The ControlNICE CNA series 6-axis articulated arm three coordinate measuring machine is a high-precision and reliable measurement system, whether used for reverse engineering or on-site measurement. It has the following characteristics:
Wide measurement range and complete models
From 1.8 meters to 9.0 meters as many as 10 different models, CNA series articulated arm measuring machine is currently the market with a full range of models and wide coverage of manufacturers, so that CNA articulated arm measuring machine can not only be used for the precision measurement of small and medium-sized parts in the workshop, but also can be used for on-site measurement of construction machinery, production lines, large castings, etc.
Multiple types of optional probes
The CNA joint arm measuring machine can not only use traditional mechanical hard measuring heads, but also choose different measuring heads such as electronic trigger measuring heads, floating measuring heads, pipe laser forks, etc. The measuring heads can be switched freely without the need for recalibration.
Unique electromagnetic braking system
The unique electromagnetic force braking system (standard type is magnetic protection) of the CNA articulated arm measuring machine can greatly reduce the possibility of accidental fall of the measuring arm and damage to the measuring arm hardware system. Compared to traditional manual locking, it is safer, more convenient, and less prone to damage.
Unique floating probe (optional configuration)
The unique floating probe of the CNA joint arm measuring machine is a new concept of contact probe. The probe is "suspended" inside the probe through an internal spring and control ring, ensuring consistent measurement force and isolating the impact of operator hand temperature on accuracy, thereby improving measurement accuracy and repeatability.
Compatible with multiple third-party measurement software
ControlNICE is compatible with many third-party detection and reverse engineering software, such as Polyworks, Verisurf, Geomagic, TouchDMIS, PowerInspect
CNA6-E Standard type
The CNA6-E standard model represents the entry-level Controlnice articulated arm. This series only has a 6-axis configuration, and as there are no oversized specifications, only a magnetic locking mechanism is equipped. It includes all the basic functions of the Controlnice articulated arm, with three sizes to choose from, and a measurement range from 1800 to 3200 mm& nbsp; High reliability and cost-effectiveness are its main characteristics.
CNA6-P professional
The on-site case CNA6-P professional represents the highest level of Controlnice articulated arms, with a measurement range of 1800 mm to 9000 mm and higher measurement accuracy.
On site service case diagram
Live shooting images
Live shooting images
Live shooting images
Live shooting images
Live shooting images
Live shooting images
Live shooting images
Live shooting images
The ControlNICE CNA series 7-axis articulated arm three coordinate measuring machine is a high-precision and reliable measurement system, whether used for reverse engineering or on-site measurement. It has the following characteristics:
Wide measurement range and complete models
From 1.8 meters to 9.0 meters with 7 different models, CNA series 7-axis articulated arm measuring machine is currently the manufacturer with full coverage of models on the market, so that CNA7-axis articulated arm measuring machine can not only be used for precision measurement of small and medium-sized parts in the workshop, but also can be used for on-site measurement of construction machinery, production lines, large castings, etc.
Multiple types of optional probes
The CNA7 axis articulated arm measuring machine can not only use traditional mechanical hard measuring heads, but also choose different measuring heads such as electronic trigger measuring heads, floating measuring heads, pipe laser forks, laser scanning heads, etc. The measuring heads can be switched freely without the need for recalibration.
Unique electromagnetic braking system
The unique electromagnetic force braking system of the CNA7 axis articulated arm measuring machine can greatly reduce the possibility of accidentally falling the measuring arm and damaging the measuring arm hardware system. Compared to traditional manual locking, it is safer, more convenient, and less prone to damage.
Unique floating probe (optional configuration)
The unique floating probe of the CNA7 axis articulated arm measuring machine is a new concept of contact probe. The probe is "suspended" inside the probe through an internal spring and control ring, ensuring consistent measurement force and isolating the impact of operator hand temperature on accuracy, thereby improving measurement accuracy and repeatability.
Compatible with multiple third-party measurement software
ControlNICE is compatible with many third-party detection and reverse engineering software, PolyWorks ?， Verisurf ?， Geomagic ?， TouchDMIS ， PowerInspect, etc.
multipurpose
The CNA7-axis articulated arm measuring machine offers the flexibility to be equipped with both a ruby hard probe and a laser scan.
The CNA7 standard configuration is a contact type hard probe that can be switched to laser scanning at any time.
