800 x t-bed processing centre parameters 800 x t-bed processing centre

800 x t-bed processing centre parameters 800 x t-bed processing centre

800 x t-psych and 800 x t-ray:

Comparative itemsBack t-package centre (toh/hot series)T-type undercover processing centreBed structureThe workstation is in the middle of the bottom, the pillars are behind the workstation, the whole body is like a reverse t wordThe pillars are fixed in the middle of the base, the workstations are on both sides of the pillars, like the positive t-wordRigidity and loadWidening base, long distances and low centre of gravity; heavy-carrying cut resistant to vibration, suitable for re-cutting box, cast iron, steelCentral, two-side workstations; high centre of gravity, suitable for medium and light cutting, load ceiling below tDust propertiesExcellent. Work stretches, iron crumbs fall directly down, not easily piled up in the workstation tracks, suitable for large amounts of masonry, cast iron processingGeneral. Iron crumbs tend to fall between the bottom and the workstations, and they are easily crumbed and require enhanced protection and debris removal structuresLevel of material on the workstationThe workstations are installed on the bottom floor, low altitude, easy to load and box, low-capacityWorkstations are too high to fitProcess extensionThe x-axis is big, and it's better to make a big tripIt's too long for the x-axisLand areaThe structure is tight and the workshop space is smallerLeft and right layout. The machine bed is wider and biggerThermal deformation propertiesThermal sources are away from the guidance tracks, the heat is stable, mass processing accuracy is maintained over time okayThe poles are in the middle, the main axle heat is easily transmitted to the bottom, and thermal deformation is relatively greaterPriceStandardize with desk, slightly higher costSimple structure, lower purchase price for same specificationsApplicable workBoxes, pump valves, speed-reducing machine casings; steel, cast iron mass re-cut; long-term automated productionSmall- and medium-sized aluminium, light cutting box; single test, small and medium batch with limited budget

800 positive t-bed processing centre parameters:

Project nameUnitToh500Toh 630Toh 800Xyz coordinate processMm1000 800 9001100 900 10001300 1100 1100Table sizeMm500 x 500630 x 630800 x 800Main axis center to workstation distanceMm100-900100-1000100-1200Spindle nose to table centerMm150-1050150-1150250-1350Xyz fast offset xyz rapid traverseM/min15/15/1015/15/1015/15/10Spindle speed rangeThis post is part of our special coverage syria protests 201150-600050-600050-6000Main axle motorKw15/18. 515/18. 515/18. 5Xyz axis server powerKwBetais 30b/2000 betais 30b/2000βis 30b/2000 βis 40b/2000βis 30b/2000 βis 40b/2000Axis server powerKwBetais12b/2000Betais12b/2000Betais 22b/2000Cnc control table
Nrt-500hNrt-630hNrt-800h

Two-spaced 800-strength t-bed processing center factory

Double-space undercover processing centre equippedTwo digital circuit tables + tray exchangeCore logic: one position cutting process, another step synchronized loader, to be processed in parallel with the top down, and to compress the standby time。

I. Core strengths

1. Processes are synchronized with packagings, and production rhythms are significantly increasedWhen the machine bed is being processed for the a slot, the operator completes the processed parts in the b slot, the new packages are being packed and found. Upon completion of the processing, the pallet is automatically exchanged without having to stop and wait for feed. For the elimination of waiting times for single-cell “stop-loading”, the efficiency of bulk container parts production can be increased by 40% to 70%。

2. Reduction in machine-bed consumption and equipment utilizationThe average single-space job was added, and a great deal of time was wasted on the unloading and cleaning of the work. The main axes of the double-space model are continuously operating, with a significant increase in the effective cutting time, with faster investment in equipment, suitable for large-scale continuous production of gas, pump valves and speed-reducing containers。

3. Reduced labour costs, suitable for automated productionA single person may be placed in a double-spaced bed, without frequent waiting for the machine bed to be shut down; follow-up can be used to pick up the mechanics, the material depots, and for long periods of unmanned processing, and night work is sustainable。

4. It's a good jobThe rigging is fixed on the tray and, after completion of one debugging, the tray is exchanged as a whole and does not need to be corrected every time. Repeated positioning accuracy is high, multiple batch perforation is stable, contours are stable and waste rates are lower。

5. Soft enough to process both kinds of workThe two sites can be equipped with two different sets of work, two different types of boxes, suitable for multi-generic, mass-mixed-line production, and the replacement of the product will require pre-positioning and shorter replacement times。

6. It's saferThe loading and unloading area is physically isolated from the cut-off processing area, and the operator is packed at an outside work site without entering the machine bed to cut the inner cavity and avoid the safety risks posed by iron crumbs and knives。

Ii. Applicable context

• Mass production of boxes, shell-like parts (reversible, electric, pump valve, speed-reducing)

• Orders are stable, production is sustained over the long term, and capacity enhancement is sought

• Workloading took a long time, with heavy working hours being spent on individual items

• Plan to upgrade automation, unmanned production line