Benchmark MyBlock™ HL Mini Digital Dry Bath with Heated Lid – Compact, Independent Lid & Block Control, 100°C Max
Benchmark MyBlock™ HL Mini Digital Dry Bath with Heated Lid – Compact, Independent Lid & Block Control, 100°C Max
- Heated Lid Prevents Evaporation & Condensation – Ideal for sensitive assays and temperature-critical reactions
- Independent Lid & Block Temperature Control – Set precise temperatures in 0.1°C increments for both zones
- Ultra-Compact Footprint – Palm-sized design fits easily on crowded benches or field kits
- Fast Heating Performance – Reaches 37°C from ambient in just 2 minutes, with max temp up to 100°C
- Interchangeable Aluminum Blocks – Compatible with 0.2 to 1.5 mL tubes (blocks sold separately)
- Precision Temperature Control – ±0.3°C accuracy and ±0.2°C uniformity ensure consistent results
The Benchmark MyBlock™ HL Mini Digital Dry Bath is the first and only palm-sized heating block featuring a heated lid, engineered to eliminate sample loss due to evaporation or condensation. Designed for ultra-sensitive procedures like LAMP assays, immunoassays, enzyme reactions, and nucleic acid amplification, this mini dry bath delivers exceptional thermal control in a truly compact form.
Unlike traditional dry baths, the MyBlock HL offers independent temperature control for both the lid and the block, adjustable in precise 0.1°C increments. It reaches 37°C from ambient in just 2 minutes and delivers accurate heating up to 100°C, with a tight ±0.3°C accuracy and ±0.2°C temperature uniformity for high consistency across experiments.
The system supports interchangeable aluminum blocks compatible with 0.2 to 1.5 mL tubes, allowing users to tailor it to specific protocols. Blocks are sold separately to meet diverse lab requirements.
With a footprint of just 4 x 6 inches and weighing only 2 lbs, the MyBlock™ HL is perfect for use in any research lab, clinical setting, or field kit. Backed by a 2-year warranty and operating on universal voltage, this is the go-to thermal dry bath for scientists requiring precise, reliable temperature control in minimal space.