Upgrade the CNA7 axis to the CNA B series, and you will have a powerful CNA scanning arm that can use red or blue light lasers.
On site cases
On site application cases
On site application cases
On site application cases
On site application cases
On site application cases
On site application cases
On site application cases
On site application cases
★ Classic lightweight design that conforms to ergonomics
★ Connect to the computer using a high-speed Ethernet interface
★ Optional integrated laser fork for flexible and time-saving pipe measurement
★ Integrated software provides a plug and play hardware interface for the articulated arm
★ Integrated intuitive point laser for directional measurement
★ No need for powder spraying, easy to scan high reflective and dark or white materials
Product testing
1. Portable measuring arm can achieve online size measurement for on-site inspection
2. Design improvement: Using a portable measuring arm for computer-aided testing of products can timely detect errors between the product and the original design, in order to improve product design and manufacturing process
3. Rapid design: Implementing design solutions based on existing products or partially using reverse methods
4. Component archiving: Archive components without design prototypes or drawings for future use
Online inspection in the production workshop
1. On site measurement: The measuring arm has no special requirements for the environment and can be used in the production workshop. Timely detection of product quality issues to reduce scrap rates
2. Measurement of complex workpiece parts: on-site measurement of various automotive fixtures, gauges, platforms, automotive interior parts, pipe fittings, and other large and small products
3. Online detection: Traditional methods cannot be used for online detection. The measuring arm can be used for online or on machine detection during product processing, with good flexibility and extremely high cost-effectiveness
Management optimization and risk control
1. Product manufacturing process optimization: By conducting 100% online testing of products, timely data on the manufacturing process can be obtained for scientific management decisions.
2. Operational risk control: By conducting on-site measurements of products, problems such as deformation and wear can be detected in a timely manner, and molds and production processes can be adjusted in a timely manner to reduce the risk of subsequent assembly defects or other defects
On site cases
On site application cases
On site application cases
On site application cases
On site application cases
On site application cases
Elbow parts are widely used in industries such as automotive manufacturing, aerospace, engineering machinery, energy, and rail transit. The CNA-T series non-contact laser fork pipe fitting measurement system can be directly installed next to the pipe fitting production line to detect pipelines, pipelines, hoses, etc. In addition to providing various conventional joint arm detection functions, it can also provide processing parameters and reasonable correction value data that match the bending equipment for the adjustment of the bending machine, greatly reducing the time required for adjusting the equipment and improving the product qualification rate.
Five sizes of laser forks are available: 30mm, 50mm, 80mm, 150mm, and 200mm. Non contact laser forks can be used to measure pipes with diameters ranging from 1mm to 180mm, while larger diameter pipes can be measured using a contact type hard probe.
Product Features
Simple measurement of pipe fittings, pipelines, and hoses
Pipe fittings can be tested as prototypes or against their nominal CAD models. During the measurement process, the operator will be prompted to measure the design features of the pipe fittings, which will also be highlighted in the measurement window.
Automatic generation of pipe fitting inspection program
● Multiple pipe reference
● Pipe support measurement
Function
Measurement using non-contact laser forks or contact type hard probes
Measuring straight pipe
Measurement of curved pipes (straight and curved sections)
Measurement of continuous bends (without straight sections, continuous bending)
The method of scaling can be used to measure pipe fittings
The diameter of the pipe fittings can be changed during the measurement process
Can measure branch pipes welded to the main pipe, except for the main pipe
Measurable RCV (variable radius) fittings
Measurable non circular cross-section pipe fittings
Can be connected to a CNC pipe bending machine for comparison and correction
Rebound correction (20-120)
Alignment: can compare and analyze the actual measured pipe fittings with the theoretical pipe fitting coordinates for alignment
Customized materials can be used to compensate for rebound and applied to bending programs
Generate, modify, and print pipe fitting models to:
-Cartesian coordinate system
-Polar coordinate system (YBC value)
-Double Cartesian coordinate system
-Pipe bending machine coordinate system
Graphical representation of measured pipe fittings
Graphical representation inserted into the overlapping part of the main body (flange/hole/including small branches)
Manual or automatic positioning of pipe fittings within the gauge
RCV fittings (variable radius fittings)
Can measure non equal bending radius and continuously bend pipe fittings with no straight segment changing direction of rotation
Measurement mixed with RCV fittings and equal bending radius fittings
Set up RCV and RCV mixed pipe fittings from a file
Automatic correction of RCV and RCV mixed pipe fitting program
On site cases
Elbow parts are widely used in industries such as automotive manufacturing, aerospace, engineering machinery, energy, and rail transit. The CNA-T series non-contact laser fork pipe fitting measurement system can be directly installed next to the pipe fitting production line to detect pipelines, pipelines, hoses, etc. In addition to providing various conventional joint arm detection functions, it can also provide processing parameters and reasonable correction value data that match the bending equipment for the adjustment of the bending machine, greatly reducing the time required for adjusting the equipment and improving the product qualification rate.
