PSMB5N

Overview

• Improved optics 119lp/mm (line pairs/mm)
• New head tilting mechanism
• Coaxial Spot 42mm
• 41kg 90.5 lb

Choice of post height

89 cm or 103 cm (specify when ordering)

Features

• Motorized focusing system, allows hands-free operation
• Light weight, compact and easy to maneuver
• Dual bulbs prevent illumination failure during surgery
• Optional video adapter
• Improved optics 119 lp/mm
• Convenient handles
• New head tilting mechanism
• Five magnification steps

Ready-to-use

WPI’s improved precision surgical microscope (now with five magnification steps) is a portable high quality surgical microscope offering outstanding image quality and value. Incorporating an agile extension arm and excellent working distance objectives, the SurgioScope provides convenient movement and maneuverability necessary for accurate positioning. These important features, together with a high quality optical system, provide sharp image contrast and enhanced large field of vision. The SurgioScope comes fully equipped with a foot-controlled motorized focusing system, normally only found in more expensive surgical microscopes. A unique dual lamp housing enables safe and rapid changing of the lamp during an operation without the need to power down. The optional video port on the “T” version (PSMT5) permits operational procedures to be monitored or recorded simultaneously using a COLCAM  video camera and a video recorder or digital stills (and computer movies) with USBCAM50 digital microscope camera. The mobility of the USBCAM50  on the PSMT5 can be extended an additional 3 meters (to 6 meters) by use of an USB extension cable (503536).

Specifications

TOTAL MAGNIFICATION	3.5x -25x (F200)
ADJUSTABLE DIOPTER	± 6 Diopter
ADJUSTABLE INTERPUPILLARY DISTANCE	min. 50 mm - max. 70 mm
WORKING DISTANCE	195mm (F200)
EYEPIECE	12.5x
LENS CHARACTERISTICS:
Total Magnification (F100) 6.4x 10x 16x 26x 40x Field of View 25mm 15.5mm 10mm 6mm 4mm Camera Field of View (1/2" CCD) 25mm 15.5mm 10mm 6mm 4mm Camera Field of View (1/3" CCD) 17.5mm 11.5mm 7mm 4.5mm 2.75mm Working Distance 90mm
Total Magnification (F200) 3.2x 5x 8x 13x 20x Field of View 50mm 31mm 20mm 12mm 8mm Camera Field of View (1/2" CCD) 50mm 31mm 20mm 12mm 8mm Camera Field of View (1/3" CCD) 35mm 23mm 14mm 9mm 5.5mm Working Distance 190mm         Objective Focal Length 200mm
Total Magnification (F250) 2.56x 4x 6.4x 10.4x 16x Field of View 65mm 40mm 25mm 16mm 10mm Camera Field of View (1/2" CCD) 63mm 40mm 25mm 16mm 10mm Camera Field of View (1/3" CCD) 45mm 28mm 18mm 11mm 7mm Working Distance 240mm
Total Magnification (F300) 2.13x 3.34x 5.34x 8.7x 13.34x Field of View 75mm 46.5mm 30mm 18mm 12mm Camera Field of View (1/2" CCD) 75mm 46.5mm 30mm 18mm 12mm Camera Field of View (1/3" CCD) 52.5mm 34.5mm 21mm 13.5mm 8.25mm Working Distance 290mm
Total Magnification (F350) 1.8x 2.86x 4.57x 7.42x 11.4x Field of View 91mm 57mm 36mm 22mm 14mm Camera Field of View (1/2" CCD) 88mm 55mm 35mm 21mm 13mm Camera Field of View (1/3" CCD) 60mm 38mm 24mm 15mm 9.5mm Working Distance 340mm
FINE FOCUS ADJUSTMENT RANGE	30mm (motorized)
Working Height (Arm Movement Range Above Floor): 89 cm Post	Focus on specimens 34.5" (88cm) to 51" (130 cm) above floor *
Working Height (Arm Movement Range Above Floor): 103 cm Post	Focus on specimens 40.5" (103cm) to 57" (146 cm) above floor *
Note:	* Subtract Working Distance for height above specimen, 103cm post recommended for F350 objective.
RANGE OF MOTION: Maximum Stretch Radius of Arm	870 mm
RANGE OF MOTION: Vertical Movement Range	700-1100 mm
ILLUMINATION	Dual lamp housing with quick-change spare and internal coaxial fiber optic cable.
HALOGEN-TUNGSTEN LAMP	12V, 100W, with cold reflection
OPTIONAL CAMERA	1/2" CCD camera (e.g., COLCAM (75%) or USBCAM50 (70%))
POWER	110V, 50-60 Hz, or 230V, 50-60 Hz
SHIPPING WEIGHT	94 lb (43 kg)

Accessories

Citations

Melo-Carrillo, A., & Lopez-Avila, A. (2013). A chronic animal model of migraine, induced by repeated meningeal nociception, characterized by a behavioral and pharmacological approach. Cephalalgia. Retrieved from https://cep.sagepub.com/content/early/2013/05/10/0333102413486320.abstract

Wang, N., Bo, L., Zhang, F., Tan, X., Yang, X., & Xiao, Z. (n.d.). An approach to identify the functional transduction and transmission of an activated pathway. Chinese Science Bulletin. Retrieved from https://link.springer.com/article/10.1007/s11434-012-5452-0

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