Machinery Clinic

• Easy to program.
• Enhances flexibility for small and medium enterprises (SMEs).

• High precision and speed.
• Handles delicate components safely.

1. Food and Beverage Industry:

   • Palletizing bags of sugar, flour, rice, salt, coffee, and other food products.
   • Handling packaged snacks, pet food, and beverage products in bulk.

2. Agriculture and Fertilizer Industry:

   • Stacking bags of seeds, fertilizers, animal feed, and soil amendments.
   • Preparing pallets for storage or transportation.

3. Chemical Industry:

   • Palletizing bags of powdered chemicals, resins, and granules.
   • Handling hazardous or corrosive materials in safe and controlled conditions.

4. Cement and Building Materials:

   • Stacking bags of cement, mortar, plaster, sand, and concrete mix.
   • Organizing pallets for efficient transport and distribution.

5. Pharmaceutical Industry:

   • Palletizing bulk bags of raw materials and medical supplies.
   • Handling sensitive products with precision and care.

6. Retail and Consumer Goods:

   • Palletizing packaged goods like detergents, pet litter, and bulk food items.
   • Preparing products for distribution to retail stores or warehouses.

7. Logistics and Warehousing:

   • Automating palletizing for shipping and receiving operations.
   • Optimizing space utilization by creating consistent, stable pallets.
8. Benefits of Bag Palletizing Robots

   1. Increased Productivity:

      • Operates continuously without breaks, significantly improving throughput.
      • Capable of handling high-speed palletizing with consistent accuracy.

   2. Enhanced Precision:

      • Ensures consistent stacking patterns and stable pallets.
      • Reduces product damage caused by improper stacking.

   3. Improved Workplace Safety:

      • Removes workers from repetitive and physically demanding tasks.
      • Reduces risks of injury from heavy lifting and repetitive motion.

   4. Versatility:

      • Handles a wide range of bag sizes, weights, and materials.
      • Easily adjustable for different stacking patterns and pallet configurations.

   5. Cost Efficiency:

      • Reduces labor costs by automating the palletizing process.
      • Minimizes product waste and damage, lowering overall costs.

   6. Flexibility in Production:

      • Can be reprogrammed to accommodate changes in bag sizes, weights, or stacking requirements.
      • Adapts to different production line layouts and configurations.

   7. Consistency and Reliability:

      • Delivers uniform stacking results, ensuring pallets meet shipping and storage requirements.
      • Operates reliably over long periods with minimal downtime.

   8. Space Optimization:

      • Creates tightly packed, stable pallets, maximizing storage and transportation efficiency.
      • Reduces the need for additional floor space in production areas.

   9. Integration with Automation Systems:

      • Works seamlessly with conveyor systems, wrapping machines, and other automated equipment.
      • Supports Industry 4.0 integration for real-time monitoring and control.

   10. Reduced Operational Costs:

       • Minimizes human errors and associated rework or delays.
       • Decreases wear and tear on manual handling equipment.

   11.  

• High-speed operation.

• High-speed operation.
• Precise placement with minimal error.

The pharmaceutical industry demands precision and sterility, making handling robots indispensable.

1. Sterile Packaging: Handling and packaging medicines in sterile environments.
2. Material Loading: Feeding raw materials into production machinery.
3. Inspection: Checking for defects or impurities in tablets, syringes, or bottles.
4. Sorting: Organizing medicines based on size, type, or destination.
5. Palletizing: Preparing pharmaceutical products for shipment.

• High precision and reduced errors.
• Enhanced sterility and safety.

1. Increased Efficiency: Robots handle repetitive tasks quickly and accurately.
2. Improved Safety: Reduces risks associated with hazardous or heavy tasks.
3. Cost-Effectiveness: Cuts labor costs and operational downtime.
4. Consistency: Delivers uniform quality in operations.
5. Scalability: Easily adjustable to meet changing production demands.

The electronics industry requires precise handling due to the delicate nature of components.

1. Pick and Place: Handling microchips, circuit boards, and other small components.
2. Assembly Line Support: Assisting in the assembly of electronic devices like smartphones and laptops.
3. Sorting: Organizing and categorizing small parts for assembly.
4. Inspection: Using vision-guided robots for quality assurance and defect detection.
5. Packaging: Placing electronic devices in protective packaging.

• Increased production speed.
• Minimized damage to delicate components.

