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JIN LI CHENG CUTTING TOOL CO., LTD.
製品の説明 :
※ We design and manufacture "specic industry" tools
with fast delivery and great quality.
※ It can be designed according to the highest standard
and specication from customers. Flexible manufacturing
and accept customized tolerance.
※ From concept to nal completion. JLC customized
tools will reduce the cutter exchange labor time and
improve the eciency of mass production.
CHIN MING PRECISION TOOLS CO., LTD.
製品の説明 :
★ Single Crystal Diamond(Ultra Precision Cutting):
【CVD- HV8,000 ~ 10,000】
【MCD- HV5,000 ~ 10,000】
Work Material:Ceramic, Gold / Silver / Aluminum / Copper / Zinc / Magnesium Alloy, Titanium Alloy, Graphite, Carbon Fiber / Glass Fiber, Wood, Bakelite, Acrylic, Stone, Electroless Nickel, Carbide.
★ Polycrystalline Compound Diamond【HV6,500 ~ 8,000】:
Work Material:Ceramic, Aluminum / Copper, Titanium Alloy, Graphite, Carbon Fiber / Glass Fiber, Wood, Bakelite, Acrylic, Stone, Carbide.
★ Polycrystalline Cubic Boron Nitride【HV3,000 ~ 5,000】:
Work Material:Hardened Steel(HRC45~65°), Powder Metallurgy.
JIN LI CHENG CUTTING TOOL CO., LTD.
製品の説明 :
睽違2年,深受全球客戶喜愛的金利成SUPER系列,再加入新的主力軍!!!
從大家熟知的JAVN/SUS/ALUS/JIB等四大革命性航太與難切削材刀具,JLC團隊再以最新刀款設計與鍍層來支援航太,複合材,高效抗震與擺線加工等客戶多種加工系統的應用,以滿足日趨多元的加工需求。
這次的SUPER系列新增JMD碳纖複合材專用銑刀,NEO高效抗震銑刀以及 HP5擺線加工專用的銑刀,融合了先前對歐系棒材的堅持與刀款鍍膜的創新,不但在加工上解決客戶最難處理的材料問題,更在穩定度及與效率上考慮到客戶的需求。因此,除了獲得國家專利的認可,相信更能為客戶提供最優質的加工選擇。
SUPER系列新品已開始量產,竭誠歡迎全球客戶諮詢與測試。
JLC研發團隊的用心,絕對讓您在加工上安心。
MAROX TOOLS INDUSTRIAL CO., LTD.
製品の説明 :
【External Turning Tools with coolant】
AACLN、AATJN、AATQN、AAWLN、ADCLN、ADDJN、ADDQN、ADTEN、ADTJN、ADTQN、ADVJN、ADWLN、AMCLN、AMDJN、AMTJN、AMVJN、APCLN、ASCLC、ASDNC、ASDJC、ASTUP、ASVJB、ASVJC、ASVJP、ASVKB、ASVKC、ATJNR、AWLNR
【Boring Bar with coolant】
L-SCLC-V、L-SDUC-V、L-STLC-V、L-STUP-V
【Threading Tools with coolant】
ASER、ASER-WP、ASER-NA
【Grooving holder with coolant】
ACGWS、AEVSC/M、ADGT、AGHR、AGNDMR、AGHSR、AGWC、AKGD、ASLAL-38、ATGTR、ATSE、ATTE、AWGCSM、AUASR、AUSR
DEEP JET INDUSTRY CO., LTD.
製品の説明 :
1. With excellent features of coating to increase the tool's wear resistance and thermal conductivity to reduce the chip residue problem.
2. Use special flute design to decrease the chip-off problem during machining.
3. Increase machining accuracy and surface roughness.