Produkty dla instrumenty (44)

Precise CNC machining is currently the basis for the implementation of many production processes. Thanks to it, it is possible to manufacture details that are very complex in shape, such as gears, bearing elements, drive shafts, specialized tools or screws with non-standard parameters. It is used both in serial production and where prototypes are created and individual elements must be made based on technical drawings. It is also irreplaceable in the production of progressive tools . Precise CNC machining with the use of numerically controlled CNC machines also guarantees a very high repeatability of the elements made. At the same time, it reduces the time of their production and contributes to the economic use of materials, and as a result - to lower production costs. Such effects are determined both by the preservation of the set parameters throughout the production period of the series and the elimination of human errors. Precise CNC machining is also one

Although control and measurement devices (tests) should and most often are used in a very safe way, they still require cyclical measurement control and regeneration and possible calibration in order to obtain the required measurement accuracy, reliability and repeatability. Ensuring the stability and certainty of quality control - in this case control measurements - translates directly into the quality of manufactured parts and related possible complaints, repair costs and / or service actions. In order to avoid such situations, it is necessary to take care of the impeccable condition of the measuring instruments. Therefore, both in the event of a fault on the gaugecaused by a mechanical factor, related to an accident or an unfortunate coincidence, as well as in the case of the approaching time of cyclic calibration, which, depending on the conditions and intensity of use of the test, should

Stationary Measurements

Swiftly laser engrave in Full HD+ definition (125 DPI) Or rapidly deep-engrave wood with a 5 mm [0.19 inch] deep line or curve Laser engrave wood, wood-based materials and cotton at the maximum speed of popular CNC machines, 100-150 mm/s [3.9-5.9 inch/s] Laser cut materials up to 6-8 mm thick, especially wood, leather and textiles Quickly laser engrave, not just mark, stainless steel, carbon steel and Titanium Have a built-in protection against back-reflection from reflective metals being engraved Have the most powerful industrial blue laser head on the market. Laser cut foams up to 30 mm thick

GLOBAL EVO is one of the newest CMMs, which is characterized by high precision and accuracy. It is intended for measurements of details, in which the complexity of shapes makes manual control devices such as micrometers, altimeters, calipers impossible. It also replaces those gauges whose specifications contain very narrow tolerance fields. Measurement with an accuracy of 0.004 mm allows you to maintain stringent quality standards recognized by the largest automotive concerns in the world. CMM machines from the GLOBAL series also have large dimensions of the work table, thanks to which we can measure parts of larger dimensions. It should also be mentioned the increased efficiency thanks to which the measuring time can be reduced by up to 20% compared to other CMMs. Maximum permissible error of the form:MPE = ± (1.3 + L / 333.0) mm Dimensions of the working area:X = 900 Y = 1500 Z = 800

Cutting elements from material sheets is a basic activity in the serial production of details. The accuracy of their performance depends on the accuracy of subsequent activities, such as e.g. 3D forming or punching. They all contribute to the quality of the effect, and thus also of the finished product. Cutting and progressive dies play an extremely important role in this process . These are tools installed in hydraulic works, which are responsible for making an element of a specific shape and dimensions from a sheet of thin sheet metal. The trimmer should be designed and made with very high precision. It depends on what the effects of his work will be, i.e. the accuracy of mapping the manufactured details. In designing such tools, we use specialized CAD software. On the other hand, precise CNC machining on numerically controlled machines guarantees an extremely accurate representation of the project. Thanks to these possibilities, we offer customers the execution of even very complex

Control and measurement devices can also be used outside the production site or research laboratory. The Absolute Arm Compact measuring arm is designed for such purposes and combines ultra-high accuracy with a compact size. The device was designed for optimal measurement results in hard-to-reach places. Simply put, the Absolute Arm Compact is still the most accurate measuring arm in the world, while offering an accuracy in the range of 6 microns. Consolidating advanced portable arm technology into an extremely portable package, this arm is the ideal solution for making absolutely accurate measurements of small and medium-sized parts. Model:8725-6

