeders are starting from 7 weeks after receipt of a purchase order and parts.

In case the application requires high flexibility, we offer also high-tech and flexible feeding technologies based on a camera searching for components and following robotic pick and place. Parts can be fed either by conveyor belt or by flexible vibratory plate. With such technology, you can feed components in the size range of about 0.1 mm up to 150mm.

References:

Since 2011, we have maintained in operation dozens of vibratory feeders, hoppers and other feeding technologies. They have all processed and fed hundreds of millions of part of many different shapes and geometries.

TM Robot Stand is a convenient tool users to adjust the height of platform. Users can move TM Robot Stand with TM Robot to different work cells to achieve easy and flexible deployment.

ANYFEED is a product line of programmable feeders and vision solutions for bulk material parts from 1 to 120 mm for all robots and applications.

Integrated control with uniform communication, quickly replaceable conveyor plates, the integrated bunker and the quick emptying for the quick product change.

Explosion proof industrial robots and painting robots

RobotEx explosion proof industrial robots

Our explosion proof designs of industrial robots allow a comprehensive range for the use in explosion hazardous areas.

Since we operate as a system partner of FANUC, KUKA, ABB, YASKAWA, Mitsubishi, Universal Robots and Kawasaki with

a reach of 700 mm up to approximately 4000 mm and payloads at the wrist of 5 kg up to 1000 kg almost all application areas of these manufacturers are covered by us.

Explosion-proof collaborative robots with ATEX certification. RobotEx explosion proof industrial robots.

AEP Zimmer Ingenieurgesellschaft mbH, explosion proof designs of industrial robots allow a comprehensive range for the use in explosion hazardous areas. Operate as a system partner of FANUC, KUKA, ABB, YASKAWA, Mitsubishi, Universal Robots and Kawasaki with a reach of 700 mm up to approximately 4000 mm and payloads at the wrist of 5 kg up to 1000 kg almost all application areas of these manufacturers are covered by AEP Zimmer Ingenieurgesellschaft mbH.

We plan and project system solutions for plant engineering in explosion hazardous areas and / or with explosion hazardous material. We attend to your project from the conception to the operative implementation to the target achievement.

1) Consulting, planning and development / tender

2) Supply optimizing

3) FEM (finite element method) calculation

4) Determination of dust and gas combustion and explosion parameters

5) Explosion protection in accordance with the ATEX directive 2014/34/EU, the ATEX directive 99/92/EC and the hazardous substances ordinance

6) Industrial robots and painting robots in ex design

FlexiBowl® 800C/CC can feed products of any geometry, surface and material. It is compatible with all industrial robots and vision systems. One FlexiBowl® can feed entire ranges of parts measuring 20 to 250 mm and weighing up to 250 g, replacing the need for the numerous units used in conventional systems.

The myCobot Artificial Intelligence Kit from Elephant Robotics is an entry-level artificial intelligence suit that integrates vision, positioning, and grabbing, and automatic sorting modules. It is designed to be simple and easy to learn, making it an ideal tool for beginners who want to learn about artificial intelligence and robotics.

The kit is based on the Linux system and can build a 1:1 simulation model in ROS (Robot Operating System), which enables the control of the robotic arm through software development. The myCobot kit is highly adaptable and can be used for a variety of applications, such as pick-and-place operations, assembly, painting, and welding.

The myCobot kit also features good scalability and high openness, making it suitable for use in multiple fields. It can be used as a training platform for colleges and universities, for the construction of robotics disciplines, robotics laboratory, or personal learning and use.

Overall, the myCobot Artificial Intelligence Kit is an innovative tool that combines the basics of artificial intelligence with a robotic arm, inspiring innovative thinking and comprehension of open-source creative culture. It is a user-friendly and adaptable tool that provides a simple and efficient way to learn and experiment with artificial intelligence and robotics.

FlexiBowl® 650C/CC is a flexible feeder able to feed products of any geometry, surface and material. It is compatible with all industrial robots and vision systems. One FlexiBowl® can feed entire ranges of parts measuring 10 to 110 mm and weighing up to 170 g, replacing the need for the numerous units used in conventional systems.

FlexiBowl® 500C/CC can feed products of any geometry, surface and material. It is compatible with all industrial robots and vision systems. One FlexiBowl® can feed entire ranges of parts measuring 5 to 50 mm and weighing up to 100 g, replacing the need for the numerous units used in conventional systems.

FlexiBowl® 350C/CC can feed products of any geometry, surface and material. It is compatible with all industrial robots and vision systems. One FlexiBowl® can feed entire ranges of parts measuring 1 to 20 mm and weighing up to 40 g, replacing the need for the numerous units used in conventional systems.

FlexiBowl® 200C/CC can feed products of any geometry, surface and material. It is compatible with all industrial robots and vision systems. One FlexiBowl® can feed entire ranges of parts measuring 1 to 10 mm and weighing up to 20 g, replacing the need for the numerous units used in conventional systems.