1. Increased Efficiency: Robots handle repetitive tasks quickly and accurately.
2. Improved Safety: Reduces risks associated with hazardous or heavy tasks.
3. Cost-Effectiveness: Cuts labor costs and operational downtime.
4. Consistency: Delivers uniform quality in operations.
5. Scalability: Easily adjustable to meet changing production demands.

• Compact and cost-effective.

CRP robots

You tell us the application, we will help you to prove that application with CRP Robots.

We want to show you EVERYTHING, let us contact you, leave your data and an expert will clearly dedicate all the time that is required so that we can go step by step, and that they can discover what we can achieve by automated your welding process.

With its own technology, and developed over the years, CRP has functions specifically designed for the G4 series controller. Functions like:

* Fish Scale Welding.

* Weld Modeling

* Flying Start.

* Wire Back Track

* Laser Seam ......

We have many models for your handling applications also

CRP robots

You tell us the application, we will help you to prove that application with CRP Robots.

We want to show you EVERYTHING, let us contact you, leave your data and an expert will clearly dedicate all the time that is required so that we can go step by step, and that they can discover what we can achieve by automated your welding process.

With its own technology, and developed over the years, CRP has functions specifically designed for the G4 series controller. Functions like:

* Fish Scale Welding.

* Weld Modeling

* Flying Start.

* Wire Back Track

* Laser Seam ......

We have many models for your handling applications also

CRP robots

You tell us the application, we will help you to prove that application with CRP Robots.

We want to show you EVERYTHING, let us contact you, leave your data and an expert will clearly dedicate all the time that is required so that we can go step by step, and that they can discover what we can achieve by automated your welding process.

With its own technology, and developed over the years, CRP has functions specifically designed for the G4 series controller. Functions like:

* Fish Scale Welding.

* Weld Modeling

* Flying Start.

* Wire Back Track

* Laser Seam ......

We have many models for your handling applications also

CRP robots

You tell us the application, we will help you to prove that application with CRP Robots.

We want to show you EVERYTHING, let us contact you, leave your data and an expert will clearly dedicate all the time that is required so that we can go step by step, and that they can discover what we can achieve by automated your welding process.

With its own technology, and developed over the years, CRP has functions specifically designed for the G4 series controller. Functions like:

* Fish Scale Welding.

* Weld Modeling

* Flying Start.

* Wire Back Track

* Laser Seam ......

We have many models for your handling applications also

CRP robots

You tell us the application, we will help you to prove that application with CRP Robots.

We want to show you EVERYTHING, let us contact you, leave your data and an expert will clearly dedicate all the time that is required so that we can go step by step, and that they can discover what we can achieve by automated your welding process.

With its own technology, and developed over the years, CRP has functions specifically designed for the G4 series controller. Functions like:

* Fish Scale Welding.

* Weld Modeling

* Flying Start.

* Wire Back Track

* Laser Seam ......

We have many models for your handling applications also

• Ensures consistent packaging quality.
• Reduces waste and manual effort.

• Reduces downtime.
• Ensures continuous operation.

Handling robots enhance operational efficiency in warehouses and distribution centers.

1. Order Picking: Retrieving items from shelves and placing them in delivery bins.
2. Palletizing and Depalletizing: Stacking and unstacking goods on pallets.
3. Sorting: Organizing packages based on delivery routes or destinations.
4. Material Transfer: Moving items between different areas of the warehouse.
5. Inventory Management: Assisting in stock checks and organization.

• Faster order fulfillment.
• Reduced labor costs and human fatigue.

1. Increased Efficiency: Robots handle repetitive tasks quickly and accurately.
2. Improved Safety: Reduces risks associated with hazardous or heavy tasks.
3. Cost-Effectiveness: Cuts labor costs and operational downtime.
4. Consistency: Delivers uniform quality in operations.
5. Scalability: Easily adjustable to meet changing production demands.

• Excellent reach and versatility.

• Sorting: Separating recyclable materials like plastic, paper, and metal.
• Material Handling: Transporting sorted materials to processing units.
• Inspection: Identifying and removing contaminants.
• Palletizing: Stacking recycled materials for transport.

• Vision-Guided Robots: For automated sorting.
• Delta Robots: For high-speed sorting of lightweight materials.
• Articulated Robots: For heavy-duty material handling.
• Cobots: For flexible waste management tasks.

Handling robots are used to improve efficiency in sorting and processing waste.

