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CR-3100走刀式V-CUT基板分板機

CR-3100走刀式V-CUT基板分板機，凡有V槽的SMD器件PCB板均可适用此机器;以机器分割, 电机驱动自动减速软刹车，减少应力发生,防止焊点龟裂;本机操作安全，圆刀上有护刀片，不会伤到手，并配有安全防护红外线感应装置，当人手或异物进入工作区间，走刀停止，避免因人为疏失造成伤害。。

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产品 · 特点
Product characteristics

CR-3100走刀式V-CUT基板分板機，凡有V槽的SMD器件PCB板均可適用此機器；

以机器分割, 电机驱动自动减速软刹车，减少应力发生,防止焊点龟裂；

分板時保持PCB板不動, 刀片來回滑動品質保證；

刀輪最大行程:460mm, 切割行程距離采取觸控式五段調整，可分四個行程，以方便最佳運用不同刀面的磨損程度；

上下刀間隙可通過旋手輕松調整，以適應不同厚度的板，刀輪微調:0-2mm；

可以快速經濟地分割各種不同大小的PCB，適應性廣；

PC板厚度: 0.6-3.0mm；

切板速度可以在高低之間自由切換,分板的長度可由控制鍵來設定；

刀具材料采用瑞典進口SKH7高速鋼，壽命極長；

加裝高頻護眼照明裝置，提升操作人員作業品質；

本機操作安全，圓刀上有護刀片，不會傷到手，並配有安全防護紅外線感應裝置，當人手或異物進入工作區間，走刀停止，避免因人爲疏失造成傷害；

产品 · 参数
Product parameters

CR-3100 走刀式V-CUT基板分板機
名稱：	走刀式V-CUT基板分板機	品牌：	創精銳
型號：	CR-3100	電源：	110V/220V AC 60HZ/50HZ
機械尺寸：	*L660W360H385 mm*	機重：	60Kgs

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Product Display

走刀式V-CUT基板分板機

产品 · 适用物料
Product For the material

走刀式V-CUT基板分板機价格

公司 · 优势
Company Advantages

: 3000多家客戶的選擇

自2004年創立，專注自動化設備生産15年，擁有國家專利35項，軟件著作權26項，客戶複購率高達 96%，客戶轉介紹率高達 80%以上。

精度可達0.02mm

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安裝保密軟件，圖紙未經授權無法打開。簽訂保密協議，保护客户的商业机密。免费上门安裝调试，免费培訓，免費保修一年，終身維護。

