Chikamasa B300 Garden Scissors, Straight Blade, Carbon Steel, ABS

Chikamasa B300 — Straight Carbon Steel Garden Scissors, Made in Japan

Chikamasa has built a reputation for producing some of the most reliable and precise scissors available to horticulture professionals and enthusiasts. Made in Japan with high-quality materials, Chikamasa scissors are designed for the demands of long harvest sessions, precise plant training, and repetitive cutting tasks that put standard scissors to the test. The B-series represents Chikamasa's core line of garden scissors — tools that combine sharp Japanese blades with comfortable, durable grips in a straightforward design built to last.

The Chikamasa B300 features a straight carbon steel blade with a rigid ABS (acrylonitrile butadiene styrene) grip. Carbon steel provides a sharp, durable cutting edge that holds its edge well under repeated use. The straight blade design gives clean, direct cuts for a wide range of trimming, harvesting, and pruning tasks. At 35 mm blade length and 157 mm total length, the B300 is a compact and precise tool suited to detailed work at the trim table or in the garden.

Key Features & Benefits

• Straight carbon steel blade — high-quality Japanese carbon steel blade provides a sharp, durable cutting edge that holds its sharpness through extended use.
• ABS grip — rigid acrylonitrile butadiene styrene (ABS) grip provides a stable, durable handle for controlled cutting during long trim sessions.
• Compact size — blade length 35 mm, total length 157 mm — compact dimensions ideal for precise, detailed work at the trim table or in the garden.
• Made in Japan — manufactured in Japan to Chikamasa quality standards — precise fit, sharp blade, and durable construction.
• Versatile use — suitable for trimming, harvesting, plant training, and general garden work across a wide range of crops and applications.

Who Should Use Chikamasa B300 Scissors

Growers who need a compact, reliable straight-blade garden scissor for precision trimming, harvest preparation, and plant training — and who prefer carbon steel for its sharpness and edge retention.

Carbon Steel vs. Stainless Steel in Garden Scissors

Carbon steel blades like the one in the B300 are prized for their ability to take and hold a sharp edge. They can be resharpened when needed and perform well in dry trimming applications. Carbon steel does require drying after use to prevent rust — keep the blades clean and dry between sessions. For environments with high moisture exposure or where corrosion resistance is a priority, Chikamasa also offers stainless steel versions of the B-series scissors.

Frequently Asked Questions

What is the Chikamasa B300?

The Chikamasa B300 is a straight-blade garden scissor with a carbon steel blade and ABS grip. Blade length is 35 mm and total length is 157 mm. Made in Japan for precision trimming, harvesting, and pruning.

What does ABS grip mean?

ABS stands for acrylonitrile butadiene styrene — a rigid, durable thermoplastic used for the scissor grip. ABS grips are solid, stable, and durable, providing a firm hold during cutting tasks.

Is carbon steel better than stainless steel for scissors?

Carbon steel can take a sharper edge than many stainless steels and holds that edge well with proper care. The trade-off is that carbon steel is more susceptible to rust if not dried after use. Stainless steel is more resistant to corrosion and requires less maintenance, making it a good choice for wet trimming environments.

How do I care for Chikamasa B300 scissors?

After each use, wipe the blades clean of any plant material, sap, or moisture. Store in a dry location. Carbon steel blades should be kept dry to prevent rust. Occasional light oiling and blade sharpening will maintain optimal cutting performance.

Can the B300 be used for wet trimming?

The B300's carbon steel blade can be used in wet trimming environments, but the blades should be dried thoroughly after each session to prevent rust. Growers who frequently wet-trim may prefer a stainless steel option such as the B300S or a fluorine-coated model.