HB-4 type | Comfortable vibrato heat dry hot pack device hotbio
Oshima Manufacturing Co., Ltd.

Price (excluding tax)

Model Filter

You can search for other models from each index. The displayed value is the value of the currently selected part number.

Body dimensions

Body mass

Certification number

Class classification

Conductor dimensions

Electric shock protection type/degree

Manufacturing and sales license number

Output

Power input

Power supply

Safety equipment

Temperature settings

Treatment time

Vibrato mode

250+ people viewing

Last viewed: 4 hours ago

Free
Get started with our free quotation service - no cost, no obligation.

No Phone Required
We respect your privacy. You can receive quotes without sharing your phone number.

Image	Price (excluding tax)	Body dimensions	Body mass	Certification number	Class classification	Conductor dimensions	Electric shock protection type/degree	Manufacturing and sales license number	Output	Power input	Power supply	Safety equipment	Temperature settings	Treatment time	Vibrato mode
	Available upon quote	460 (W) × 310 (D) × 270 (H) mm	9kg	230AIBZX00024000	Controlled medical equipment Specified maintenance controlled medical equipment Class II	370 (W) ×210 (D) mm (HB-4 type: 4 pieces, HB-2 type: 2 pieces)	Class I equipment Type B attachment part	27B2X00036	4 outputs	95VA	AC100V 50/60Hz	・Temperature detection circuit using a thermistor ・Overtemperature protection device ・Overcurrent short circuit - If the heater is disconnected or removed from the heat output port, the temperature setting display will turn off.	Low temperature: approx. 40 degrees / Low medium temperature: approx. 45 degrees / Medium temperature: approx. 50 degrees / Medium high temperature: approx. 55 degrees / High temperature: approx. 60 degrees (5-step switching) (equipped with heat retention function) Set temperature values are measured at the treatment electrode surface (without electrode cover).	1~30 minutes (setting in 1 minute increments)	Mode 1 (2 seconds of energization, 4 seconds of rest), Mode 2 (3 seconds of energization, 4 seconds of rest), Mode 3 (4 seconds of energization, 4 seconds of rest)