Serial production of details for the construction of cars, machines or household appliances is associated with the need to maintain a high level of dimensional precision. Especially in the case of machines and components in motion, their parts must be perfectly matched so that they interact without causing friction and accelerating the rate of wear. That is why systematic CMM measurements performed with the use of special coordinate measuring machines are so important. These machines are equipped with three measuring systems enabling simultaneous measurements in the XYZ coordinate axes. An additional element is a probe that allows you to locate the surface of the measured element. CMM coordinate measurementsthey take place automatically and are made with the use of CNC technology, also commonly used in precise CNC machining . Such production tests are characterized by very high accuracy and are not exposed to errors resulting from human physical limitations or his subjective approach

Laser engrave in Ultra HD definition (550 DPI) Laser cut thin materials up to 6-8 mm thick, especially leather and textiles Laser engrave, not just mark, stainless steel, carbon steel and Titanium Laser engrave with an adjustable-size square beam spot Laser engrave small text or design 1 mm in size Use this laser head for testing the accuracy of your CNC machine(s) or, if you are a CNC machine-producing company, for your CNC machines’ accuracy prototyping. Use this laser head for optical tweezers Minimize your electrical power consumption and/or carbon footprint while using a professional industrial-grade laser head

Laser engrave in Standard+ definition (80 DPI) Laser cut thicker materials above 8 mm thickness Laser mark stainless steel and Titanium Be able to rotate the focusing lens, changing the working distance as well as the focused beam spot size and consequently resolution (40-160 DPI) Laser cut foams up to 40 mm thick Minimize your electrical power consumption and/or carbon footprint while using a professional industrial-grade laser head

Features: Wide input voltage range Multiple control options including proportional, PWM and combination of both Excellent noise figure High bandwidth Short rise and fall time Multiple current output options Output current versions: VersionSupply Voltage[1]Current measurement ratio-3 dB Bandwidth [kHz]Rise/Fall Time [ns]Noise [mApp] 0,5A3,3 - 35V1V/A700<1us<0,1% 1,5A3,3 - 35V300mV/A700<1us<0,1% 5A3,3 - 35V100mV/A700<1us<0,1% 10A3,3 - 24V20mV/A400<1us<0,2% [1] Logic supply should be in range 7.5V – 35V

Blue Galvo Engraving Laser Systems find applications in a wide range of industries. While industrial applications requiring fast material processing are common, these systems are also utilized in agriculture, medical, and research fields. The list of applications continues to expand, with new uses emerging each year. Popular applications include food, fruits, and vegetables labeling; laser processing of plants, crops, and weeds; engraving on wood, ceramics, plastics, and metals

In the vast majority of plants, especially in the automotive, aviation and machine industries, one of the basic requirements is QA - Quality Assurance . This in turn requires reliable and permanent quality control (QC ). Quality assurance and its control are often related, although they are defined differently. The differences between quality assurance and quality control Quality assurance activities and responsibilities usually cover virtually the entire quality system, while QC is a series of quality control activities. In addition, elements of the quality system may not be specifically covered by QA / QC activities and responsibilities, but may include QA and QC. Referring to the above definition, as well as taking into account the industry in which we operate, we come to an important issue, i.e. measurement control. Measurement control The scope of measurement control includes many ways and methods, which often requires devices individually

The production of complex shaped elements formed from sheet metal requires the use of very precise tools. Designing them with the use of specialized programs such as CAD and supplementing with the visualization of the finished stamp is not always sufficient to guarantee a satisfactory effect. Therefore, a stamping simulation is essential to make sure it is correct before introducing progressive dies or cutting tools into production . Authors and PAM STAMP is the software we use to perform such a simulation. Both programs are a perfect solution for companies wishing to design and launch a new product. PAM STAMP stamping process simulation enables initial part feasibility assessment, tool design and full verification simulation. We can predict how the material will behave during each pressing phase. This solution makes it possible to optimize the process so that the pressed detail does not show any tendency to cracking, folding or excessive springback.