We use cookies to optimize our website for you and to be able to continuously improve it. By continuing to browse the site you are agreeing to our use of cookies.
Disagree
subcategorias
(terceiro nível de categoria)
Fabricante:
(Categoria: 109)
usava
From RPM 16 to RPM 1250; 16 speeds; Drilling capacity: 80mm; Max spacing: 2500mm; 14kva; T-slot table size: 1200 x 2400mm; Z axis: 2300mm and y axis: 2700mm; Distance between spindle axis and column 500mm — 2500mm; equipped with coolant pump and T-slot clamping block: H570 x W800 x L1000mm; Auction-ID: A1-43823-46
usava
usava
General data: Machine type: Laser cutting machine Manufacturer: Mazak Serial no.: 258579 Control: Mazatrol Preview with 15\" XGA TFT monitor Power & electrical: Laser output power: 4 kW Voltage: 400 V, 50/60 Hz Current: 125 A Total machine weight: 20,700 kg Resonator power: 4 kW Work area & stroke: Cutting area: 2000 × 4000 mm X-axis: 4020 mm Y-axis: 2020 mm Z-axis: 90 mm Precision: Positioning accuracy: ±0.01/500 mm (X,Y), ±0.01/100 mm (Z) Performance: Laser ON time: 17,365 hours High-precision laser cutting for metal sheet processing Designed for heavy-duty industrial operation and high throughput Equipment & features: 3-position automatic nozzle changer Intelligent focus measurement Servo focus head Automatic nozzle cleaning Non-contact profiler Oscillation indicator Chiller & air dryer NC gas pressure control LAN/USB connectivity Auction-ID: A7-40831-1
usava
usava
usava
usava
usava
usava
Consisting of: snapas gauge 0-25 mm, thread micrometer 0-25 mm, depth micrometer Auction-ID: A1-43988-54
usava
usava
usava
Measuring range 0-500 mm, including 2x analog caliper (0-450 mm, 0-600 mm), in box. Auction-ID: A1-43988-48
usava
Cabinet dimensions: H: 2000 W: 600 L: 1000 Auction-ID: A7-44493-101
usava
usava
usava
usava
usava
1x 0-200 mm, 1x 0-300 mm, including 1x tube inner micrometer Auction-ID: A1-43988-50
usava
usava
usava
usava
usava
Auction-ID: A1-43988-25
usava
usava
usava
usava
usava
usava
The Bruker Q4 TASMAN is a \"multitool\" for metal analysis. It is used to determine the exact chemical composition of metal samples within a few seconds in order to identify alloys or detect impurities. The device is mainly used in areas where material quality is crucial: Incoming goods inspection: Quick check whether delivered pipes, wires or small parts meet the ordered specification. Foundries & Metal Processing: Melt monitoring and final inspection of components. The system can analyze almost all common industrial metals and their alloys: Materials: Iron and Steel (Fe), Aluminum (Al), Copper (Cu), Nickel (Ni), Cobalt (Co), Magnesium (Mg), Lead (Pb), Tin (Sn), Titanium (Ti) and Zinc (Zn). Trace elements: Depending on the model (e.g. Q4 TASMAN 130), even critical non-metals such as nitrogen (N) in steel or oxygen (O) in copper can be detected in the smallest concentrations. Speed: Tha ...
usava