The SVP-V is a highly efficient and reliable single axis turn table positioner that can handle heavy payloads up to 30,000 kg. This positioner is specifically designed for heavy-duty applications and is suitable for large diameter workpieces. It is also available in an extra high accuracy version for machining type applications.

The SVP-V is constructed with a high strength welded steel structure, providing the necessary rigidity for the heavy payloads it can handle. Additionally, the design of the positioner ensures that it can be manufactured at a low cost, enabling Vansichen to offer a competitively priced product to customers.

Vansichen uses state-of-the-art reduction gearboxes, X bearings, and gear solutions in the construction of the SVP-V, ensuring its reliability and high performance. The positioner also comes with several available options to meet specific customer needs. These options include a ground bushing with sliding copper blocks, a swivel unit for air and signals, an extra high accuracy version, a home/safe position sensor, servo motor integration, and a special color of paint.

Customers can rest assured that the SVP-V comes with the same level of quality and attention to detail as all of Vansichen's products. All products come with CE-conform documentation, and customers can request drawings in 2D and 3D format, as well as all descriptions and maintenance schedules.

In addition to offering high-quality products, Vansichen provides professional on-site assembly and complete service. The company also offers customers the option to start up their system at Vansichen's premises. These services ensure that customers can trust Vansichen to provide a complete solution for their automation needs, from design to installation and beyond.

Brovind's Conical Bowls are essential components in feeding and orienting small parts, working together with Brovind circular vibratory bases. These bowls can be supplied in standard or customized versions to meet specific needs, and are made with high-quality materials such as AISI 304 or 316 stainless steel. Additionally, they can be coated with wear-proof or oil-proof materials for added durability.

Brovind's Conical Bowls play a critical role in many industrial applications, from automotive manufacturing to electronics assembly. These bowls provide a reliable and efficient method of sorting and orienting small parts, ensuring that production lines can run smoothly and efficiently. With the option for customizations such as different materials and dimensions, Brovind's Conical Bowls can be tailored to meet the specific needs of each application. Furthermore, the wear-proof and oil-proof coatings make them a durable and cost-effective solution for any industrial environment.

Brovind's Stepped Bowls are designed to contain and direct parts for feeding and orientation with their circular vibratory bases. These bowls feature a stepped design, which allows for the separation of parts based on their size and shape, ensuring efficient and precise orientation.

Available in standard AISI 304 stainless steel or polyamide versions, these bowls can also be customized based on specific needs such as material (e.g., AISI 316 stainless steel) and dimensions (coil width, pitch, etc.). Additionally, they can be coated with wear-proof or oil-proof materials for added durability. These bowls are an essential component of Brovind's high-quality vibrating feeders, delivering reliable and efficient feeding and orientation of parts in various industrial applications.

Brovind's Cylindrical Bowls are designed to contain and direct parts for feeding and orienting with their circular vibratory bases. Available in standard AISI 304 stainless steel or polyamide versions, these bowls can also be customized based on specific needs such as material (e.g., AISI 316 stainless steel) and dimensions (coil width, pitch, etc.). Additionally, they can be coated with wear-proof or oil-proof materials for added durability. These bowls are an essential component of Brovind's high-quality vibrating feeders, delivering reliable and efficient feeding and orientation of parts in various industrial applications.

Brovind's Step Feeders are a versatile and complementary technology to vibratory feeders, expanding the possibilities for creating feed and selection systems. Built in a vertical execution, they are designed to lift and meter products while maintaining compact dimensions and significant capacities. The material is picked in small quantities and lifted to the outlet point through a system of counter plates. Once at the outlet, a custom-built vibratory channel feeds and orients the parts. These feeders can be built with a pneumatic or motor-driven control in standard or customized versions, with the ability to adjust the loading hopper capacity or plate thickness to suit specific requirements.

Brovind's vibrating drive units are designed to generate the necessary vibration required for feeding and orienting parts inside prepared bowls. These units are essential components of circular feeders, which are widely used in various manufacturing and assembly processes to automate the feeding and orientation of small parts.

The vibrating drive units manufactured by Brovind are powered by an electromagnet and are controlled by an electronic controller. The controller allows for precise adjustments to the vibration frequency and intensity, ensuring that the parts are fed and oriented accurately and reliably. Additionally, these units can be fitted with a sensor, which allows for real-time monitoring and offsetting of vibration parameters, further enhancing their accuracy and reliability.

The standard power supply for Brovind's vibrating drive units is single-phase 230V, 50 Hz, which is compatible with most industrial power systems. However, these units can also be supplied with different voltages and frequencies to meet specific requirements.

One of the main advantages of Brovind's vibrating drive units is their versatility. They can be easily integrated into existing manufacturing and assembly lines and are compatible with a wide range of parts and feeders. They are also designed to be low-maintenance, with a long service life, ensuring maximum uptime and productivity.

In conclusion, Brovind's vibrating drive units are an essential component of circular feeders, providing reliable and accurate vibration necessary for feeding and orienting small parts. With their electronic controllers, sensor options, and versatility, these units offer a cost-effective and efficient solution for automating manufacturing and assembly processes.