Five sizes of laser forks are available: 30mm, 50mm, 80mm, 150mm, and 200mm. Non contact laser forks can be used to measure pipes with diameters ranging from 1mm to 180mm, while larger diameter pipes can be measured using a contact type hard probe.
Product Features
Simple measurement of pipe fittings, pipelines, and hoses
Pipe fittings can be tested as prototypes or against their nominal CAD models. During the measurement process, the operator will be prompted to measure the design features of the pipe fittings, which will also be highlighted in the measurement window.
Automatic generation of pipe fitting inspection program
● Multiple pipe reference
● Pipe support measurement
Function
Measurement using non-contact laser forks or contact type hard probes
Measuring straight pipe
Measurement of curved pipes (straight and curved sections)
Measurement of continuous bends (without straight sections, continuous bending)
The method of scaling can be used to measure pipe fittings
The diameter of the pipe fittings can be changed during the measurement process
Can measure branch pipes welded to the main pipe, except for the main pipe
Measurable RCV (variable radius) fittings
Measurable non circular cross-section pipe fittings
Can be connected to a CNC pipe bending machine for comparison and correction
Rebound correction (20-120)
Alignment: can compare and analyze the actual measured pipe fittings with the theoretical pipe fitting coordinates for alignment
Customized materials can be used to compensate for rebound and applied to bending programs
Generate, modify, and print pipe fitting models to:
-Cartesian coordinate system
-Polar coordinate system (YBC value)
-Double Cartesian coordinate system
-Pipe bending machine coordinate system
Graphical representation of measured pipe fittings
Graphical representation inserted into the overlapping part of the main body (flange/hole/including small branches)
Manual or automatic positioning of pipe fittings within the gauge
RCV fittings (variable radius fittings)
Can measure non equal bending radius and continuously bend pipe fittings with no straight segment changing direction of rotation
Measurement mixed with RCV fittings and equal bending radius fittings
Set up RCV and RCV mixed pipe fittings from a file
Automatic correction of RCV and RCV mixed pipe fitting program
On site cases
CNA6-S series high-precision online measurement articulated arm is a measuring machine that does not need to be installed and is easy to move. By further improving the hardware and software solutions, the articulated arm has reached a new level of accuracy of 8 microns (according to ISO 10360-2). The measuring range is from 1.3 meters to 1.8 meters, the whole machine is made of high-quality materials, and has a built-in automatic temperature compensation system. The CNA6-S is a coordinate measuring machine for workshops and production lines. With the precision of a laboratory instrument and the robustness of shop floor equipment, it can be set up in seconds thanks to the absence of screws or magnetic adsorption mounting, reducing inspection time and precise measurement results with flexibility to increase yield and productivity.
Product Features
Innovative balance system
The redesigned balance solution brings a brand new operating experience to the articulated arm, making it very lightweight to operate in the hand and doubling the operator's confidence.
Home position
Thanks to innovative balancing features, the ControlNICE CNA6-S series articulated arms do not require locking and unlocking, providing a safe home position directly in front of the operator. Take off the joint arm and immediately measure it. After completion, it is so simple, fast, and safe to return to the original position.
Easy installation
The joint arm base does not need to be fixed with screws, and can be freely placed on a stable and flat surface to start measurement work. It can also be fixed to the tripod using traditional screws.
Compatible with multiple software
The CNA-S joint arm measuring machine is compatible with mainstream detection software such as PowerINSPECT, MasterCAM, Rhinoceros, AlphaCAM, 3DSYSTEM Control X, POLYWORKS, etc.
The following is an on-site case diagram
Field application case of high-precision articulated arm measuring machine
Field application case of high-precision articulated arm measuring machine
