TESASTAR-iM8 Accuracy Compatibility 1,5 µm / 0,35 µm 100%
RENISHAW MH20i 1,5 µm / 0,35 µm 100%
TESASTAR PROGRAM
• TESASTAR • TESASTAR-i • TESASTAR-i M8 • TESASTAR-m
TESASTAR-m
TESASTAR-m Resolution Number of positions Position repeatability Rotational torque Length A-angle Rotation through 90° Incremental rotation Max Extension length 5° 2952 0,5 µm 0,6 Nm 105 mm +90° to -115° 2s 1s 300mm
Renishaw测头
TP2
TP20
TP6 TP200 TP7 SP600
SP25 SP80
触发测头
较高精度触发测头
具备三个方向传感器 高精度扫描测头
Tesa&Leitz系列测头
Tesastar-p
Tesastar-mp
LSP-X3
触发测头
LSP-X5 LSPX1(new) 具备三个方向传感器 高精度扫描测头
TESASTAR PROGRAM
• TESASTAR • TESASTAR-i • TESASTAR-i M8 • TESASTAR-m • TESASTAR-m M8 • TESASTAR-CR • TESASTAR-LW • TESASTAR-p
TESASTAR-p
• Touch force triggered in 5 directions (±X, ±Y, +Z) • Fitted with a M8 mounting thread for the use of any existing probe head • Four models available, each represents a different trigger force: → Low force: 0,055 N, L = 10 mm → Standard force: 0,08 N, L = 10 mm → Medium force: 0,10 N, L = 25 mm → Extended force: 0,10 N, L = 50 mm
TESASTAR-sm 65 TESASTAR-sm M8 65
On Global 555, the Tesastar-sm 65 please to its compact design and unique A axis offset system allows to measure part 52.9 mm taller than the Renishaw PH10. Increase CMM vertical measuring range up to 10% !!!
Especially designed to save measuring range of CMM machine the -sm 80 is 16.4 mm shorter than the -m series. This represents a significant increase of measuring volume.
RENISHAW PH10M 7,5° 720 0,5 µm 0,45 Nm 102 mm 0° to + 105° 3,5 s 2,5 s 300mm
TESASTAR PROGRAM
• TESASTAR • TESASTAR-i • TESASTAR-i M8 • TESASTAR-m • TESASTAR-m M8
TESASTAR-m
• Kinematic joint 与测座旋转轴 A 有12 MM的偏 置距离，因此当测头旋转到90°时，被锁定在 该轴之上12MM，或当旋转到 -90°时非常靠近 该平面（例如： 测头的位置低于旋转轴12MM ）。
TESASTAR-sm 65 TESASTAR-sm 80
TESASTAR-sm 80 TESASTAR-sm M8 80
Tesa&Renishaw 测座产品线对比
MIP
MH20I
PH10T
PH10M
PH10MQ Tesastar-M 65/85
Tesastar-I Tesastar M8 Tesastar-I
TesastarM M8
Tesastar-M
测座性能指标的评价？
指标
测头分辨率 定位精度（重 复） 最大测杆或加长 杆长度 最大转矩 旋转时间
-52.9 mm
Mounting on 65mm side Axis
测座产品与renishaw对比
• Tesastar-I m8与MH20-I • Tesastar-M m8与PH10M/T • Tesastar-sm m8 与PH10MQ/T
TESASTAR PROGRAM
• TESASTAR • TESASTAR-i • TESASTAR-i M8
• TESASTAR • TESASTAR-i • TESASTAR-i M8 • TESASTAR-m
TESASTAR-m/M8
• • • • • • • • • • • • • 定位重复性 0.5μm 旋转角增量 5° A-轴 +90° 到-115° B-轴 ±180° 可定位位置 2952 旋转速度（旋转90°） ＜2S 扭矩 0.6Nm 重量（仅测座） 770g 加长杆 ＜=300 MM 工作时温度范围 +10° 到40° 储存时温度范围 -10° 到60° 通过TESASTAR M8适配器，可支持 ： TESASTAR –p 或其它M8 螺纹的测头 通过TFA适配器，可支持 ： 直接连接Renishaw joint ，支持Renishaw 这种连接方式的测头
LSPX3T(new)
Hexagon&Renishaw测头产品对比
暂无对应产品
测头性能指标的评ห้องสมุดไป่ตู้？
指标
测头分辨率 定位精度（重 复） 最长测杆 最大测杆重量 预行程
应用
意味着更高的测量精度 意味着高精度的重复测量性能 意味着更大的测量范围 意味着可以配置较多和复杂的 测杆组合 意味着更安全的行程范围 直接影响测 头的测量精 度和使用寿 命
Renishaw 常用测座
自动旋转测座 手动测座 PH10T PH10M MH20I MIP
PH10MQ
TESA测座种类
TESASTAR-sm Tesastar-I Tesastar-I M8 Tesastar 65/80(new) Tesastar-M Tesastar-M M8
手动测座
自动旋转测座
Tesa 测头系统介绍
海克斯康使用的测座、测头类型 海克斯康集团测头产品线与 Renishaw测头产品线的对比 不同产品之间的性能对比 与其它竞争对手测头性能对比 使用过程中的注意事项 由于对产品使用性能不了解而导致 无法满足用户使用的事例
海克斯康目前桥式测量机主要 使用的测头产品
• Renishaw（测座、触发测头、扫描测 头） • TESA （测座、触发测头） 重点了解 • Leitz （扫描测头） • 其它光学测头
TESASTAR-mp
This family of probes has as main feature a body slit in two parts linked by a coupling system based on magnetism characteristics. • They can be oriented in 5 directions (±X, ±Y, +Z) • Four models available, each represents a different trigger force: → Low force: 0,055 N, L = 10 mm → Standard force: 0,08 N, L = 10 mm → Medium force: 0,10 N, L = 25 mm → Extended force: 0,10 N, L = 50 mm
TESASTAR-m M8
Max extension rods: 300 mm.
• Main advantage → to avoid using the TKJ extensions
TESASTAR-m M8 Resolution Number of positions Position repeatability Rotational torque Length A-angle Rotation through 90° Incremental rotation 5° 2952 0,5 µm 0,6 Nm 105 mm +90° to -115° 2s 1s
-7.6mm
Mounting on 80mm side Axis
TESASTAR-sm 65 TESASTAR-sm M8 65
Especially designed to save measuring range of CMM machine the -sm is 16.2 mm shorter than the -m series. This represents a significant increase of measuring volume especially for small size CMM please to the -sm 65 version which is suitable for 65mm side CMM Z axis (as contrary of the PH10MQ which is not.).