The Pulsa PartX2 is the largest in the range of the company's flexible vibrating tables and is designed for the efficient orientation and feeding of large parts ranging in size from 30 to 120mm. With a capacity to handle larger parts, the PartX2 offers good cadences for high-speed manufacturing processes.

The PartX2 comes with a 250mm x 350mm tray, which is larger than the trays of the PartX1 and PartXS, making it suitable for larger parts. The vibrating autonomy hopper can also be added to the PartX2, which enhances its capabilities and ensures flexible feeding of parts.

Like the other models in the range, the PartX2 supports communication protocols such as Profinet and TCP/IP, making it easy to integrate into existing manufacturing processes. The PartX configuration tool also comes with the PartX2, which simplifies configuration and ensures seamless integration into the manufacturing process.

The PartX2 features a flat, perforated vibrating tray that can be upgraded with grooved or perforated options. With a directional vibration feature that enables movement in four different directions, the PartX2 can handle different types and sizes of parts with ease.

The PartX2 also comes with a backlight, available in white or optional red and green colors, that enhances the visibility of the parts, making it easier to identify and track their movement throughout the feeding process.

Overall, the Pulsa PartX2 is an efficient and reliable solution for part feeding that can be used in a range of industries and applications. Its ability to handle larger parts and compatibility with various communication protocols make it a flexible and versatile option for manufacturers seeking an effective solution for part orientation and feeding in high-speed manufacturing processes.

The Pulsa PartX1 is a versatile solution designed for the efficient orientation of parts ranging in size from 5 to 60mm. With its 250mm x 205mm tray, the PartX1 is of medium size, making it a suitable choice for a range of applications.

The PartX1 can be equipped with a vibrating autonomy hopper, which enhances its capabilities and ensures flexible feeding of parts. The PartX1 also supports a range of communication protocols, including Profinet and TCP/IP, making it easy to integrate into existing manufacturing processes.

In addition, the PartX1 features a flat, perforated vibrating tray that can be upgraded with grooved or perforated options. With a directional vibration feature that enables movement in four different directions, the PartX1 can handle different types and sizes of parts with ease.

The PartX1 also comes with a backlight, available in white or optional red and green colors, that enhances the visibility of the parts, making it easier to identify and track their movement throughout the feeding process.

Moreover, the PartX1 comes with the PartX configuration tool, a software interface that simplifies configuration and ensures seamless integration into the manufacturing process. This feature allows for quick and easy setup and ensures that the PartX1 can be optimized for specific applications.

Overall, the Pulsa PartX1 is an efficient and versatile solution for part feeding that can be used in a range of industries and applications. Its ability to handle parts ranging from 5 to 60mm in size and compatibility with various communication protocols makes it a reliable and flexible option for manufacturers seeking an effective solution for part orientation and feeding.

Pulsa's PartXS is a highly efficient solution for the flexible feeding of parts ranging from 3 to 30mm. The PartXS is designed to be compact, measuring at 180mm x 150mm and can be equipped with a vibrating autonomy hopper to further optimize its capabilities.

The PartXS comes with a range of features that make it a versatile and effective choice for part feeding. It is compatible with 24V/4A power supply and supports communication protocols such as Profinet and TCP/IP. Additionally, the PartX configuration tool provides an intuitive software interface that simplifies configuration and ensures seamless integration into the manufacturing process.

The PartXS comes with a flat, perforated vibrating tray, which can be upgraded with grooved or perforated options. With a directional vibration feature that enables movement in four different directions, the PartXS is capable of accommodating different types and sizes of parts.

The PartXS is also equipped with a backlight, available in white or optional red and green colors. This backlight enhances the visibility of the parts, making it easier to identify and track their movement throughout the feeding process.

In summary, the PartXS by Pulsa is an excellent solution for feeding parts in a flexible and efficient manner. With its compact design, configurable software, and versatile tray options, it is well-suited for a range of manufacturing applications.

The SVP-L and SVP-LB are basic modular dual-axis positioners suitable for light and medium weight payloads. This 5-axis turn table type positioner comes with 4 fixture positions, making it ideal for various applications. The positioner is designed for rigidity, with a high-strength welded steel structure that ensures durability and stability during operation.

Moreover, the design of the SVP-L and SVP-LB positioners makes it possible to manufacture them at a low cost, enabling the company to offer a cost-effective solution to customers. State-of-the-art reduction gearboxes are used in the positioners, which ensure smooth and precise motion control.

The SVP-L and SVP-LB positioners can be equipped with fixed or sliding tailstock and offer several options to meet specific requirements. For instance, customers can choose an extra servo-controlled Z-stroke at the tilt axis or ground bushing with sliding copper blocks. The positioner can also come with fixed or sliding tailstock, a Z-stroke unit, swivel unit for air and signals, home/safe position sensor, servo motor integration, and even a special color of paint.

Overall, the SVP-L and SVP-LB positioners are versatile, reliable, and cost-effective solutions that offer high precision and smooth motion control. They are suitable for various applications and are designed to meet the unique needs of customers.