1. Sorting: Separating recyclable materials like paper, plastic, and metal.
2. Material Handling: Transporting waste to processing units.
3. Inspection: Identifying contaminants or improperly sorted materials.
4. Palletizing: Stacking recycled materials for transport.
5. Feeding Machines: Supplying recycling machines with sorted materials.

• Enhanced recycling rates.
• Safer handling of hazardous materials.

1. Increased Efficiency: Robots handle repetitive tasks quickly and accurately.
2. Improved Safety: Reduces risks associated with hazardous or heavy tasks.
3. Cost-Effectiveness: Cuts labor costs and operational downtime.
4. Consistency: Delivers uniform quality in operations.
5. Scalability: Easily adjustable to meet changing production demands.

• Order Picking: Automating the selection of items for orders.
• Sorting: Categorizing packages for delivery.
• Packaging: Wrapping and preparing orders for shipment.
• Palletizing: Organizing goods for bulk transport.

• Mobile Robots (AGVs/AMRs): For autonomous item transport.
• Delta Robots: For fast sorting in fulfillment centers.
• Palletizing Robots: For stacking delivery packages.
• Cobots: For flexible operations in smaller fulfillment centers.

• Material Movement: Transporting heavy construction materials.
• Sorting: Organizing raw materials like bricks and tiles.
• Palletizing: Preparing materials for shipment or storage.
• Assembly Assistance: Handling prefabricated construction components.

• Gantry Robots: For heavy material handling.
• Articulated Robots: For assembling prefabricated parts.
• Cobots: For smaller, flexible operations in modular construction.
• Mobile Robots (AMRs): For autonomous material transport on-site.

• Order Picking: Retrieving items from shelves for shipment.
• Sorting: Organizing packages based on delivery routes.
• Palletizing/Depalletizing: Stacking and unstacking goods.
• Material Handling: Transporting items across the warehouse.

• Mobile Robots (AGVs/AMRs): For flexible material handling.
• Palletizing Robots: For organizing goods for shipment.
• Articulated Robots: For high-capacity handling tasks.
• Cobots: For assisting in small-scale operations.

• Sterile Packaging: Handling and packing medicines in clean environments.
• Material Handling: Moving raw materials or completed products.
• Inspection: Ensuring product quality and safety.
• Sorting: Organizing medicines by type, size, or batch.
• Palletizing: Preparing pharmaceutical products for distribution.

• SCARA Robots: For precise, cleanroom-compatible handling.
• Cobots: For working alongside humans in sensitive environments.
• Vision-Guided Robots: For defect detection and quality control.
• Palletizing Robots: For organizing shipments.

• Sorting: Organizing food items by size, weight, or color.
• Packaging: Wrapping, boxing, or sealing food products.
• Palletizing: Stacking packaged items for shipping.
• Material Handling: Moving raw materials and finished goods.
• Inspection: Ensuring food safety and quality.

• Delta Robots: For fast and precise sorting.
• SCARA Robots: For packaging tasks.
• Collaborative Robots: For secondary food packaging.
• Palletizing Robots: For stacking large volumes of food products.

• Pick and Place: Handling small, delicate components like chips and circuit boards.
• Assembly: Assembling electronic devices such as smartphones and laptops.
• Inspection: Detecting defects using vision systems.
• Packaging: Ensuring delicate components are packed safely.

• SCARA Robots: For high-speed pick-and-place tasks.
• Delta Robots: For lightweight, high-precision tasks.
• Cobots: For flexible assembly of delicate components.
• Vision-Guided Robots: For inspection and sorting.

1. Automotive Industry:

   • Assembly Line Operations: Loading and unloading wheels onto vehicle assembly lines.
   • Wheel Balancing: Handling and positioning wheels during balancing operations for vehicles.
   • Tire Mounting: Handling wheels for tire installation and mounting on vehicles.

2. Wheel Manufacturing:

   • Loading and Unloading Presses: Automating the transfer of wheels from casting machines to press machines.
   • Wheel Inspection: Handling wheels during automated inspection processes for quality control.

3. Warehouse and Distribution:

   • Sorting and Organizing: Automating the sorting and storage of wheels in warehouses.
   • Palletizing and Packaging: Handling wheels for efficient palletizing, packaging, and preparing shipments.

4. E-commerce and Logistics:

   • Order Fulfillment: Handling wheels for order picking and shipment in distribution centers.
   • Automated Loading and Unloading: Moving wheels from storage locations to shipping areas for direct delivery.

