MAJOR SCIENCE · WINPACT · SI-960

CO₂-controlled incubation in a stackable format

The Winpact SI-960 brings refrigerated incubation, orbital shaking and CO₂ control together for workflows that need a defined chamber atmosphere. Its 50 mm orbit and 10 to 180 rpm shaking range distinguish it from the faster, non-CO₂ SI-910.

A 10-inch capacitive touchscreen, slide-out SUS316L platform and glide-up door support day-to-day setup. Choose the module arrangement and labware configuration around your process, rather than treating the illustrated stack as a supplied package.

Access the working area

A slide-out platform, glide-up door and chamber illumination support loading and visual checks.

Control the run

A 10-inch capacitive touchscreen brings PID temperature control, a manually editable program and timer settings together.

Choose the right atmosphere

Specify SI-960 for its stated CO₂ and humidity capabilities. HEPA remains an optional selection.

SI-910

Refrigerated, non-CO₂ format

25 mm orbit; 10–300 rpm; 4–60°C at 23–25°C ambient. No CO₂ or humidity control specified.

SI-960 · Current model

Refrigerated CO₂ format

50 mm orbit; 10–180 rpm; 4–60°C at 23–25°C ambient. 0.1–20% CO₂; 50–95% RH; HEPA optional.

WP-COS

Shaker for an existing incubator

20 mm orbit; 1–300 rpm; 300 × 300 mm platform. Requires a suitable host incubator for environmental control.

Plan the load, not just the flask count

The 91 × 50 cm slide-out platform gives you access to the working area without reaching to the back of the chamber. A glide-up door and internal illumination support routine loading and visual checks.

Manufacturer family capacity examples are 50 × 250 mL, 32 × 500 mL, 18 × 1000 mL or 15 × 2000 mL. These are alternative maximum layouts. Flask shape, retaining hardware and operating speed need to be checked together; the figures are not an included accessory list.

Set the run from a 10-inch touchscreen

The capacitive LCD touchscreen works with PID control, a manually editable program and a timer specified to 9999 minutes or 9999 hours. Servo-driven shaking and forced internal air circulation are shared features of the platform.

Temperature uniformity is specified as ±0.5°C at 37°C. The 4–60°C control range is stated at 23–25°C ambient; do not treat the broader operating ambient range as the test condition.

Define the configuration before installation

Choose the module count and labware arrangement around your workload and available space. Manufacturer photographs show possible configurations, not a promise that a pictured stack, its holders or labware is included. Your confirmed quotation must identify the supplied modules and accessories.

Specify 110 V or 220 V single-phase power and review the final stack arrangement, support hardware, floor loading and service clearances. The manufacturer lists 50/60 Hz and 1800 W for these refrigerated models. Confirm the electrical connection for each module rather than assuming a complete stack uses one supply.

Controlled-atmosphere culture

For workflows that specify CO₂ control together with refrigerated orbital shaking.

Humidity-sensitive workflows

Evaluate the specified 50–95% RH range against your protocol and required site services.

Multi-module planning

Define module count, culture vessels and utilities together for a planned stacked installation.

1 · Define the process

Specify the temperature, orbit, speed, atmosphere and vessel geometry required by your existing protocol.

2 · Define the configuration

Agree module count, holders, optional filtration and the actual supplied components.

3 · Define the installation

Confirm the current installation drawing, voltage, services, floor loading, freight and support responsibilities.

Alternative format

A different orbital format for a separately defined bench or chamber workflow. Review its lower published speed range and different load rating; it is not an integrated incubator or a like-for-like replacement.

Related workflow

Explore a separate liquid-transfer step. Tubing and flow requirements are selected independently; no mechanical, electrical or automated integration with this shaker is implied.