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It was too late to be allowed to walk in the streets,199 but the commander gave me an escort of two soldiers, who were to take me to the mission house of the Fathers of the Sacred Heart. It is well for the reputation of Aristotle that he could apply himself with such devotion to the arduous and, in his time, inglorious researches of natural history and comparative anatomy, since it was only in those departments that he made any real contributions to physical science. In the studies which were to him the noblest and most entrancing of any, his speculations are one long record of wearisome, hopeless, unqualified delusion. If, in the philosophy of practice and the philosophy of art, he afforded no real guidance at all, in the philosophy of Nature his guidance has312 always led men fatally astray. So far as his means of observation extended, there was nothing that he did not attempt to explain, and in every single instance he was wrong. He has written about the general laws of matter and motion, astronomy, chemistry, meteorology, and physiology, with the result that he has probably made more blunders on those subjects than any human being ever made before or after him. And, if there is one thing more astounding than his unbroken infelicity of speculation, it is the imperturbable self-confidence with which he puts forward his fallacies as demonstrated scientific certainties. Had he been right, it was no ‘slight or partial glimpses of the beloved’ that would have been vouchsafed him, but the ‘fullest and nearest revelation’ of her beauties. But the more he looked the less he saw. Instead of drawing aside he only thickened and darkened the veils of sense which obscured her, by mistaking them for the glorious forms that lay concealed beneath. there was at least no pretence about it. I know now what people A Ja?n temple. A confusion of ornament, carved pillars, capitals far too heavy, with a medley of animals, gods and flowers, under a roof all graven and embossed. In the sanctuary, where the walls are riddled with carving, is an enormous Buddha of black marble decked out with emeralds, gold beads and rare pearls, hanging in necklaces down to his waist. A large diamond blazes in his forehead above crystal eyes, terrifically bright. Every evening all this jewellery—the gift of Hati Singh, a wealthy Ja?n merchant who built the temple—is packed away into a strong-box, which we were shown in the cellar. 94 “What?” But he knew that she did not love him. She was grateful. It was sometimes an Apache trait. He realized that it was his curse and hers that he could not for an instant forget the strain. He read her character by it, half unconsciously. He saw it in her honesty, her sinewy grace, her features, her fearlessness, her kindness with children,—they were all Apache characteristics; and they were all repellent. From his youth on, he had associated the race with cruelty and every ghastly sight he had come upon, on the plains and in the mountains. It was a prejudice with more than the force of a heritage. He went on with his study of her, as she sat there. He was always studying her.[Pg 54] But he could not decide whether it was that she lacked sensitiveness and was really not greatly disturbed, or a savage sort of pride in concealing emotions. She was astonished in her turn. "Killed him! Why, of course I might have killed him," she said blankly, frowning, in a kind of hopeless perplexity over his want of understanding. "I came very near it, I tell you. The ball made shivers of his shoulder. But he was brave," she grew enthusiastic now, "he let the doctor probe and pick, and never moved a muscle. Of course he was half drunk with tizwin, even then." He passed an officer who had a smoking six-shooter in his hand, and yelled in his ear, "Why are you doing that?" He had forgotten that it was by no means his place to question. The retreat was made, and the men found themselves again in the morning on the bleak, black heath of Drummossie, hungry and worn out, yet in expectation of a battle. There was yet time to do the only wise thing—retreat into the mountains, and depend upon a guerilla warfare, in which they would have the decided advantage. Lord George Murray now earnestly proposed this, but in vain. Sir Thomas Sheridan and other officers from France grew outrageous at that proposal, contending that they could easily beat the English, as they had done at Prestonpans and Falkirk—forgetting that the Highlanders then were full of vigour and spirit. Unfortunately, Charles listened to this foolish reasoning, and the fatal die was cast. In electricity great strides were made. Between the years 1705 and 1711 Francis Hawksbee published in the Transactions of the Royal Society several experiments, in which he had, for the first time, discovered the production of the electric spark by friction, and electrical attraction and repulsion. In 1720 Stephen Gray, a pensioner of the Charterhouse, published the result of his experiments on this subject, with a list of the substances which showed electricity under friction; and in 1732 he discovered the conducting property of non-electrical bodies. Before 1739, Dufray, keeper of the King's Garden at Paris, discovered the repellent power of two similarly-electrified bodies, and the attraction of these positively and negatively electrified—or, as he termed it, possessing the vitreous and the resinous electricity. Cuneus and Lallemand discovered the mode of accumulating the electric fluid in what was called the Leyden jar in 1745. This discovery gave a new impetus to inquiry, and Nollet, in France, and Watson, in England, conceived the hypothesis of the jar being overcharged on one side and undercharged on the other. This growing perception of the positive and negative conditions of the electric fluid received confirmation from the experiments of Benjamin Franklin, in America. Franklin soon improved the Leyden jar into an electrical battery; and, in 1752, he proved the identity of electricity and lightning by his grand experiment of the kite. On this he recommended lightning conductors, which, however, were not used in England till ten years afterwards. They all talk about equality, friends, and you know what equality is? Equality is a license to rob you blind and steal you blind, to cut you up and leave the pieces for the garbage collector, to stuff what's left of you down an oubliette, friend, and forget about you. That's what equality is, friends, and don't you let them tell you any different. 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