5. Recycling and Refurbishing:

   • Wheel Recycling: Handling wheels for sorting, cleaning, and recycling processes.
   • Refurbishing Operations: Automating the process of collecting used or old wheels for refurbishing and resale.

6. Wheel Coating and Painting:

   • Painting and Powder Coating: Handling wheels for painting, powder coating, or other surface treatments.
   • Drying and Curing: Moving wheels through drying ovens and curing stations.

7. Aerospace Industry:

   • Aircraft Wheel Handling: Handling wheels for maintenance and inspection of aircraft landing gear systems.
   • Positioning and Installing: Handling wheels for the installation on ground support equipment.

8. Heavy Equipment Manufacturing:

   • Wheel Assembly for Machinery: Handling wheels for large industrial machinery and construction equipment.
   • Transporting Wheels for Assembly: Automating the movement of large, heavy wheels in production lines.
9. Benefits of Handling Robots for Wheel Handling

   1. Improved Productivity:

      • Automates repetitive wheel handling tasks, reducing cycle time and increasing throughput.
      • Enhances efficiency in high-volume operations, enabling continuous production.

   2. Enhanced Precision:

      • Provides precise control over wheel placement and positioning.
      • Reduces errors in aligning wheels during assembly, inspection, or storage.

   3. Increased Safety:

      • Eliminates manual lifting and handling of heavy wheels, reducing the risk of injury.
      • Reduces the need for workers to be in close proximity to dangerous machinery.

   4. Cost Efficiency:

      • Reduces labor costs by automating handling tasks.
      • Minimizes wheel damage from manual handling, lowering repair and replacement costs.

   5. Flexibility and Versatility:

      • Can handle different types of wheels, including car wheels, industrial equipment wheels, and aircraft wheels.
      • Easily reprogrammed to adapt to new products, processes, or production demands.

   6. Space Optimization:

      • Efficiently stores and handles wheels in tight spaces, improving space utilization in warehouses and production facilities.
      • Reduces the need for large storage areas by organizing wheels more effectively.

1. Automotive Industry:

   • Loading and unloading pipes for exhaust systems, fuel lines, and hydraulic systems.
   • Handling complex pipe shapes for vehicle frames and chassis components.

2. Aerospace Industry:

   • Assisting in the production of bent pipes for aircraft hydraulic and fuel systems.
   • Handling lightweight and precise aluminum or titanium pipes.

3. Furniture Manufacturing:

   • Bending pipes for chairs, tables, and other furniture frames.
   • Handling decorative and functional designs with consistent precision.

4. Construction Industry:

   • Assisting in the fabrication of pipes for plumbing, HVAC, and structural systems.
   • Handling large-diameter pipes for industrial and residential construction.

5. Oil and Gas Industry:

   • Managing the bending of pipes for pipelines, refineries, and storage facilities.
   • Handling heavy and thick pipes that require precise bending angles.

6. Shipbuilding:

   • Producing bent pipes for ship plumbing, fuel systems, and structural components.
   • Handling pipes with large dimensions for marine applications.

7. Heavy Equipment Manufacturing:

   • Bending pipes for hydraulic systems, cranes, and other heavy machinery.
   • Managing large and heavy components efficiently.

8. Fitness Equipment Production:

   • Bending pipes for gym equipment such as frames, supports, and handlebars.
   • Ensuring consistent quality for ergonomic designs.
9. Benefits of Handling Robots for Pipe Bending Machines

   1. Improved Productivity:

      • Reduces cycle times by automating the loading, unloading, and positioning of pipes.
      • Enables continuous operation without downtime, increasing throughput.

   2. Enhanced Accuracy:

      • Ensures precise handling and positioning of pipes for consistent bending results.
      • Reduces errors caused by manual handling and improves product quality.

   3. Increased Safety:

      • Eliminates manual handling of heavy, sharp, or awkward pipes, reducing workplace injuries.
      • Protects workers from hazards associated with bending operations.

   4. Flexibility and Versatility:

      • Capable of handling pipes of varying lengths, diameters, and materials.
      • Easily reprogrammed to accommodate different bending angles and designs.

   5. Consistency and Repeatability:

      • Delivers uniform results across all batches, maintaining high production standards.
      • Reduces variability in bending operations.

   6. Cost Efficiency:

      • Decreases reliance on manual labor, reducing labor costs.
      • Minimizes material waste by ensuring precise bends without rework.

