Magnifying Surgical Loupes
We do a better job when we can clearly see the details of the task at hand. Unfortunately, when working with small objects we tend to bend over in unnatural positions for extended periods of time. This can result in eye strain and back pain that can have long-term, detrimental consequences to our overall health and well-being. Using surgical loupes quickly improves vision and corrects poor posture.
How to Choose the Right Product? Magnification in 2X, 3.5X, and 4 X Strengths - A 3.5x and 4X magnification surgical loupe reveals incredible detail but comes with a small field of view (30MM.) Your working distance has to be maintained more accurately, too. Choose a 4X loupe if you want to focus on a narrow work area and need to see the details that a higher magnification affords. A lower 2.5X magnification results in wider field of view (50MM) and lets you monitor a broader work area. Because of their greater depth of field, 2.5X surgical loupes allow more freedom of movement as they are less sensitive to changes in your working distance.
Working Distance - Working distance is the approximate distance between your eyes and the object you work on. To choose a pair of surgical loupes with the right working distance, imitate the circumstances of a surgical procedure and try measuring your working distance. Keep your back straight and be in a comfortable working position. People below 57 height usually need loupes with 340 mm working distance while taller persons need ones with 420 mm working distance in a sitting position.
Illumination - Vision can never be perfect without proper lighting. In case your work area is hard to light up, use our super bright LED light that attaches to our surgical loupes. There are two intensity levels and the power is adjustable at each level. You will find it hard to look into the illuminated area at maximum power setting. The battery can run for 7 hours continuously at the lower level or for 4 hours at the high level. The light weighs only 11 g and it illuminates a spot with a 70 mm diameter from 400 mm with 6000 K (pure white) color.
Item # | Description | Magnification | WorkingDistance |
RS-6690 | Clip-on surgical loupes (glasses not included),Double hinge, flip-up design | 2.5 x | 340 mm(260-420 mm) |
RS-6697 | Clip-on surgical loupes (glasses not included),Double hinge, flip-up design | 2.5 x | 420 mm(330-510 mm) |
RS-6691 | Wire frame without glassesSingle hinge, angle adjustment | 2.5 x | 340 mm(260-420 mm) |
RS-6687 | Wire frame without glassesSingle hinge, angle adjustment | 2.5 x | 420 mm(330-510 mm) |
RS-6688 | Wire frame with glassesDouble hinge, flip-up design | 3.5 x | 420 mm(365-475 mm) |
RS-6692 | Wire frame with glassesDouble hinge, flip-up design | 2.5 x | 340 mm(260-420 mm) |
RS-6693 | Wire frame with glassesDouble hinge, flip-up design | 2.5 x | 420 mm(330-510 mm) |
RS-6685 | Clip-on surgical loupes (glasses not included),Double hinge, flip-up design | 3.5 x | 340 mm(290-390 mm) |
RS-6686 | Clip-on surgical loupes (glasses not included),Double hinge, flip-up design | 3.5 x | 420 mm(365-475 mm) |
RS-6694 | Wire frame with glassesDouble hinge, flip-up design | 4.0 x | 340 mm(300-380 mm) |
RS-6698 | Wire frame with glassesDouble hinge, flip-up design | 4.0 x | 420 mm(380-460 mm) |
RS-6695 | LED light, mounts on loupesUniversal clip-on design for all loupes | - | - |
RS-6699 | LED light for 2.5 - 3.5X magnification loupes | - | - |
Braintree的鼠标幻影-为Micro-CT扫描仪提供参考标准Micro-CT系统可提供精确，准确和高分辨率的测量结果。这些系统的视野要求适当缩放的QA体模。CIRS 090型MicroMouseTM和091型注水鼠标幻影提供了量化X射线衰减和吸收特性方面的钙和骨密度的工具。羟基磷灰石（HA）是哺乳动物牙齿和骨骼的主要成分，是评估矿物质密度的最合适参考。CIRS将HA与软组织等效的聚合物背景混合在一起，以提供参考值，其HA负荷范围为0 mg / cc至750 mg / cc。羟基磷灰石的晶粒尺寸和棒的均质性已优化，可用于Micro-CT。固态MicroMouse幻影和注水鼠标幻影均包含11种不同矿物含量和尺寸的棒。它们可以像评估全身扫描仪一样用于评估Micro-CT扫描仪。该目标适用于确定对比度的可检测性和估计低对比度的分辨率。在MicroMouse Phantom中，杆嵌入在软组织等效的环氧材料中，该材料的大小和形状均与小型啮齿动物相同。充满水的鼠标幻影在防水的聚碳酸酯外壳中包含11个杆，非常耐用并且耐多种化学物质。091型外壳可轻松填充各种液体，以改变杆和周围液体之间的对比度。090和091型中使用的11根Micro-CT棒也可以作为092型单独购买，以及其他长度，直径和HA装载选项。发送电子邮件以获取更多详细信息。特征：25 mg / cc-750 mg / cc HA目标肺，肌肉和脂肪适用于Micro-CT固体或液体填充
