Inverted phase contrast microscope designed specifically for multi-layer cell factory scenarios

NegotiableUpdate on 06/28

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Nature of the Manufacturer: Producers

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Overview

The inverted phase contrast microscope MH-3CF, designed specifically for multi-layer cell factory scenarios, focuses on high-throughput in situ observation of cell culture. Its core solution is the inability of traditional microscopes to adapt to large-sized multi-layer cell factories and the risk of sample contamination when transferring samples without covers. It is widely used in fields such as biopharmaceuticals, cell therapy, and vaccine development.

Product Details

MH-3CF is independently developed by Guangzhou Minghui Technology Co., LtdInverted phase contrast microscope designed specifically for multi-layer cell factory scenariosThe main focus is on high-throughput cell culture in situ observation, which solves the pain points of traditional microscopes being unable to adapt to large-sized multi-layer cell factories and the need to open covers to transfer samples that are prone to contamination. It is widely used in fields such as biopharmaceuticals, cell therapy, and vaccine development.

专为多层细胞工厂场景设计的倒置相差显微镜

Technical parameters of cell factory microscope MH-3CF: (inverted phase contrast observation of cell factory microscope MH-3CF)

MH-3CF Cell Factory Microscope Configuration Table
eyepiece	10X flat field large field eyepiece with a field of view of Ø 22mm
	centering telescope
objective lens	type	magnification	Numerical Aperture	Working distance mm	Cover glass thickness mm
(Infinite long working distance flat field achromatic objective lens)	Normal objective lens	10 times	0.25	4.3	1.2
		20 times	0.4	8	1.2
		40 times	0.6	3.5	1.2
	Phase contrast objective lens	10 times	0.25	4.3	1.2
eyepiece tube	45 ° tilt, binocular pupillary distance adjustment range: 53-75mm
focusing system	Coarse micro coaxial focusing, micro grid value: 2 μ m, adjustable coarse tension, with locking and limiting devices
transformer	Five hole converter
stage	Fixed stage size: 227mmX208mm Glass round stage size: Ø 118mm (standard)
	Widened stage size: 227mmX568mm (optional)
	Mechanical mobile stage, external dimensions: 242mmX200mm, movement range: 30mmX30mm (optional)
focusing system	Special working distance spotlight with phase contrast device, mirror arm adjustable up and down, Zui large stroke: 400mm (standard)
	Special working distance spotlight with phase contrast device, column type adjustable up and down, Zui large stroke: 350mm (optional)
lighting system	9W LED light, adjustable brightness
Color filter	Frosted glass, blue and green color filters
Optional accessories	Camera interface: CCD adapter
	Microscope camera	USB2.0	MHD500
		USB3.0	MHC600、MHD600、MHD800、MHD1600、MHD2000、MHS500、MHS900
	Image software: image display, photography, video recording, 2D measurement, and image processing
	computer

Cell Factory Microscope MH-3C Core Product Positioning and Core Advantages

Exclusive scene design: Compatible with 1-20 layer cell factories, high culture dishes, and cylindrical flasks, allowing for in-situ and non-invasive observation without the need for cell transfer, maintaining the stability of the culture environment to the greatest extent possible and significantly reducing the risk of bacterial contamination when opening the lid.

Top optical performance: Equipped with an infinite optical system and standard long working distance flat field achromatic objective lens and phase contrast device, it can achieve multi-mode observation of bright field and positive/negative phase contrast. Transparent living cells can clearly present contours and details without staining, without blurring and high contrast.

High stability anti vibration structure: Compact and high rigidity main body design, meeting the requirement of long-term continuous observation without image drift, and adapting to the full process recording of cell dynamic growth, division, and migration.

Ultra long travel adaptation: Equipped with a mirror arm type ultra long working distance spotlight as standard, with a maximum up and down travel of 400mm, it easily adapts to the full layer observation of multi-layer cell factories, with a wide operating space and ergonomic design to reduce long-term operational fatigue.