   7. Space Optimization:

      • Operates efficiently within compact production layouts.
      • Reduces the need for additional equipment or floor space.

   8. Integration with Automation Systems:

      • Works seamlessly with pipe bending machines and other automated systems.
      • Supports data-driven optimization through Industry 4.0 integration.

   9. Reduced Lead Times:

      • Speeds up production schedules by automating time-intensive tasks.
      • Enables faster response to market demands and custom orders.

   10.  

• Increases sorting speed and accuracy.
• Minimizes errors in classification.

1. CNC Machining:

   • Loading and unloading raw materials and finished parts into CNC machines.
   • Handling tasks such as drilling, milling, turning, and grinding.

2. Injection Molding:

   • Removing molded parts from machines and placing them in cooling racks.
   • Loading raw materials into the injection molding machine.

3. Die Casting:

   • Transferring molten metal and removing finished castings from machines.
   • Handling hot and heavy parts in high-temperature environments.

4. Press Tending:

   • Loading metal sheets or blanks into stamping or forging presses.
   • Removing finished parts from presses for further processing.

5. Quality Inspection:

   • Automating inspection tasks to check for defects or inconsistencies in parts.
   • Using vision systems to measure dimensions and ensure product quality.

6. Packaging:

   • Transferring finished parts to packaging or assembly stations.
   • Stacking and organizing components for shipment.

7. Additive Manufacturing:

   • Removing 3D-printed parts and cleaning excess material.
   • Loading materials for continuous operation of additive manufacturing systems.

8. Food and Beverage Industry:

   • Handling food-grade materials in automated production lines.
   • Assisting in the production of packaged goods with repetitive tasks.

9. Electronics Industry:

   • Handling delicate electronic components for assembly or testing.
   • Loading and unloading circuit boards in automated production systems.

10. Metal Fabrication:

    • Loading raw materials like sheets, tubes, and plates into cutting or bending machines.
    • Unloading and stacking processed parts for further assembly or shipment.

1. Increased Productivity:

   • Operates continuously, allowing machines to run 24/7 without interruptions.
   • Reduces downtime caused by manual loading and unloading delays.

2. Enhanced Safety:

   • Removes workers from hazardous environments involving heat, sharp tools, or heavy loads.
   • Reduces the risk of injuries associated with repetitive tasks or heavy lifting.

3. Improved Consistency and Accuracy:

   • Ensures precise loading, unloading, and positioning of materials, reducing defects.
   • Maintains consistent performance, even with complex or repetitive tasks.

4. Cost Efficiency:

   • Reduces labor costs by automating manual operations.
   • Minimizes material waste and rework through accurate handling.

5. Flexibility:

   • Easily programmable to handle different machine types and tasks.
   • Adapts to changes in production processes or part designs.

6. Optimized Machine Utilization:

   • Keeps machines running at optimal capacity by reducing idle time.
   • Allows for efficient scheduling of tasks, maximizing output.

7. Scalability:

   • Suitable for small batch production as well as high-volume operations.
   • Scalable to handle multiple machines or expanded production lines.

8. Reduced Lead Times:

   • Speeds up production processes by automating material handling.
   • Allows for quicker response to market demands.

• Material Handling: Moving raw materials, parts, and tools.
• Assembly: Handling components like engines, doors, and windshields.
• Palletizing: Stacking components for storage or shipment.
• Inspection: Quality checks on components and welds.

• Articulated Robots: For assembly and handling complex parts.
• Gantry Robots: Moving heavy components across wide workspaces.
• Collaborative Robots (Cobots): Assisting workers in assembly tasks.
• Palletizing Robots: Specialized for stacking parts efficiently.

• Sorting: Organizing items for packaging lines.
• Wrapping and Sealing: Ensuring products are safely packed.
• Palletizing: Stacking packaged goods.
• Material Handling: Transporting packaging materials.

• SCARA Robots: For high-speed, repetitive packaging tasks.
• Palletizing Robots: For stacking goods.
• Delta Robots: For lightweight and high-speed operations.
• Cobots: For flexible and customizable packaging tasks.

• Material Handling: Moving raw materials, parts, and tools.
• Assembly: Handling components like engines, doors, and windshields.
• Palletizing: Stacking components for storage or shipment.
• Inspection: Quality checks on components and welds.

• Articulated Robots: For assembly and handling complex parts.
• Gantry Robots: Moving heavy components across wide workspaces.
• Collaborative Robots (Cobots): Assisting workers in assembly tasks.
• Palletizing Robots: Specialized for stacking parts efficiently.

Handling robots are integral to automating packaging processes across various industries.

1. Product Placement: Placing items in cartons or trays.
2. Sorting: Organizing products by size, type, or destination.
3. Wrapping: Handling items during shrink-wrapping or labeling.
4. Palletizing: Stacking packaged goods for shipment.
5. Material Handling: Moving raw materials like boxes and film rolls.

• Consistent packaging quality.
• Reduced wastage of materials.

1. Increased Efficiency: Robots handle repetitive tasks quickly and accurately.
2. Improved Safety: Reduces risks associated with hazardous or heavy tasks.
3. Cost-Effectiveness: Cuts labor costs and operational downtime.
4. Consistency: Delivers uniform quality in operations.
5. Scalability: Easily adjustable to meet changing production demands.

• Reduces manual labor.
• Improves workflow efficiency.

In the fast-paced e-commerce sector, handling robots optimize operations.

1. Order Fulfillment: Picking and placing items for customer orders.
2. Sorting: Categorizing packages for delivery routes.
3. Material Handling: Moving items between storage and shipping areas.
4. Inventory Management: Automating stock replenishment.
5. Packing and Sealing: Preparing orders for shipment.

• Faster order processing and delivery.
• Reduced operational costs.

1. Increased Efficiency: Robots handle repetitive tasks quickly and accurately.
2. Improved Safety: Reduces risks associated with hazardous or heavy tasks.
3. Cost-Effectiveness: Cuts labor costs and operational downtime.
4. Consistency: Delivers uniform quality in operations.
5. Scalability: Easily adjustable to meet changing production demands.

• Function: Arrange items on pallets for storage or shipping.

• Applications:
  • Warehousing and logistics.
  • Food and beverage packaging.

• Advantages:
  • Handles heavy loads efficiently.
  • Reduces time spent on manual stacking.

1. Increased Efficiency: Robots handle repetitive tasks quickly and accurately.
2. Improved Safety: Reduces risks associated with hazardous or heavy tasks.
3. Cost-Effectiveness: Cuts labor costs and operational downtime.
4. Consistency: Delivers uniform quality in operations.
5. Scalability: Easily adjustable to meet changing production demands.

CRP robots

You tell us the application, we will help you to prove that application with CRP Robots.

We want to show you EVERYTHING, let us contact you, leave your data and an expert will clearly dedicate all the time that is required so that we can go step by step, and that they can discover what we can achieve by automated your welding process.

With its own technology, and developed over the years, CRP has functions specifically designed for the G4 series controller. Functions like:

* Fish Scale Welding.

* Weld Modeling

* Flying Start.

* Wire Back Track

* Laser Seam ......

We have many models for your handling applications also

CRP robots

You tell us the application, we will help you to prove that application with CRP Robots.

We want to show you EVERYTHING, let us contact you, leave your data and an expert will clearly dedicate all the time that is required so that we can go step by step, and that they can discover what we can achieve by automated your welding process.

With its own technology, and developed over the years, CRP has functions specifically designed for the G4 series controller. Functions like:

* Fish Scale Welding.

* Weld Modeling

* Flying Start.

* Wire Back Track

* Laser Seam ......

We have many models for your handling applications also

CRP robots

You tell us the application, we will help you to prove that application with CRP Robots.

We want to show you EVERYTHING, let us contact you, leave your data and an expert will clearly dedicate all the time that is required so that we can go step by step, and that they can discover what we can achieve by automated your welding process.

With its own technology, and developed over the years, CRP has functions specifically designed for the G4 series controller. Functions like:

* Fish Scale Welding.

* Weld Modeling

* Flying Start.

* Wire Back Track

* Laser Seam ......

We have many models for your handling applications also

CRP robots

You tell us the application, we will help you to prove that application with CRP Robots.

We want to show you EVERYTHING, let us contact you, leave your data and an expert will clearly dedicate all the time that is required so that we can go step by step, and that they can discover what we can achieve by automated your welding process.

With its own technology, and developed over the years, CRP has functions specifically designed for the G4 series controller. Functions like:

* Fish Scale Welding.

* Weld Modeling

* Flying Start.

* Wire Back Track

* Laser Seam ......

We have many models for your handling applications also